Viavi 138156 Operation Manual Download

Page: 166 / 404

Operation, Remote Operation

Rev. L0

ATC-5000NG ATC/DME Test Set Operation Manual

1-2-5

February 2020

Subject to Export Control. See Cover Page for details.

Page 3

5.11.15

IDENT SPACE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133

5.11.16

LOAD TEST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133

5.11.17

P2 POSITION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133

5.11.18

POWER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133

5.11.19

PRF? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134

5.11.20

PULSE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134

5.11.21

RANGE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134

5.11.22

RANGE MODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134

5.11.23

RESET . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134

5.11.24

SAVE TEST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134

5.11.25

SQUITTER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135

5.11.26

START . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135

5.11.27

STOP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135

5.11.28

SUPPRESSION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135

5.11.29

SUPPRESSION PERCENTAGE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 135

5.11.30

VELOCITY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136

5.11.31

WIDTH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136

5.11.32

EQUALIZER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136

5.11.33

TRIGGER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136

5.11.34

SELF INTERROGATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136

5.12

Examples . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 137

5.12.1

SCENARIO TEST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 137

5.12.2

DO-260 Test Single ADS-B Example . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 139

5.12.3

DO-260 Test Dual ADS-B Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 140

5.12.4

DO-260 Special Test Overlapping Pulse Example . . . . . . . . . . . . . . . . . . . . . . . . 141

5.12.5

DO-260 Special Test Bit Failures Example . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 142

5.12.6

DO-260 Special Test Altered Preamble Example . . . . . . . . . . . . . . . . . . . . . . . . . 143

5.12.7

Transponder Block Transmission Example. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144

5.12.8

UAT Scenario Definition Example . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 145

5.12.9

Example Program . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 147

Summary of Contents for 138156

Page 1: ...isdiction of the Export Administration Regulations EAR 15 CFR 730 774 It cannot be transferred to any foreign party without appropriate authorization under the EAR Violations of these regulations are punishable by fine imprisonment or both ATC 5000NG ATC DME Test Set Operation Manual ...

Page 2: ...VIAVI Solutions 1 844 GO VIAVI www viavisolutions com ATC 5000NG ATC DME Test Set Operation Manual Rev L0 ...

Page 3: ......

Page 4: ...ns terms and conditions are subject to change without notice The provision of hardware services and or software are subject to VIAVI s standard terms and conditions available at www viavisolutions com en us corporate legal terms and conditions Electromagnetic Compatibility For continued EMC compliance all external cables must be shielded and three meters or less in length Nomenclature Statement In...

Page 5: ...ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 6: ...ED BY THE EQUIPMENT Avertissement L UTILISATION DE CET ÉQUIPEMENT D UNE MANIÈRE NON SPÉCIFIÉE DANS LA DOCUMENTATION ACCOMPAGNANTE PEUT NUIRE AUX PROTECTIONS DE SÉCURITÉ OFFERTES PAR L ÉQUIPEMENT WARNING OPENING THE CASE ASSEMBLY EXPOSES THE OPERATOR TO ELECTRICAL HAZARDS THAT CAN RESULT IN ELECTRICAL SHOCK OR EQUIPMENT DAMAGE DO NOT OPERATE THIS TEST SET WITH THE CASE ASSEMBLY OPEN Avertissement L...

Page 7: ...DAMAGE e g FIRE WARNING THIS TERM IDENTIFIES CONDITIONS OR ACTIVITIES THAT IF IGNORED CAN RESULT IN PERSONAL INJURY OR DEATH CAUTION Refer to accompanying documents This symbol refers to specific CAUTIONS represented on the unit and clarified in the text II AC or DC Terminal Terminal that may supply or be supplied with AC or DC voltage DC Terminal Terminal that may supply or be supplied with DC vo...

Page 8: ...MAGNETIC INTERFERENCE EMI TO COMMUNICATION RECEIVERS SOME TRANSMITTED SIGNALS CAN CAUSE DISRUPTION AND INTERFERENCE TO COMMUNICATION SERVICES OUT TO A DISTANCE OF SEVERAL MILES USERS OF THIS EQUIPMENT SHOULD SCRUTINIZE ANY OPERATION THAT RESULTS IN RADIATION OF A SIGNAL DIRECTLY OR INDIRECTLY AND SHOULD TAKE NECESSARY PRECAUTIONS TO AVOID POTENTIAL COMMUNICATION INTERFERENCE PROBLEMS Mise en Garde...

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Page 10: ...e Cover Page for details DECLARATION OF CONFORMITY The Declaration of Conformity Certificate included with the unit should remain with the unit VIAVI recommends the operator reproduce a copy of the Declaration of Conformity Certificate to be stored with the Operation Manual for future reference ...

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Page 12: ...aration of Conformity Table of Contents Introduction Service Upon Receipt of Material Chapter 1 Section 1 Description 1 1 Section 2 Operation 1 2 Section 3 Specifications 1 3 Section 4 Shipping 1 4 Section 5 Storage 1 5 Appendix A Connector Pin Out Tables Appendix B Metric British Imperial Conversion Table with Nautical Distance Conversions Appendix C Abbreviations Appendix D ATC 5000NG Compatibil...

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Page 14: ...iliar with the contents of this manual before attempting to operate the equipment Refer all servicing of unit to qualified technical personnel ORGANIZATION This manual is divided into the following Chapters and Sections CHAPTER 1 OPERATION Section 1 Description Section 2 OPERATION installation description of controls connectors and indicators menus and screens operating procedures remote operation...

Page 15: ...ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page ii Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 16: ...1 1 1 3 AC Power Requirements 1 2 1 2 1 4 External Cleaning 1 2 1 3 2 Controls Connectors and Indicators 1 2 2 1 2 1 Front Panel 1 2 2 1 2 2 Rear Panel 1 2 2 2 3 Menus and Screens 1 2 3 1 3 1 Screen Icons and Features 1 2 3 2 3 2 Remote VNC Connection 1 2 3 5 3 3 Main Menu 1 2 3 9 3 4 Multi Receiver Menu 1 2 3 11 3 5 Transponder Menu 1 2 3 41 3 6 DME Menu 1 2 3 81 3 7 UAT Menu 1 2 3 91 3 8 System ...

Page 17: ...cenario Commands 1 2 5 33 5 8 Settings Commands 1 2 5 98 5 9 Transponder Commands 1 2 5 104 5 10 Unit Commands 1 2 5 128 5 11 DME Commands 1 2 5 130 5 12 Examples 1 2 5 137 Section 3 Specifications 1 ATC 5000NG Performance Specifications 1 3 1 1 1 1 Transmitter 1 3 1 3 1 2 Receiver 1 3 1 10 1 3 Environmental 1 3 1 12 1 4 AC Input Power 1 3 1 12 1 5 Compliance Standards 1 3 1 13 Section 4 Shipping ...

Page 18: ...n with CW 2 4 5 Table 1 2 4 6 Transponder Generator Assignments UAT Generator Assignments for ADS_B TIS B and FIS B Payload 2 4 5 Table 1 2 4 7 DME Generator Assignments 2 4 6 Table 1 2 4 8 Multi Receiver Generator Assignments Scenario Test Mode 2 4 6 Table 1 2 4 9 Multi Receiver Generator Assignments Block Test Mode 2 4 6 Table 1 2 4 10 Multi Receiver Generator Assignments DO 260 Test Mode 2 4 7 ...

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Page 20: ...ests Menu Normal 1 2 3 24 Figure 1 2 3 13 RTCA DO 260 Special Test Definition Menu Normal 1 2 3 26 Figure 1 2 3 14 RTCA DO 260 Timing Definition Menu Normal 1 2 3 27 Figure 1 2 3 15 RTCA DO 260 Generator Definition Menu Normal 1 2 3 28 Figure 1 2 3 16 RTCA DO 260 Generator Definition Menu Frame Details Normal 1 2 3 30 Figure 1 2 3 17 RTCA DO 260 Generator Definition Menu Mode S Pulse Information N...

Page 21: ...1 2 3 45 Interrogation Definition Menu 1 2 3 67 Figure 1 2 3 46 Transponder Test Menu Interrogation Table Menu 1 2 3 70 Figure 1 2 3 47 Interrogation Table Settings 1 2 3 71 Figure 1 2 3 48 Burst Settings Menu 1 2 3 72 Figure 1 2 3 49 Transponder Test Menu Block Transmission 1 2 3 73 Figure 1 2 3 50 Transponder Block Transmission Menu 1 2 3 75 Figure 1 2 3 51 Message Details Menu 1 2 3 77 Figure 1...

Page 22: ... 1 2 3 73 UAT Scenario Menu Normal Mode 1 2 3 104 Figure 1 2 3 74 ATC 5000NG System Menu 1 2 3 106 Figure 1 2 3 75 System Menu Software Update Menu 1 2 3 108 Figure 1 2 3 76 System Menu Network Connections Menu 1 2 3 110 Figure 1 2 3 77 Network Connections Change Settings Menu Auto IP Address 1 2 3 111 Figure 1 2 3 78 Network Connections Change Settings Menu Manual IP Address 1 2 3 112 Figure 1 2 ...

Page 23: ...ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page iv Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 24: ...t unpacking Use the following steps for unpacking the ATC 5000NG 1 Cut and remove the sealing tape on top of the shipping container and open the shipping container 2 Remove the top packing mold 3 Remove ATC 5000NG and packing material from the bottom packing mold 4 Remove the protective plastic bag from the ATC 5000NG and inspect the contents 5 Place the protective plastic bag and packing material...

Page 25: ...rt the damage and or discrepancies to VIAVI Customer Service VIAVI Solutions Customer Service Department 10200 West York Street Wichita KS 67215 Telephone 800 835 2350 Fax 316 529 5330 email AvComm Service viavisolutions com Standard Items Table 1 List of Standard Items Description PART NUMBER QTY ATC 5000NG ATC DME Test Set 138156 1 Manual Getting Started Paper 139189 1 Manual Operation CD 139188...

Page 26: ...able AC 110 Use US Only 62302 Power Cables AC 220 Use Eu 64020 Touchpad 114114 Table 2 List of Optional Items Description OPTION NUMBER PART NUMBER DME Option ATCNGOPT01 139311 UAT 978 MHz Option ATCNGOPT02 138157 Multi Receiver Option ATCNGOPT03 138159 SDX Command Set Compatibility Option ATCNGOPT04 138158 1400 1403 Command Set Compatibility Option ATCNGOPT05 138223 DO 260B MOPS Test Option ATCNG...

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Page 28: ...S interrogations Software defined architecture supports legacy and NextGen transponders 10 4 inch touch screen LCD display for operator control Can be remotely controlled via GPIB or Ethernet Legacy command sets supported SDX 2000 Optional 1400 1403DL Optional Support for current standards ATCRBS Mode S DO 181E ADS B DO 260 DO 260A DO 260B UAT DO 282B Optional DME Optional Multi Receiver test capa...

Page 29: ...ails February 2020 Enhanced single and double interrogation modes Contains six transmitters Capable of performing most MOPS tests for DO 181E DO 260 DO 260A DO 260B DO 282B Equipment tested Transponders Mode S ADS B Out ADS B In Receivers UAT Transceivers 1090MHz DF18 Emitters surface vehicles ADS B In Ground Station Receivers ADS R TIS B Ground Station Transmitters DMEs ...

Page 30: ...0NG Main Menu is displayed 1 1 2 RACK MOUNT Contact VIAVI for information on installing the ATC 5000NG in a rack 1 2 SAFETY PRECAUTIONS The following safety precautions must be observed during installation and operation VIAVI assumes no liability for failure to comply with any safety precaution outlined in this manual 1 2 1 COMPLYING WITH INSTRUCTIONS Installation operating personnel should not at...

Page 31: ...NG SAFETY 1 2 5 CAUTION AND WARNING LABELS Extreme care should be exercised when performing any operations preceded by a CAUTION or WARNING label CAUTION labels appear where possibility of damage to equipment exists and WARNING labels denote conditions where bodily injury or death may result 1 3 AC POWER REQUIREMENTS The ATC 5000NG power supply operates over a voltage range of 100 to 240 VAC 50 to...

Page 32: ... with water and a mild liquid detergent 2 Remove grease fungus and ground in dirt from surfaces with soft lint free cloth dampened not soaked with isopropyl alcohol 3 Remove dust and dirt from connectors with soft bristled brush 4 Cover connectors not in use with suitable dust cover to prevent tarnishing of connector contacts 5 Clean cables with soft lint free cloth 6 Paint exposed metal surface t...

Page 33: ...ration Installation External Cleaning 1 2 1 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 4 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 34: ... Panel Controls Idx Item Name Description 1 Color LCD Touch Screen Display Used to interact with the Test Set menus 2 Power Button Used for turning the Test Set ON and OFF Indicator is lit when the Test Set is ON 3 USB Connectors Type A Connectors used for interface to external USB devices keypad mouse flash drive etc Type B Connector used for remote control of the Test Set 4 LAN Connector Used fo...

Page 35: ...LAN Connector Used for remote control of the Test Set via TCP IP 2 AUX CONTROL Connector Reserved for Future Use 3 SA TOP Connector Used for coupled output from the Top Receiver Spectrum Analyzer 4 SA BOTTOM Connector Used for coupled output from the Bottom Receiver Spectrum Analyzer 5 EXTERNAL PULSE MODULATION Connectors Used for I O applications with external equipment 6 SCOPE Connectors Used fo...

Page 36: ...or 24 pin female connector conforming to IEEE standard 488 1978 for interface of general purpose programmable instrumentation 10 Power Connector Standard 3 prong power receptacle for connection to AC power source 100 to 240 VAC 50 to 60 Hz 11 Power Switch Connects I or disconnects O external AC power from the ATC 5000NG Table 1 2 2 2 ATC 5000NG Rear Panel Controls and Connectors Idx Item Name Desc...

Page 37: ...Controls Connectors and Indicators Rear Panel 1 2 2 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 4 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 38: ...43 3 5 3 Transponder Receiver Menu 47 3 5 4 Transponder Test Menu Single Interrogation 55 3 5 5 Transponder Test Menu Double Interrogation 60 3 5 6 Transponder Test Menu Interrogation Table 68 3 5 7 Transponder Test Menu Block Transmission 73 3 5 8 Transponder Test Menu Interrogation with CW 79 3 6 DME Menu 81 3 6 1 DME Settings Menu 82 3 6 2 DME Measurements Menu 84 3 6 3 DME Test Menu 88 3 7 UAT...

Page 39: ...r External equipment is not connected to the USB Connector External equipment is connected to the GPIB Connector External equipment is not connected to the GPIB Connector The configuration does not match with the subassemblies present in the system or a DSP or FPGA firmware version is incorrect An error has occurred Place the mouse cursor over the icon to see a description of the error or double c...

Page 40: ...nabled Remote Mode All controls on the Touch Screen are disabled Softkeys are used to display a menu function screen or access a menu field A green arrow to the right on the Softkey displays additional Softkeys When green press the arrow to display additional Softkeys Inactive when gray When green press the arrow to display additional Softkeys Inactive when gray Touch Screen Mode Press a control t...

Page 41: ...anual Rev L0 Page 4 Subject to Export Control See Cover Page for details February 2020 Normal Mode Controls are modified using an external mouse or keypad When green the previous menu is displayed Inactive when gray Touch Screen Numeric Control Touch Screen Keyboard Control Screen Feature Description ...

Page 42: ...OCEDURE 1 Open Internet Browser Internet Explorer Mozilla Safari etc in the Address Field and enter http www tightvnc com Select the link to Get your free copy of TightVNC Select the proper installer for the PC and install the TightVNC Viewer program During the installation the TightVNC Setup screen is displayed 2 Uncheck the boxes under TightVNC Service Configuration and select the Next Button 3 ...

Page 43: ...t the OK Button NOTE THE AC POWER CABLE IS USED TO FULLY DISCONNECT THE TEST SET FROM AC POWER THE TEST SET SHOULD NOT BE POSITIONED SO THE DISCONNECTION OF THE AC POWER CABLE IS PREVENTED THE AC POWER CABLE IS USED TO FULLY DISCONNECT THE TEST SET FROM AC POWER THE TEST SET SHOULD NOT BE POSITIONED SO THE DISCONNECTION OF THE AC POWER CABLE IS PREVENTED REMARQUE LE CÂBLE D ALIMENTATION C A SERT À...

Page 44: ...d to modify parameters on the ATC 5000NG To stop using the VNC Viewer close the VNC Viewer form IPad Smartphone 7 To establish a VNC Remote Connection from an IPad or Smartphone download the VNC App into the device Enter the IP Address of the ATC 5000NG Enter the password and the ATC 5000NG screen is displayed on the IPad or Smartphone 8 If unable to connect to the ATC 5000NG and an error screen i...

Page 45: ... Switch Indicator is not illuminated Press the Power Switch on the Front Panel of the ATC 5000NG and verify the Power Switch Indicator is illuminated Wait for the Windows desktop to be displayed On the Start Menu Navigate to All Programs TightVNC TightVNC Server Service Mode and open the TightVNC Service Offline Configuration program A window similar to Figure 4 6 TightVNC Configuration should be ...

Page 46: ...er of the Test Set User Interface Version Displays the User Interface Touch Screen Version Server Version Displays the Server Kernel Software Version Receiver DSP Version Displays the Receiver DSP Embedded Software Version Receiver FPGA Version Displays the I O Controller Receiver FPGA Firmware Version Transmitter DSP Version Displays the Transmitter DSP Embedded Software Version Transmitter FPGA ...

Page 47: ...ter Module 3 FPGA Version Displays the Transmitter Module 3 FPGA Version Antenna Simulator Switch Assembly FPGA Version Displays the Antenna Simulator Switch Assembly FPGA Version Multi Receiver Softkey Displays the Multi Receiver Menu Transponder Softkey Displays the Transponder Menu DME Softkey Displays the DME Menu UAT Softkey Displays the UAT Menu System Softkey Displays the System Menu Suppor...

Page 48: ...2 3 2 Multi Receiver Menu Screen Components Description Settings Softkey Allows the user to set Generator parameters and troubleshoot the Test Set Measurements Softkey Allows the user to view the transmissions of the UUT and to perform pulse characteristic frequency and phase measurements Own Aircraft Softkey Allows the user to change the Own Aircraft information if set to Manual If not set to man...

Page 49: ...and troubleshooting of the Test Set Transmitter Softkey Allows the user to perform either DO 260 Tests or Block Transmissions Scenario Softkey Allows the user to design and execute a Scenario Test Figure 1 2 3 3 Multi Receiver Settings Menu Screen Components Description Power Mode Allows the user to select the Power Mode ON OFF Allows the user to enable disable the Transmitter Frequency Allows the...

Page 50: ... 1 2 3 February 2020 Subject to Export Control See Cover Page for details Page 13 Rise Fall Allows the user to select the Rise Fall Generator A C and E only Factory Setup Allows the user to set all hardware to the default settings according to the hardware configuration Screen Components Description ...

Page 51: ... ETHERNET OR 429 IS USED THE OWN AIRCRAFT INFORMATION IS UPDATED EVERY 5 SECONDS WHEN A SCENARIO IS NOT RUNNING OR EVERY SECOND IF THE SCENARIO IS RUNNING Figure 1 2 3 4 Own Aircraft Menu Screen Components Description Mode S Address Allows the user to select the Mode S Address Hexadecimal Latitude Allows the user to select the Latitude of the Own Aircraft Longitude Allows the user to select the Lo...

Page 52: ... the transmissions from the UUT and the Test Set The last 8 receptions are displayed Blue LEDs lines are receptions from the UUT and green LEDs lines are receptions from the Test Set Figure 1 2 3 5 Multi Receiver Receiver Menu Screen Components Description LEDs Displays the status of receptions from the UUT Rx Group and transmissions from the Test Set Tx Group LED UF UF Interrogation DF DF Reply A...

Page 53: ... of TCAS UF messages ATC UF Allows the user to enable disable capture of Test Set UF messages UUT DF Allows the user to enable disable capture of Transponder DF messages ATC DF Allows the user to enable disable capture of Test Set DF messages UUT ATCRBS Intr Allows the user to enable disable capture of TCAS ATCRBS interrogations ATC ATCRBS Intr Allows the user to enable disable capture of Test Set...

Page 54: ... Component Description Display Softkey Allows the user to select the display settings Display Toggle Allows the user to turn ON OFF displaying new receptions UTC Time Allows the user to enables disable the UTC time stamp UTC Source Allows the user to select the PC Time Mode Update Allows the user to display data received by updating a message style with the latest reception Continuous Allows the u...

Page 55: ...ges in the Receiver Menu Frame Details Allows the user to display the detailed breakdown of a selected reception The detailed breakdown of the message can also be displayed by turning OFF the Display Softkey and double clicking on the desired message Quantity to Show Allows the user to enter how many messages to show Maximum 1000 messages Refresh Allows the user to refresh the Receiver Menu Screen...

Page 56: ...e 19 3 4 6 MULTI RECEIVER DATA LOGGING MENU The Data Logging Softkey accesses the following Figure 1 2 3 7 Multi Receiver Receiver Data Logging Menu Screen Component Description Recording Paused Allows the user to record or pause data logging receive messages Export Allows the user to export the received messages to a file Clear Allows the user to clear all recorded messages ...

Page 57: ...tered Masked Menu The Filtered Masked softkey Displays the Filtered Masked Menu which contains controls that allows the user to select the messages to filter and display in the Receiver Menu Figure 1 2 3 8 Multi Receiver Receiver Filtered Masked Menu Screen Component Description Predefined Masks Softkey Displays the Predefined Masks Menu Customize Mode S Mask Softkey Displays the Customize Mode S ...

Page 58: ...efined Masks Menu Screen Components Description Groups Allows the user to select groups of UF and DF messages Masks Displays the sub messages of the selected group Trap Allows the user to enable disable the sub messages Masks Selected Displays the messages selected to perform the filter Select All Softkey Allows the user to select all messages to be displayed No filter is applied Unselect All Soft...

Page 59: ... Number Allows the user to enable disable the selected pattern bit Bit Allows the user to pattern bit Number of Bits Softkey Allows the user to select the number of bits Mask Softkey Allows the user to Mask Pattern Softkey Allows the user to Pattern Set All Bits Mask Softkey Allows the user to select all bits Clear All Bits Mask Softkey Allows the user to clear all bits Set 1 s Pattern Softkey All...

Page 60: ...ring the display of messages in the Transponder Receiver Menu Figure 1 2 3 11 Multi Receiver Highlight Masked Menu Screen Components Description Groups Allows the user to select groups of UF and DF messages Masks Displays the sub messages of the selected group Hilite Allows the user to enable disable the sub messages Masks Selected Displays the messages selected to perform the highlight Select All...

Page 61: ...enu Normal Screen Components Description Special Test Allows the user to select the Special Test Power Mode Allows the user to select the Power Mode Trigger Source Allows the user to select the Trigger Source Trigger Mode Allows the user to select the Trigger Mode If delay is selected the delay defined in the Generator setting is used for or delay If random is selected Random Start and Random Widt...

Page 62: ...er Allows the user to set the Generator output power Phase Allows the user to select the output Phase of the Generator Path Allows the user to select the Path of the Generator Delay Allows the user to set the delay from the trigger source If the Generator that is being set is the trigger source this parameter is disabled The delay value is the positive or negative in accordance with the setting in...

Page 63: ... Cover Page for details February 2020 3 4 7 2 RTCA DO 260 Special Test Definition Menu Normal When the RTCA DO 260 Special Test Definition Menu is displayed the user can alter the parameters Figure 1 2 3 13 RTCA DO 260 Special Test Definition Menu Normal Screen Components Description Special Test Allows the user to select the Special Test mode ...

Page 64: ... Figure 1 2 3 14 RTCA DO 260 Timing Definition Menu Normal Screen Components Description Trigger Source Allows the user to select the Trigger Source Trigger Mode Allows the user to select the Trigger Mode Period Allows the user to select the Period No Transmissions Allows the user to select the Number of Transmissions Random Start Allows the user to select the Random Start Random Width Allows the ...

Page 65: ...u 1 2 3 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 28 Subject to Export Control See Cover Page for details February 2020 3 4 7 4 RTCA DO 260 Generator Definition Menu Normal Figure 1 2 3 15 RTCA DO 260 Generator Definition Menu Normal ...

Page 66: ...user to select the Coherence If enabled the two Generators of a transmitter module are in coherence This is available when defining Gen A Gen C and Gen E Random Starting Position Allows the user to change the starting position of each message from the delay value Random Mode S Allows the user to set the message For Mode S the parameters that can be set are Mode S Address Mode S Message Type and if...

Page 67: ...r Mode S the parameters that can be set are Mode S Address Mode S Message Type and if the data is random excluding the first five bits and the PI field For ATCRBS the parameters that can be set are Mode A Code or random two frame pulses with five random data pulses Random Mode A Code Allows the user to select the Random Mode A Code Mode A Code Allows the user to select the Mode A Code Figure 1 2 3...

Page 68: ... Subject to Export Control See Cover Page for details Page 31 3 4 7 6 RTCA DO 260 Generator Definition Menu Mode S Pulse Information Normal Figure 1 2 3 17 RTCA DO 260 Generator Definition Menu Mode S Pulse Information Normal Screen Components Description Reset Softkey Allows the user to reset all Mode S pulse settings ...

Page 69: ...ct to Export Control See Cover Page for details February 2020 3 4 7 7 RTCA DO 260 Generator Definition Menu ATCRBS Pulse Information Normal Figure 1 2 3 18 RTCA DO 260 Generator Definition Menu ATCRBS Pulse Information Normal Screen Components Description Reset Softkey Allows the user to reset all ATCRBS pulse settings ...

Page 70: ...s the user to select the scenario time duration Run Time Displays the Scenario Current Run Time Number of Dynamic Intruders Allows the user to select the number of 1090 Dynamic Intruders See Multi Receiver ADS B Target Transmission Sequence Figure Number of Static Intruders Allows the user to select the number of 1090 Static Intruders See Multi Receiver ADS B Target Transmission Sequence Figure Dy...

Page 71: ...ring the scenario according to the message mask assigned in the Receiver Menu The data log is reset at the start of the scenario Static Test Mode Not Used Recompile After Load Allows the user to select the Recompile After Load that is loaded If enabled when a scenario file is loaded all the Mode S Squitters are recompiled Slant Range Allows the user to select the Slant Range If enabled the Test Se...

Page 72: ... DF18 Airborne or Surface TISB and ADSR Velocity Messages if enabled and airborne Identification Messages if enabled maximum of 1388 squitters T3 static targets Odd Position Messages DF17DF18 Airborne or Surface TISB and ADSR Target State Messages if enabled Velocity Messages if enabled airborne and rate is 0 5 s T1 only if rate is 1 0 s Aircraft Status Emergency Messages if enabled DF11 Messages ...

Page 73: ...r to select the Number Mode Allows the user to select the Mode Tx Channel Allows the user to select the Tx Channel Altitude Allows the user to select the Altitude Bearing Allows the user to select the Bearing Phase Range Allows the user to select the Range Latitude Allows the user to select the Latitude Longitude Allows the user to select the Longitude Vertical Speed Allows the user to select the ...

Page 74: ...ink Capability Ground Allows the user to enable disable setting the intruder on the ground Altitude Code Mode Allows the user to select the Altitude Code Mode Mode A Code Allows the user to select the Mode A Code Identification Allows the user to select the Intruder Identification Type Allows the user to select the Intruder Identification Type Velocity Type Allows the user to select the Velocity T...

Page 75: ... 3 4 8 3 Multi Receiver 1030 Messages Menu Figure 1 2 3 21 Multi Receiver 1030 Targets Menu Screen Components Description Add Message Allows the user to add a new 1030 interrogation Remove Allows the user to remove an existing 1030 interrogation Message Details Allows the user to select the Message Details Block Repetition Rate Allows the user to select the Block Repetition Rate ...

Page 76: ... to Export Control See Cover Page for details Page 39 3 4 8 4 Multi Receiver 1090 Target Squitter Definition Menu Figure 1 2 3 22 Multi Receiver 1090 Target Squitter Definition Menu Screen Components Description Squitter Details Softkey Displays the Squitter Frame Fields Menu Schedule Softkey Displays the Squitter Schedule Menu ...

Page 77: ...nu 1 2 3 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 40 Subject to Export Control See Cover Page for details February 2020 Figure 1 2 3 23 Multi Receiver Squitter Frame Fields Menu Figure 1 2 3 24 Multi Receiver Squitter Schedule Menu ...

Page 78: ...Page for details Page 41 3 5 TRANSPONDER MENU Figure 1 2 3 25 ATC 5000NG Transponder Menu Screen Components Description Settings Softkey Displays the Transponder Settings Menu Measurements Softkey Displays the Transponder Measurements Menu Receiver Softkey Displays the Transponder Receiver Menu Transponder Test Softkey Displays the Transponder Test Menu ...

Page 79: ...ooting of the Test Set Figure 1 2 3 26 Transponder Settings Menu Screen Components Description Antenna Power Switch Allows the user to select the path of the Antenna Power Switch Signal ON OFF Allows the user to enable disable the Transmitter Frequency Allows the user to select the Transmitter frequency Power Allows the user to set the Transmitter power Path Allows the user to select the Transmitt...

Page 80: ...pulse width rise time fall time spacing and frequency Dragging the mouse or finger on the Touch Screen over the axis and graph can change the horizontal vertical scales and horizontal vertical positions 3 5 2 1 Scope Mode Figure 1 2 3 27 Transponder Scope Mode Screen Menu Screen Components Description Measurement Scope Allows the user to perform a measurement or set the scope to view a received wa...

Page 81: ...o select the Trigger Edge Trigger Antenna Allows the user to select the Trigger Antenna Horizontal Scale Allows the user to select the Horizontal Scale Preset Softkey Allows the user to set the fields to preset levels and selections Channel 1 Softkey Enable Source Clear Allows the user to select the Channel 1 selection Allows the user to enable the Channel 1 selection Same as Screen Components All...

Page 82: ...o select the Measurement Type Pulse Characteristic Allows the user to select the Pulse Ch1 Allows the user to select the Channel 1 selection Ch2 Allows the user to select the Channel 2 selection Measurement Allows the user to select the Measurement Type Trigger Level If ATE Line Mode C is selected for the Trigger Source a combobox to select the whisper shout level is displayed If Log Video is sele...

Page 83: ...u 1 2 3 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 46 Subject to Export Control See Cover Page for details February 2020 Preset Softkey Allows the user to set the fields to preset levels and selections Screen Components Description ...

Page 84: ...are displayed Blue lines are receptions from the UUT and green lines are receptions from the Test Set When performing an export the Test Set generates a SDF Compact Database File and exports the file to the selected file location All the DF17 position velocity and identification messages are decoded Figure 1 2 3 29 Transponder Receiver Menu Screen Components Description LEDs Displays the status of...

Page 85: ...f TCAS UF messages ATC UF Allows the user to enable disable capture of Test Set UF messages UUT DF Allows the user to enable disable capture of Transponder DF messages ATC DF Allows the user to enable disable capture of Test Set DF messages UUT ATCRBS Intr Allows the user to enable disable capture of TCAS ATCRBS interrogations ATC ATCRBS Intr Allows the user to enable disable capture of Test Set A...

Page 86: ... user to display new receptions ON or OFF UTC Time Allows the user to display the UTC Time ON or OFF Mode Allows the user to display the data received by updating a message style with the latest reception Update or display all data received in a continuous order Continuous Time Allows the user to display the time relative to the previous message Relative or display the time received Absolute Clear...

Page 87: ...the status of reception from the UUT or Test Set Refresh Allows the user to refresh the Transponder Receiver Menu with the selected quantity of messages Figure 1 2 3 32 Transponder Receiver Data Logging Menu Screen Component Description Recording Paused Allows the user to start Recording or stop Paused the data logging of the receive messages Export Allows the user to export the receive messages t...

Page 88: ...ltered Masked Softkey accesses additional softkeys which allow the user to select from predefined masks or to create custom Mode S masks Allows the user to select the messages to filter and display in the Transponder Receiver Menu Figure 1 2 3 33 Transponder Receiver Filtered Masked Menu Screen Component Description Predefined Masks Displays the Predefined Masks Menu Customize Mode S Mask Displays...

Page 89: ...ed Menu Screen Components Description Groups Allows the user to select groups of UF and DF messages Masks Displays the sub messages of the selected group Trap Allows the user to enable disable the sub messages Masks Selected Displays the messages selected to perform the filter Select All Softkey Allows the user to select all messages to be displayed No filter is applied Unselect All Softkey Allows...

Page 90: ...Number Allows the user to enable disable the selected pattern bit Bit Allows the user to pattern bit Number of Bits Softkey Allows the user to select the number of bits Mask Softkey Allows the user to Mask Pattern Softkey Allows the user to Pattern Set All Bits Mask Softkey Allows the user to select all bits Clear All Bits Mask Softkey Allows the user to clear all bits Set 1 s Pattern Softkey Allo...

Page 91: ... Receiver Menu Figure 1 2 3 36 Highlight Masked Menu Screen Components Description Groups Allows the user to select groups of UF and DF messages Masks Displays the sub messages of the selected group Hilite Allows the user to enable disable the sub messages Masks Selected Displays the messages selected to perform the highlight Select All Softkey Allows the user to select all messages to be displaye...

Page 92: ...n Screen Component Description Test Mode Allows the user to select the Test Mode Interrogation Type Allows the user to select the Interrogation Type PRF Allows the user to enter the PRF Pulse Repetition Frequency Power Allows the user to enter transmit Power Frequency Allows the user to enter the Transmitter Frequency Settings Allows the users to enable Interference Pulse Pulse Characteristic Allo...

Page 93: ...ser to reset the current screen to default values Tx Switch Allows the user to Start On or Stop Off transmissions Test Mode Allows the user to select the Test Mode Single Interrogation Mode Open Single Mode Interrogation Menu Instrument Settings Opens the Instrument Settings Menu See Instrument Setting Menu Interference Pulse Opens the Interference Pulse Menu allowing the user to configure interfe...

Page 94: ...ser to enter the transmit Power Frequency Allows the user to enter the transmit Frequency Pulse Spacing Allows the user to enter Pulse Spacing Pulse Width Allows the user to enter Pulse Width Pulse Level Power Dev Allows the user to enter Pulse Level Power Dev for P1 P2 P3 P4 P5 and P6 depending on which interrogation is selected Bottom Allows the user to enter the Bottom antenna power and timing ...

Page 95: ... Screen Components Description Cable Loss Allows the user to enter the top antenna cable loss Cable Loss Bottom Allows the user to enter the bottom antenna cable loss Suppression Out Allows the user to turn Suppression Out ON or OFF Interference Pulse Allows the user to turn the Interference Pulse ON or OFF Scope Trigger switch Allows the user to select Scope Sync for Interr Interrogation or Reply...

Page 96: ... Interference Pulse accesses the following Figure 1 2 3 40 Interference Pulse Menu Screen Components Description Reset Reset all Interference Pulse values Pulse Spacing Allows the user to select one P1 or two P1 P2 interference pulses and to enter the start and spacing time values Pulse Width Allows the user to enter pulse widths Pulse Level Power Dev Allows the user to enter P1 and P2 Pulse Level...

Page 97: ...y Figure 1 2 3 41 Transponder Test Menu Double Interrogation Screen Component Description Test Mode Allows the user to select the Test Mode Double Interr Intrf Pulse Displays the two interrogations selected for transmission Settings Allows the users to select the Interference Pulse See Single Interrogation Interference Pulse Menu on page 59 Pulse Characteristic Allows the user to select the reply ...

Page 98: ...e Interrogation Opens the Double Interrogation Menu which allows the user to modify the interrogation types and their associated interrogation parameters i e pulse spacing pulse width etc See the Double Interrogation Menu section Instrument Settings Opens the Instrument Settings Menu See menu description in Single Interrogation Instrument Settings Menu Interference Pulse Opens the Interference Pul...

Page 99: ...lows the user to enter pulse width and spacing parameters for the selected transmission Interrogation Is displayed Only when Mode S Interrogation is selected Allows the user to select Interrogation Name Interrogation Type Interrogation Identifier Transponder Address and Frame Details for the select Mode S Interrogation Mode Allows the user to select the Interrogation Mode PRF Allows the user to en...

Page 100: ...ev L0 ATC 5000NG ATC DME Test Set Operation Manual 1 2 3 February 2020 Subject to Export Control See Cover Page for details Page 63 Sync switch Allows the user to select the specific interrogation whose reply measurement values will be derived from ...

Page 101: ... 1 2 3 43 Transponder Double Interrogation Double Settings Menu Screen Components Description Power Mode Allows the use to select the power mode ranges of Low Power High Power or Very Low Power P1 to P1 Spacing Allows the user to enter P1 to P1 Spacing Refer to Minimum P1 to P1 Spacing for Second Reply Measurement chart Interlace Interr Allows the user to switch Interlace Interrogation Mode On or ...

Page 102: ...n 100 Reply Spacing us Mode A SPI Off All Interrogations 38 Mode A SPI On All Interrogations 57 Mode C All Interrogations 52 Mode A All Call Short All Interrogations 39 Mode C All Call Short All Interrogations 52 Mode A All Call Long All Interrogations 205 Mode C All Call Long All Interrogations 218 Mode S Short All Interrogations 199 Mode S Long All Interrogations 255 P1 All Interrogations 3 P1 P...

Page 103: ... user to reset to the default interference pulse parameters Interrogation Is displayed Only when Mode S Interrogation is selected Allows the user to select Interrogation Name Transponder Address and Frame Details Pulse Spacing Allows the user to enter the Pulse Spacing Pulse Width Allows the user to enter the Pulse Width Pulse Level Power Dev Allows the user to select the Pulse Level Power Dev for...

Page 104: ...age for details Page 67 3 5 5 4 Interrogation Definition Menu Figure 1 2 3 45 Interrogation Definition Menu Screen Components Description Interrogation Name Allows the user to select the Interrogation name Transponder Address Allow the use to enter the Transponder Mode S Address Frame Details Allows the user to select the Mode S parameters to be modified ...

Page 105: ...burst mode Screen Components Description Test Mode Allows the user to select the Test Mode Interrogation Table Displays the Interrogation Table Settings Allows the users to select Burst and Interference Pulse Pulse Characteristics Allows the user to select the reply pulse to measure If pulse measurement option DF Frame Data is selected the user can further refine measurement down to the Mode S rep...

Page 106: ... transponder test Save Allows the user to save the current test setup to a file Reset Allows the user to reset the current screen to default values Tx switch Allows the user to Start On or Stop Off transmissions Interrogation Table Opens the Interrogation Table Menu which allows the user to modify add or remove interrogation types from table and their associated interrogation parameters i e pulse ...

Page 107: ...er PRF rate and Transmitter Frequency Message Type Allows the user to select either an ATCRBS or Mode S Interrogation type Message Name Allows the user to select the Interrogation Type Interrogation Pulse Settings Displays the selected Interrogation which allows the user to modify the interrogation parameters i e pulse spacing pulse width pulse level bottom power dev and bottom time Interrogation ...

Page 108: ...terrogation Transponder Address This parameter is only displayed when Mode S Interrogation is selected Allows the user to enter the Transponder Mode S address Figure 1 2 3 47 Interrogation Table Settings Screen Components Description Power Mode Allows the use to select the power mode ranges of Low Power High Power or Very Low Power PRF Allows the user to enter the PRF Pulse Repetition Frequency Fr...

Page 109: ...ings Menu Figure 1 2 3 48 Burst Settings Menu Screen Components Description Interrogations Per Burst Allows the user to enter the number of interrogations per burst cycle Burst Spacing Allows the user to set the time between bursts Entering a value of 0 configures the test set for single burst mode Start button Starts the burst interrogation cycle Tx must be ON before pressing Burst Start button ...

Page 110: ...isplays transmissions listed in the Block Transmission Menu see Block Transmission Menu Pulse Characteristic Allows the user to select the reply pulse to measure If pulse measurement option DF Frame Data is selected the user can further refine measurement down to the Mode S reply data bit Antenna Selection Allows the user to select the antenna port from which reply measurements will be derived Tri...

Page 111: ... Transponder Block Transmission Menu allowing the user to define the block transmissions Instrument Settings Opens the Instrument Settings Menu See Single Interrogation Instrument Settings Menu Measured Pulse Allows the user to select the reply pulse to measure antenna source and trigger level Receiver Summary Displays squitter rates and data for common Transponder squitters Screen Components Desc...

Page 112: ...Allows the user to edit transmissions listed in the transmission table Remove Allows the user to delete a transmission from the transmission table Reset Allows the user to clear the entire transmission table Block Period msec Allows the user to enter the time between the first transmissions of each block Mode switch Allows the user to select Continuous transmission of block or interrupt block tran...

Page 113: ...ontrol See Cover Page for details February 2020 No Limit Transmissions switch Allows the user to Enable On or Disable Off the number of transmissions to be sent Number of Transmissions Only displayed when No Limit Transmissions is set to Off Allows the use to set the number of blocks that will be sent Screen Components Description ...

Page 114: ... types Message Name Only displayed when ATCRBS or Mode S Interrogation is selected Allows the user to select the Interrogation Type Frame Details Only displayed when Mode S Interrogation is selected Allows the user to select the Mode S parameters to be modified Transponder Address Only displayed when Mode S Interrogation is selected Allows the user to enter the Transponder Mode S address Power Lev...

Page 115: ... Screens Transponder Menu 1 2 3 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 78 Subject to Export Control See Cover Page for details February 2020 3 5 7 3 Frame Details Menu Figure 1 2 3 52 Frame Details Menu ...

Page 116: ...er to add a CW component to the interrogation transmission signal The CW signal amplitude tracks that of the interrogation power level Test set generator E or F can be configured to provide the CW signal From the Settings Menu either of these two generators can be set to CW mode and the desired TX frequency entered Figure 1 2 3 53 Transponder Test Menu Interrogation with CW NOTE The Tx switch on t...

Page 117: ...el Reply Information Displays ATCRBS and Mode S reply Reply Info Displays Reply Delay and Jitter If Sync d to Mode A will display Mode A code If sync d to Mode C will display altitude Load Allows the user to load a saved transponder test Save Allows the user to save the current test setup to a file Reset Allows the user to reset the current screen to default values Tx switch Allows the user to Sta...

Page 118: ...The DME Menu allows the user to select between the Settings Measurements or DME Test Menu for DME testing NOTE The DME Menu is an Optional Function in the ATC 5000NG Figure 1 2 3 54 ATC 5000NG Transponder Menu Screen Component Description Setting Softkey Displays the DME Settings Menu Measurements Softkey Displays the DME Measurements Menu DME Test Softkey Displays the DME Test Menu ...

Page 119: ...ting of the Test Set Figure 1 2 3 55 DME Settings Menu Screen Components Description Antenna Power Switch Allows the user to select one of three transmit power ranges Normal 20 dB Amplifier or 20 dB Attenuator ON OFF Allows the user to enable disable the Signal Generator Frequency Allows the user to select the Transmitter frequency Power Allows the user to set the Transmitter power Path Allows the...

Page 120: ...ect to Export Control See Cover Page for details Page 83 Figure 1 2 3 56 DME Settings Signal Generator Menu Screen Component Description Factory Setup Softkey Allows the user to set all hardware to the Factory default settings Signal Generator Softkey Allows the user to select Signal Generator A or C Setting Menu ...

Page 121: ...al vertical positions For pulse timing and power measurement the minimum acquisition time is 250 ms for interrogation rates between 10 and 25 Hz For interrogation rates above 25 Hz the minimum acquisition time is 150 ms Frequency measurement requires significantly more time for the test set to achieve reliable results and will vary based on factors such as interrogation rate and frequency 3 6 2 1 ...

Page 122: ...the Trigger Antenna Horizontal Scale Allows the user to select the Horizontal Scale Preset Softkey Allows the user to set the fields to preset levels and selections Channel 1 Softkey Enable Source Clear Allows the user to select the Channel 1 selection Allows the user to enable the Channel 1 selection Same as Screen Components Allows the user to clear the Channel 1 selection Channel 2 Softkey Enab...

Page 123: ... Measurement Type Pulse Measurement is the only Measurement Type supported Pulse Characteristic Allows the user to select the Pulse to be measured Ch1 Allows the user to select the Channel 1 selection Trigger Source Allows the user to select the Trigger Source Log Video is the only Trigger Source available in the DME instrument Trigger Level A slider bar allows the user to select the Log Video Tri...

Page 124: ...020 Subject to Export Control See Cover Page for details Page 87 Channel 1 Softkey Enable Source Clear Allows the user to select the Channel 1 selection Allows the user to enable the Channel 1 selection Same as Screen Components Allows the user to clear the Channel 1 selection Screen Components Description ...

Page 125: ... the Pulse P2 Position Pulse Width Allows the user to select the Pulse Width Power Allows the user to select the Power Squitter Rate Allows the user to select the Squitter rate Efficiency Reply Allows the user to select the Reply Efficiency Echo Allows the user to enable disable the Echo Echo Power Allows the user to select the Echo Power Simulation Range Allows the user to select the Simulation R...

Page 126: ...measured Measured Pulse Trigger Level Allows the user to select the Measured Pulse Trigger Level Figure 1 2 3 60 DME Test Instrument Settings Menu Screen Component Description Load Softkey Allows the user to select a stored DME Test Save Softkey Allows the user to save the current DME Test Reset Softkey Allows the user to reset the test settings to the default values TX Softkey Allows the user to ...

Page 127: ...oftkey Allows the user to select the DME Channel settings Pulse Softkey Allows the user to select the Pulse settings Power Softkey Allows the user to select the Power Squitter Rate Softkey Allows the user to select the Squitter rate Efficiency Reply Softkey Allows the user to select the Reply Efficiency Echo Softkey Allows the user to select the Echo settings Range Simulation Softkey Allows the us...

Page 128: ...r to select between the Settings Receiving Station Receiver or Scenario Menu for UAT testing NOTE The UAT Menu is an Optional Function in the ATC 5000NG Figure 1 2 3 61 UAT Menu Screen Component Description Setting Softkey Displays the UAT Settings Menu Receiving Station Softkey Displays the Receiving Station Menu Receiver Softkey Displays the UAT Receiver Menu Scenario Softkey Displays the UAT Sc...

Page 129: ...ing the UAT Settings Menu should only be used to set the individual RF Generator frequencies Figure 1 2 3 62 UAT Settings Menu Screen Components Description ON OFF Allows the user to enable disable the Generator Frequency Allows the user to select the Transmitter frequency Power Allows the user to set the Transmitter power Path Allows the user to select the Transmitter Path Antenna Port Modulation...

Page 130: ...ving Station allows the user to select the Receiving Station position information Figure 1 2 3 63 UAT Receiving Station Menu Screen Components Description Mode S Address Allows the user to select the Mode S Address Hexadecimal Latitude Allows the user to select the Latitude Longitude Allows the user to select the Longitude Altitude Allows the user to select the Altitude Heading Allows the user to ...

Page 131: ...layed Blue lines are receptions from the UUT and green lines are receptions from the Test Set When performing an export the Test Set generates a SDF Compact Database File and exports the file to the selected file location All the DF17 position velocity and identification messages are decoded Figure 1 2 3 64 UAT Receiver Menu Screen Components Description LEDs Displays the status of reception from ...

Page 132: ... messages ATC UF Allows the user to enable disable capture of Test Set UF messages UUT DF Allows the user to enable disable capture of Transponder DF messages ATC DF Allows the user to enable disable capture of Test Set DF messages UUT ATCRBS Intr Allows the user to enable disable capture of TCAS ATCRBS interrogations ATC ATCRBS Intr Allows the user to enable disable capture of Test Set ATCRBS int...

Page 133: ...2 3 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 96 Subject to Export Control See Cover Page for details February 2020 ATC UAT Allows the user to enable disable capture of UAT messages from Test Set Screen Components Description ...

Page 134: ...o display the UTC Time ON or OFF Mode Allows the user to display the data received by updating a message style with the latest reception Update or display all data received in a continuous order Continuous Time Allows the user to display the time relative to the previous message Relative or display the time received Absolute Clear Allows the user to clear all messages in the UAT Receiver Menu Fram...

Page 135: ... Data Logging Softkey Menu allows the user to set the parameters for the status of reception from the UUT or Test Set Figure 1 2 3 67 UAT Receiver Display Menu Screen Components Description Recording Paused Allows the user to start Recording or stop Paused the data logging of the receive messages Export Allows the user to export the receive messages to a file Clear Allows the user to clear all rec...

Page 136: ...ol See Cover Page for details Page 99 3 7 3 4 UAT Receiver Filtered Masked Menu Figure 1 2 3 68 UAT Receiver Filtered Masked Menu Screen Components Description Filtered Masked Softkey Accessed the following Displays the Predefined Masks Menu Displays the Customize Mode S Mask Menu Highlight Masked Displays the Highlight Masked Menu ...

Page 137: ...tails February 2020 3 7 3 5 Filtered Masked Menu Allows the user to select the messages to filter and display in the Transponder Receiver Menu Figure 1 2 3 69 UAT Receiver Filtered Masked Menu Screen Components Description Predefined Masks Softkey Displays the Predefined Masks Menu Customize Mode S Mask Softkey Displays the Customize Mode S Mask Menu ...

Page 138: ...Screen Components Description Groups Allows the user to select groups of UF and DF messages Masks Displays the sub messages of the selected group Trap Allows the user to enable disable the sub messages Masks Selected Displays the messages selected to perform the filter Select All Softkey Allows the user to select all messages to be displayed No filter is applied Unselect All Softkey Allows the use...

Page 139: ...llows the user to enable disable the selected pattern bit Bit Allows the user to pattern bit Number of Bits Softkey Allows the user to select the number of bits Mask Softkey Allows the user to Mask Pattern Softkey Allows the user to Pattern Set All Bits Mask Softkey Allows the user to select all bits Clear All Bits Mask Softkey Allows the user to clear all bits Set 1 s Pattern Softkey Allows the u...

Page 140: ...igure 1 2 3 72 UA Receiver Highlight Masked Menu Screen Components Description Groups Allows the user to select groups of UF and DF messages Masks Displays the sub messages of the selected group Hilite Allows the user to enable disable the sub messages Masks Selected Displays the messages selected to perform the highlight Select All Softkey Allows the user to select all messages to be displayed No...

Page 141: ...defining targets automatically the Touch Screen software starts at MSO 752 and spaces the targets at the specified MSO steps In order to transmit UAT messages and the runtime to function after a start of scenario the Test Set needs the PPS signal from the GPS on external I O 1 or a 1 Hz signal on external I O 1 to function Figure 1 2 3 73 UAT Scenario Menu Normal Mode Screen Components Description...

Page 142: ...log file starts capturing new messages Static Test Mode Allows the user to enable disable the Static Test Mode Targets are active at the end of the scenario time at the target s last position Re Compile After Load Allows the user to enable disable the Re Compile After Load If enabled compiles all messages for the different targets after loading a saved file UAT Test Mode Allows the user to select ...

Page 143: ... user to select the Unit Serial Number Part Number Allows the user to select the Unit Part Number Hardware Version Allows the user to select the Unit Hardware Version Software Version Allows the user to select the Unit Software Version Product Key Allows the user to select the Product Key The Product Key enables disables Options in the Test Set VIAVI provides the Product Key for the Test Set GPIB ...

Page 144: ...Modulation etc The user selection is saved and the same selection is used on future power up cycles GPIB Softkey GPIB Address Reset Allows the user to select the GPIB address Same as Screen Components Allows the user to reset the GPIB interface Network Connections Softkey Displays the Network Connections Menu 429 Connections Softkey Displays the 429 Connections Menu Update Key Softkey Allows the u...

Page 145: ...programs all necessary DSP software and FPGA firmware for the updated software If update fails because of an update failure place the cursor in the Selected Programming Script File textbox on the top of the screen and press Alt S The Touch Screen software reads the last valid configuration file and displays all the valid FPGA and DSP versions Figure 1 2 3 75 System Menu Software Update Menu Screen...

Page 146: ...ile Displays the Image File Name Status Displays the Status of the device Select Softkey Opens a file dialog to select the programming configuration file Execute Softkey Programs all the FPGAs and DSPs that have the programming enabled Cancel Softkey Cancels the programming sequence Refresh Versions Softkey Refreshes the software and firmware versions Screen Components Description ...

Page 147: ...he current IP address The internal connection is at IP Address 192 168 0 1 Factory Setting The IP Address should not be changed unless required to use this address for the external connections All Ethernet communications to the ATC 5000NG are on port 2001 Example Select the Rear LAN line on the grid of the current menu and press the Change Settings Softkey to change the IP of the Rear LAN from dyn...

Page 148: ...o change the IP address to a dynamic IP 1 Select the Obtain an IP Address automatically group box 2 Press the Set Softkey 3 8 2 1 Change Settings Menu Obtain an IP Address Automatically To change the IP address to a static IP 1 Select the Use the following IP Address group box 2 Enter the IP address desired for the internal DSP connection Gateway Displays the Gateway of the Ethernet Adapter Refres...

Page 149: ...w address to the DSP resets the connection and reboots the DSP This process takes a few minutes At the end of the process the application software re establishes communications with the DSP using the new IP Address On all future reboots the current IP address is used Restore Factory Setup To return to the factory setup enter the same screen and press the Factory Setup Softkey The application softw...

Page 150: ...ser to select the 429 input channel position and label Figure 1 2 3 79 System Configuration Menu Screen Components Description Position Softkey Allows the user to select the position of the Own Aircraft Altitude Own Aircraft Latitude Own Aircraft Longitude Own Aircraft Heading UTC Time Label Softkey Allows the user to select the 429 label of the Own Aircraft Latitude Own Aircraft Longitude Own Air...

Page 151: ...C 5000NG ATC DME Test Set Operation Manual Rev L0 Page 114 Subject to Export Control See Cover Page for details February 2020 3 8 4 CALIBRATION MENU Allows the user to view the last calibration date and result Figure 1 2 3 80 System Calibration Menu ...

Page 152: ... 5000NG ATC DME Test Set Operation Manual 1 2 3 February 2020 Subject to Export Control See Cover Page for details Page 115 3 9 SUPPORT MENU The Support Menu displays the VIAVI Customer Service contact information Figure 1 2 3 81 ATC 5000NG Support Menu ...

Page 153: ...ation Menus and Screens Support Menu 1 2 3 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 116 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 154: ... is stored and is used until changed again 4 1 2 HOW TO CHANGE THE TRANSMITTER FREQUENCY 1 Go to the Main Menu 2 Press the TCAS Softkey to display the TCAS Main Menu 3 Press the Settings Softkey to display the TCAS Settings Menu 4 Change the frequency of the appropriate transmitter generator using the Frequency combobox or select the Signal Generator Softkey appropriate transmitter generator Softk...

Page 155: ...Generator E Generator F All SIF Modes Cal Var P1 and P3 P2 and P4 P1 and P3 P2 and P4 P1 P2 P1 P2 P1 P1 Alternate Mode A Mode C P1 and P3 P2 P1 and P3 P2 DME P1 P2 Mode S All Pulses Cal No P5 P1 P2 and P6 P1 P2 and P6 Mode S P2 Var Only P2 Var P1 and P6 Cal P2 Var P1 and P6 Cal Mode S P6 Var Only P1 and P2 Cal P6 Var P1 and P2 Cal P6 Var Mode S P5 Cal Var P5 Cal Var P1 P2 and P6 Cal P5 Cal Var P1 ...

Page 156: ... Interrogation Type Generator A Generator B Generator C Generato r D Generato r E Generato r F All SIF Modes Cal Var P1 and P3 P2 and P4 P1 and P3 P2 and P4 P1 P2 P1 P2 P1 P1 Alternate Mode A Mode C P1 and P3 P2 P1 and P3 P2 DME P1 P2 Mode S All Pulses Cal No P5 P1 P2 and P6 P1 P2 and P6 Mode S P2 Var Only P2 Var P1 and P6 Cal P2 Var P1 and P6 Cal Mode S P6 Var Only P1 and P2 Cal P6 Var P1 and P2 ...

Page 157: ...or C Generator D Generator E Generator F All SIF Modes Cal Var P1 and P3 P2 and P4 P1 and P3 P2 and P4 Mode S All Pulses Cal No P5 P1 P2 and P6 P1 P2 and P6 Mode S P2 Var Only P2 Var P1 and P6 Cal P2 Var P1 and P6 Cal Mode S P6 Var Only P1 and P2 Cal P6 Var P1 and P2 Cal P6 Var Mode S P5 Cal Var P5 Cal Var P1 P2 and P6 Cal P5 Cal Var P1 P2 and P6 Cal Interference Pulses Cal Var P1 P2 Table 1 2 4 4...

Page 158: ...and P4 P1 and P3 P2 and P4 P1 P2 P1 P2 P1 P1 Alternate Mode A Mode C P1 and P3 P2 P1 and P3 P2 DME P1 P2 Mode S All Pulses Cal No P5 P1 P2 and P6 P1 P2 and P6 Mode S P2 Var Only P2 Var P1 and P6 Cal P2 Var P1 and P6 Cal Mode S P6 Var Only P1 and P2 Cal P6 Var P1 and P2 Cal P6 Var Mode S P5 Cal Var P5 Cal Var P1 P2 and P6 Cal P5 Cal Var P1 P2 and P6 Cal Interference Pulses Cal Var P1 P2 Table 1 2 4...

Page 159: ...cho P1 P2 Table 1 2 4 8 Multi Receiver Generator Assignments Scenario Test Mode Default Antenna Port Top Top Bottom Bottom Top or Bottom Top or Bottom Gen Setup Configuration Generator A Generator B Generator C Generator D Generator E Generator F UAT 978 MHz 978 MHz 1090 Targets 1090 MHz 1090 MHz 1030 Messages 1030 MHz Table 1 2 4 9 Multi Receiver Generator Assignments Block Test Mode Default Ante...

Page 160: ...and a progress bar is displayed in the lower section of the menu 7 After programming is completed restart the system To restart the system press the Power Switch Front Panel and allow power to turn OFF Press the Power Switch Front Panel again to power up the Test Set 4 1 5 HOW TO ENTER THE OWN AIRCRAFT INFORMATION 1 Go to the Main Menu 2 Press the UAT Softkey to display the UAT Main Menu 3 Press t...

Page 161: ...nfigurations Test Configurations 1 2 4 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 8 Subject to Export Control See Cover Page for details February 2020 4 2 TEST CONFIGURATIONS 4 2 1 TRANSPONDER ATC MODE S ELS EHS TEST CONFIGURATION ...

Page 162: ...s and Test Configurations Test Configurations Rev L0 ATC 5000NG ATC DME Test Set Operation Manual 1 2 4 February 2020 Subject to Export Control See Cover Page for details Page 9 4 2 2 TRANSPONDER ADS B OUT 1090ES TEST CONFIGURATION ...

Page 163: ...Procedures and Test Configurations Test Configurations 1 2 4 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 10 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 164: ...2 5 4 2 HEADING 12 5 4 3 LATITUDE 12 5 4 4 LONGITUDE 12 5 4 5 MODE S ADDRESS 13 5 5 Receiver Commands 13 5 5 1 LOG PARAMETERS 13 5 5 2 MASK 16 5 5 3 STATUS REQUEST 17 5 5 4 UTC TIME 17 5 6 RTCA DO 260 Test Commands 18 5 6 1 GENERATOR PARAMETERS 18 5 6 2 LOAD 23 5 6 3 NUMBER OF TRANSMISSIONS 23 5 6 4 REPETITION INTERVAL 23 5 6 5 RESET 23 5 6 6 SAVE 23 5 6 7 SPECIAL TEST 24 5 6 8 START 29 5 6 9 STOP...

Page 165: ... 107 5 9 13 START TRANSMISSION 107 5 9 14 STOP TRANSMISSION 108 5 9 15 SUPPRESSION OUTPUT 108 5 9 16 SUPPRESSION PERCENTAGE 108 5 9 17 TRANSMISSION MODES 108 5 10 Unit Commands 128 5 10 1 HARDWARE VERSION REQUEST 128 5 10 2 LAST CALIBRATION DATE REQUEST 128 5 10 3 MODE OF OPERATION 128 5 10 4 PART NUMBER REQUEST 128 5 10 5 PRODUCT KEY REQUEST 128 5 10 6 RESET 129 5 10 7 SERIAL NUMBER REQUEST 129 5...

Page 166: ... 5 11 27 STOP 135 5 11 28 SUPPRESSION 135 5 11 29 SUPPRESSION PERCENTAGE 135 5 11 30 VELOCITY 136 5 11 31 WIDTH 136 5 11 32 EQUALIZER 136 5 11 33 TRIGGER 136 5 11 34 SELF INTERROGATION 136 5 12 Examples 137 5 12 1 SCENARIO TEST 137 5 12 2 DO 260 Test Single ADS B Example 139 5 12 3 DO 260 Test Dual ADS B Example 140 5 12 4 DO 260 Special Test Overlapping Pulse Example 141 5 12 5 DO 260 Special Tes...

Page 167: ...sub commands either pre defined abbreviations or complete command keywords can be used Values Values are the alphanumeric values associated with the specific sub commands The is used to add a comment line within the command structure Return values The is used to indicate a measurement value was unavailable The is used to indicate the command did not complete correctly The command will explicitly s...

Page 168: ... be checked after each write to see if the previous command succeeded and the unit is ready for further commands Communication may be performed using different methods For example to set the own aircraft altitude longitude and latitude the following two methods could be used to send to commands to the Test Set both are equivalent Method 1 ATC5000NG OWN ALTITUDE 10000 ATC5000NG OWN LATITUDE 25 8333...

Page 169: ...ACT XPDR r to reset the generator to the default for that mode of operation The ATC 5000NG accepts the following GPIB commands 5 2 1 IDN This command returns manufacturer model name and material number in a data string Example VIAVI ATC 5000NG RF Test Set 138156 5 2 2 CLS This command resets the status byte and the Touchscreen error log 5 2 3 ESR This command returns a decimal value from 0 to 255 ...

Page 170: ...the replies numeric format Numeric 0 to 2 decimal ASCII Value 0 1 2 Format Hexadecimal Decimal no fractional part Float fractional part Example ATC MEA DFORMAT 2 r Default 1 Query ATC MEA DFORMAT r Return 0 Command Syntax ATC ATC5000NG MEA MEASURE SET SETTINGS DFBIT SP numeric CR Description This command sets the measurement routine to sample the selected bit Numeric 1 to 112 decimal ASCII Example...

Page 171: ...6MSIF 27 P6MSI 28 P6SPR 29 MCSPI 30 DFDATA 31 DMEXP1 32 DMEXP2 33 DMEYP1 34 DMEYP2 35 MCXBIT Pulse F1 ATCRBS Reply C1 ATCRBS Reply A1 ATCRBS Reply C2 ATCRBS Reply A2 ATCRBS Reply C4 ATCRBS Reply A4 ATCRBS Reply B1 ATCRBS Reply D1 ATCRBS Reply B2 ATCRBS Reply D2 ATCRBS Reply B4 ATCRBS Reply D4 ATCRBS Reply F2 ATCRBS Reply P1 Mode S Reply P2 Mode S Reply P3 Mode S Reply P4 Mode S Reply S1 ATCRBS Int...

Page 172: ... without fractional part If no measurement Value is available the Unit replies with not ready Command Syntax ATC ATC5000NG MEA MEASURE PUL PULSE RISE CR Description This command returns the rise time of the selected pulse Example ATC MEA PUL RISE r Return Value is in ASCII data format specified in ns In case of the Float data format the Value is returned without fractional part If no measurement V...

Page 173: ...umeric CR Description This command sets the measurement routine to sample the selected SPR Numeric 0 to 112 decimal ASCII 0 is the Sync Phase Reversal of the P6 pulse 1 is the first bit of the interrogation Example ATC MEA SET SPR 27 r Default 0 Query ATC MEA SET SPR r Return 27 Measured pulse must be set to P6 SPR or the query will return Command Syntax ATC ATC5000NG MEA MEASURE SET SETTINGS TRIG...

Page 174: ... in analog to digital converter counts if trigger source is set to log video Numeric 0 to 1023 decimal ASCII Example ATC MEA SET TRIG LEV 400 r Query ATC MEA SET TRIG LEV r Return 400 Command Syntax ATC ATC5000NG MEA MEASURE SET SETTINGS TRIGGER TRIG MODE SP NORMAL SINGLE CR Description This command sets the trigger mode to normal or single This command is ignored when the scenario type selected i...

Page 175: ...eading value This command is valid only when the source of the own aircraft parameters is defined as MANUAL Numeric 180 to 180 degrees decimal ASCII Or 0 to 360 degrees decimal ASCII Example ATC OWN HEAD 90 1 r Default Last heading before power down Query ATC OWN HEAD r Return 90 1 Command Syntax ATC ATC5000NG OWN LAT LATITUDE SP numeric CR Description This command sets the own aircraft TCAS under...

Page 176: ...and Syntax ATC ATC5000NG RCV RCVR LOG CLE CLEAR CR Description This command clears the log buffer of received messages Example ATC RCV LOG CLE r Command Syntax ATC ATC5000NG RCV RCVR CO COUNT CR Description This command returns the count of messages available to read from the ATC 5000NG receiver log Example ATC RCV CO r Return Value Decimal Value in ASCII Command Syntax ATC ATC5000NG RCV RCVR MTCO...

Page 177: ...C Mode S Interrogation 7 ATC ATCRBS Interrogation 8 Byte2 to 15 Data Mode S Short Replies DF0 to DF15 Byte 2 to 8 All 0s Byte 9 to 15 Data Byte 9 Bit 7 MSB hexadecimal Mode S Long Replies DF16 to DF24 Byte 2 to 15 Data Byte2 Bit 7 MSB hexadecimal Mode S Short Interrogations UF0 to UF15 Byte 2 to 8 All 0s Byte 9 to 15 Data Byte 9 Bit 7 MSB hexadecimal Mode S Long Interrogations UF16 to UF24 Byte 2 ...

Page 178: ...te 16 Location Status Mode S Replies Interrogations Bit 7 MSB UUT Top Receiver 1 Bottom Receiver 0 ATC Always 0 Bit 6 4 UUT Always 0 ATC Transmitter Transmitter Code Generator A 0 Generator B 1 Generator C 2 Generator D 3 Generator E 4 Generator F 5 Bit 3 0 Reserved ATCRBS Replies Interrogations Bit 7 MSB UUT Top Receiver 1 Bottom Receiver 0 ATC Always 0 Bit 6 4 UUT Always 0 ATC Transmitter Transm...

Page 179: ...ax ATC ATC5000NG RCV RCVR MA MASK SP numeric CR Description This command enables disables the capture of messages A 1 for the receiver associated bit means that the receiver is enabled Numeric FFF hexadecimal ASCII Byte Bit 0x01 0x02 0x04 0x08 0x300 0x10 0x20 0x40 0x80 0xC00 Receiver UUT DF Messages UUT ATCRBS Replies UUT UF Messages UUT ATCRBS Interrogations UUT UAT Messages Requires ATC 5000NG U...

Page 180: ...that the receiver is receiving messages Example ATC RCV ST r Return Value FF hexadecimal ASCII Byte Bit 0x01 0x02 0x04 0x08 0x10 0x20 0x40 0x80 Receiver UUT DF Messages UUT ATCRBS Replies UUT UF Messages UUT ATCRBS Interrogations ATC 5000NG DF Messages ATC 5000NG ATCRBS Replies ATC 5000NG UF Messages ATC 5000NG ATCRBS Interrogations Command Syntax ATC ATC5000NG RCV RCVR UTC SP ON PC GPS 429 OFF CR...

Page 181: ...5 6 1 3 ATCRBS DATA RANDOM ON OFF Command Syntax ATC ATC5000NG DO260 TYPE NORMAL GENS GENA GENB GENC GEND GENE GENF PATH PA SP TOP BOTTOM CR ATC ATC5000NG DO260 TYPE OVERLAPPINGPULSE OVERLAP ALTEREDPREAMBLE ALT BITFAILURES BITF PREAMBLEVAL PREA GENS GENA GENC PATH PA SP TOP BOTTOM CR Description This command sets the selected generator path to the Top or Bottom antenna Example ATC DO260 TYPE NORMA...

Page 182: ...the delta width of the selected ATCRBS pulse on the selected generator Numeric 400 to 400 ns in 25 ns steps decimal ASCII Example ATC5000NG DO260 TYPE NORMAL PULSE ATCRBS CH 1 PC1 DWIDTH 200 r Default 0 Query ATC5000NG DO260 TYPE NORMAL PULSE ATCRBS CH 1 PC1 DWIDTH r Return 200 Command Syntax ATC ATC5000NG DO260 TYPE NORMAL PULSE ATCRBS CH 1 2 3 4 5 6 PF1 PC1 PA1 PC2 PA2 PC4 PA4 PB1 PD1 PB2 PD2 PB...

Page 183: ...E OVERLAP GENS GENC DELAY 50 r Default 0 Query ATC DO260 TYPE NORMAL GENS GENA DELAY r Return 125 Command Syntax ATC ATC5000NG DO260 TYPE NORMAL GENS GENA GENB GENC GEND GENE GENF SIGNAL SIG SP ON OFF CR Description This command enables or disables the selected generator Example ATC5000NG DO260 TYPE NORMAL GENS GENA SIGNAL ON r Default Off Query ATC5000NG DO260 TYPE NORMAL GENS GENA SIGNAL r Retur...

Page 184: ...0 TYPE ALT GENS GENA MODES DATA F100088 r Default 00000000000001 Query ATC DO260 TYPE ALT GENS GENA MODES DATA r Return 0000000FEFA0C0 Command Syntax ATC ATC5000NG DO260 TYPE NORMAL PULSE MODES CH 1 2 3 4 5 6 P2 P3 P4 DPOS SP numeric CR Description This command sets the delta position of the selected Mode S pulse on the selected generator Numeric 1000 to 1000 ns in 25 ns steps decimal ASCII Exampl...

Page 185: ... RANDOM ON r Default Off Query ATC5000NG DO260 TYPE NORMAL GENS GENA MODES RANDOM r Return ON Command Syntax ATC ATC5000NG DO260 TYPE NORMAL GENS GENA GENB GENC GEND GENE GENF RSPOS SP ON OFF CR Description This command enables or disables the random starting position generation of the pulse to transmit using the selected generator For the generator trigger source the random starting position is d...

Page 186: ... 0 unlimited Query ATC5000NG DO260 TIMING TRANSMISSIONS r Return 20 Command Syntax ATC ATC5000NG DO260 TIMING PERIOD PER SP numeric CR Description This command sets the transmission interval in ms Numeric 10 to 2000 ms decimal ASCII Example ATC5000NG DO260 TIMING PERIOD 20 r Default 10 ms 100 repetitions per second Query ATC5000NG DO260 TIMING PERIOD r Return 20 Command Syntax ATC ATC5000NG DO260 ...

Page 187: ... or disables the selected pulse Example ATC DO260 TYPE ALT PULSE P1 ENABLE ON r Default On Query ATC DO260 TYPE ALT PULSE P1 ENABLE r Return ON Command Syntax ATC ATC5000NG DO260 TYPE ALTEREDPREAMBLE ALT PULSE P1 P2 P3 P4 POSITION POS SP numeric CR Description This command sets the selected pulse delay By default the delay is 0 ns Numeric Pulse P1 P2 P3 P4 Range 5000 675 675 1425 3075 3925 4075 49...

Page 188: ...reference is a long Mode S decimal ASCII 1 to 56 if the reference is a short Mode S decimal ASCII Example ATC DO260 TYPE BITF CHIPS BFIRST 33 r Default 0 Query ATC DO260 TYPE BITF CHIPS BFIRST r Return 33 Command Syntax ATC ATC5000NG DO260 TYPE BITFAILURES BITF CHIPS FIRST SP numeric CR Description This command sets the first energy bit of the bad chips pulse Numeric 0 for no bad chip decimal ASCI...

Page 189: ...mmand allows defining up to five different bad bits Numeric 1 to 112 if the reference is a long Mode S decimal ASCII 1 to 56 if the reference is a short Mode S decimal ASCII Example ATC DO260 TYPE CONF BADP CHIPS 33 r Default No selection Query ATC DO260 TYPE CONF BADP CHIPS r Return 33 Command Syntax ATC ATC5000NG DO260 TYPE CONFIDENCE CONF ENERGY CHIPS SP numeric numeric numeric numeric numeric ...

Page 190: ...y bits of the pulse Numeric 10 to 10 dB decimal ASCII Example ATC DO260 TYPE PREA CHIPS DAMP 6 r Default 0 dB Query ATC DO260 TYPE PREA CHIPS DAMP r Return 6 Command Syntax ATC ATC5000NG DO260 TYPE PREAMBLEVAL PREA CHIPS EFIRST SP numeric CR Description This command sets the first energy bit of the message with amplitude Numeric 0 for no bad chip decimal ASCII 1 to 112 if the reference is a long M...

Page 191: ... DO260 TYPE PREAMBLEVAL PREA CHIPS ELAST SP numeric CR Description This command sets the last energy bit of the message with amplitude Numeric 0 for no bad chip decimal ASCII 1 to 112 if the reference is a long Mode S decimal ASCII 1 to 56 if the reference is a short Mode S decimal ASCII Example ATC DO260 TYPE PREA CHIPS ELAST 5 r Default 0 Query ATC DO260 TYPE PREA CHIPS ELAST r Return 5 Command ...

Page 192: ...ON OFF Command Syntax ATC ATC5000NG DO260 TIMING TRIGGER TRIG MODE SP numeric CR Description This command sets the trigger mode Delay delays positively all the enabled generators according with each delay amount from the trigger source Delay delays all the enable generators negatively Random alters the start of all the enable generators from transmission to transmission in the range specified Walk...

Page 193: ...ommand is valid only if the trigger mode is Random Numeric 0 to 120000 ns decimal ASCII Example ATC DO260 TIMING TRIG RANDOM WID 120000 r Default 120000 ns Query ATC DO260 TIMING TRIG RANDOM WID r Return 120000 Command Syntax ATC ATC5000NG DO260 TIMING TRIGGER TRIG RANDOM POSITION POS SP numeric CR Description This command sets the relative delay of the random pulse in ns This command is valid onl...

Page 194: ...II Default NOLIMIT Example ATC TXBLOCK TRANS NOLIMIT r Command Syntax ATC ATC5000NG TXBLOCK LOAD SP filename CR Description This command loads a CSV scenario file specified filename from the internal storage area A will be returned upon completion of loading the file Default ATC TXBLOCK LOAD Test1 csv r Example Command Syntax ATC ATC5000NG TXBLOCK message number MESS MESSAGE SP numeric CR Descript...

Page 195: ...s command sets the type of the message selected The optional argument numeric1 defines the ATCRBS Interrogation type Message Number 1 to 1000 Numeric 1 4 decimal ASCII Value Type 3 Mode S Message 4 ATCRBS Reply Default Mode S Message Example ATC TXBLOCK 4 TYPE 3 r Command Syntax ATC ATC5000NG TXBLOCK NMESSAGES NMESS SP decimal CR Description This command sets the number of the messages Numeric 0 t...

Page 196: ...k defined The system will return a if the start command was able to be performed A character will be returned if the scenario was not able to be started Example ATC TXBLOCK START r Return Command Syntax ATC ATC5000NG TXBLOCK STOP CR Description This command stops the transmission of the block Example ATC TXBLOCK STOP r Return Command Syntax ATC ATC5000NG SCE SCENARIO I1030 RATE SP numeric CR Descr...

Page 197: ... All Call Example ATC SCE I1030 2 TYPE 2 r Command Syntax ATC ATC5000NG SCE SCENARIO I1030 message number MESS MESSAGE SP numeric CR Description This command sets the data message for the selected 1030 message Numeric Short interrogation 0 to FFFFFFFFFFFFFF 14 hexadecimal ASCII Long interrogation 0 to FFFFFFFFFFFFFFFFFFFFFFFFFFFF 28 hexadecimal ASCII The last six characters are the Mode S Address ...

Page 198: ...the Position Even Squitter XREF is ignored during the scenario compilation Only even CPR encoding The transmission of the Position Odd Squitter is turned off Any schedule definition for the Position Odd Squitter XREF is ignored during the scenario compilation Example ATC SCE STAT 1 CPR ODD r Default ODDEVEN Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no POSNICB SP nu...

Page 199: ...d Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no POSSS SP numeric CR Description This command sets the selected intruder airborne position squitter surveillance status to the specified code Numeric 0 to 3 decimal ASCII Value 0 1 2 3 Surveillance Status No Condition Information Permanent Alert Condition Temporary Alert Condition Special Position Identification Condition Examp...

Page 200: ...T 25 r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intruder no SPOSEVEN SPOSODD INT INTERVAL interval number BEGIN SP numeric CR Description This command sets the start time for the selected position even or odd squitter message interval for the selected intruder The spaces not defined between intervals are considered off therefore only the user can define the intervals where the message...

Page 201: ...CR Description This command sets the selected intruder aircraft operational status squitter 1090 ES In field to the specified value Numeric 0 to 1 decimal ASCII Value 0 1 Meaning No capability to receive 1090 MHz Extended Squitter Messages Receives 1090 MHz Extended Squitter Messages Example ATC SCE DYN 3 SAOS ESI 1 r Default 0 Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intr...

Page 202: ...meters Width 52 meters Length 65 meters Width 59 5 meters Length 65 meters Width 67 meters Length 75 meters Width 72 5 meters Length 75 meters Width 80 meters Length 85 meters Width 80 meters Length 85 meters Width 90 meters Example ATC SCE DYN 4 SAOS AVSIZE 4 r Default 0 Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAOS B2L SP numeric CR Description This command s...

Page 203: ...cription This command sets the selected intruder aircraft operational status squitter CDTI traffic display capability field to the specified value Numeric 0 to 1 decimal ASCII Value 0 1 Meaning No Cockpit Display of Traffic Information CDTI capability CDTI Operational Example ATC SCE STAT 1 SAOS CDTI 0 r Default 0 Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no DO260 ...

Page 204: ...ault 0 Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAOS IDT SP numeric CR Description This command sets the selected intruder aircraft operational status squitter IDENT switch active field to the specified value Numeric 0 to 1 decimal ASCII Value 0 1 Meaning IDENT not active Set for 18 seconds after IDENT switch pressed Example ATC SCE STAT 1 SAOS IDT 1 r Default ...

Page 205: ...0NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAOS OM SP numeric CR Description This command sets the selected intruder aircraft operational status squitter operational mode subtype field to the specified value Numeric 0 to 3 decimal ASCII Example ATC SCE STAT 1 SAOS OM 2 r Default 0 Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAOS GPSLAT SP numeric CR Desc...

Page 206: ...and Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAOS NISA SP numeric CR Description This command sets the selected intruder aircraft operational status squitter NIC Supplement A field to the specified value Numeric 0 to 1 decimal ASCII Example ATC SCE STAT 2 SAOS NISA 1 r Default 0 Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAOS NISB SP ...

Page 207: ...iption This command sets the selected intruder aircraft operational status squitter position offset applied field to the specified value Numeric 0 to 1 decimal ASCII Value 0 1 Meaning Position is antenna referenced Position is adjusted to Surveillance Position Reference Point Example ATC SCE DYN 2 SAOS POA 1 r Default 0 Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no ...

Page 208: ...ational status squitter service level LSB field to the specified value Numeric 0 to 3 decimal ASCII Example ATC SCE DYN 2 SAOS SLL 3 r Default 0 Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAOS SAF SP numeric CR Description This command sets the selected intruder aircraft operational status squitter single antenna field to the specified value Numeric 0 to 1 decima...

Page 209: ...uder no SAOS SDA SP numeric CR Description This command sets the selected intruder aircraft operational status squitter system design assurance field to the specified value Numeric 0 to 3 decimal ASCII Example ATC SCE STAT 1 SAOS SDA 3 r Default 0 Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAOS TS SP numeric CR Description This command sets the selected intruder ...

Page 210: ...C5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAOS TC SP numeric CR Description This command sets the selected intruder aircraft operational status squitter trajectory change report field to the specified value Numeric 0 to 3 decimal ASCII Value 0 1 2 3 Meaning No Trajectory Change Report Capability Generates Trajectory Change 0 Report only Generates multiple Trajectory Change Reports R...

Page 211: ... Description This command sets the number of aircraft operational status squitter message intervals for the selected intruder The spaces not defined between intervals are considered off therefore only the user can define the intervals where the message is transmitted Numeric 0 to 255 decimal ASCII Example ATC SCE DYN 1 SAOS NINT 2 r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intruder no...

Page 212: ...NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAS ARA SP numeric CR Description This command sets the selected intruder Aircraft Status TCAS Resolution Advisory squitter ARA field to the specified value if the intruder is an extended Mode S or an ADS R and the aircraft status subtype selected is TCAS Resolution Advisory 2 Numeric 0 to 3FFF hexadecimal ASCII Default 0 Example ATC SCE STAT 1 S...

Page 213: ...tus TCAS Resolution Advisory squitter RAC field to the specified value if the intruder is an extended Mode S or an ADS R and the aircraft status subtype selected is TCAS Resolution Advisory 2 Numeric 0 to 15 decimal ASCII Default 0 Example ATC SCE STAT 1 SAS RAC 6 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAS RAT SP numeric CR Description This command sets the...

Page 214: ...subtype selected is TCAS Resolution Advisory 2 Numeric 0 to 3FFFFFF hexadecimal ASCII Default 0 Example ATC SCE STAT 1 SAS TID 435 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SAS TTI SP numeric CR Description This command sets the selected intruder Aircraft Status TCAS Resolution Advisory squitter TTI field to the specified value if the intruder is an extended M...

Page 215: ...ervals are considered off therefore only the user can define the intervals where the message is transmitted Numeric 0 to 6550 seconds decimal ASCII Resolution is 0 1 seconds Example ATC SCE DYN 2 SAS INT 2 END 120 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC intruder no SAS ENA ENABLE SP ON OFF CR Description This command enables or disables the aircraft status squitter message of the s...

Page 216: ...II Default 0 Example ATC SCE STAT 1 IMF 1 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no IDENTEC SP numeric CR Description This command sets the selected intruder emitter category for the Ident squitter Numeric 0 to 7 decimal ASCII Default 0 Example ATC SCE DYN 1 IDENTEC 2 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no IDENT SP char...

Page 217: ...ion This command sets the number of identification squitter message intervals for the selected intruder The spaces not defined between intervals are considered off therefore only the user can define the intervals where the message is transmitted Numeric 0 to 255 decimal ASCII Example ATC SCE DYN 1 SIDENT NINT 3 r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intruder no SIDENT INT INTERVAL...

Page 218: ...tter message of the specified intruder Default On Example ATC SCE STAT 2 SIDENT ENA ON r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no ACODE SP numeric CR Description This command sets the Mode A code Numeric 0 to 7777 octal ASCII Default 0000 Example ATC SCE STAT 1 ACODE 1234 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no MOD MODE S...

Page 219: ...ected intruder The spaces not defined between intervals are considered off therefore only the user can define the intervals where the message is transmitted Numeric 0 to 6550 seconds decimal ASCII Resolution is 0 1 seconds Example ATC SCE DYN 2 SDF11 INT 2 BEGIN 55 r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intruder no SDF11 INT INTERVAL interval number END SP numeric CR Description T...

Page 220: ...sets the FS field for a Mode S intruder Numeric 0 to 7 decimal ASCII Default 0 Example ATC SCE STAT 1 FS 3 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no MSADDR SP numeric CR Description This command sets the Mode S address Numeric 0 to FFFFFF hexadecimal ASCII Default Static starts at 0x000021 Dynamic starts at 0x000001 Example ATC SCE DYN 1 MSADDR 501235 r Comman...

Page 221: ...7 decimal ASCII Value 0 1 2 3 4 5 6 7 RI No Onboard TCAS Not Assigned No Resolution Vertical Only Resolution Vertical and Horizontal Not Assigned Not Assigned Not Assigned Default 0 Example ATC SCE DYN 1 RI AQ0 3 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no RI AQ1 SP numeric CR Description This command sets the RI field for a Mode S intruder for an AQ 1 reply Num...

Page 222: ...ot Assigned No Resolution Vertical Only Resolution Vertical and Horizontal Not Assigned Not Assigned Not Assigned No Airspeed Airspeed 75 knots 75 Airspeed 150 knots 150 Airspeed 300 knots 300 Airspeed 600 knots 600 Airspeed 1200 knots 1200 knots Airspeed Not Assigned Default 0 Example ATC SCE DYN 1 RI DF16 4 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no CA SP num...

Page 223: ... the ATC 5000NG calculates the latitude and longitude of the intruder If the intruder is defined using latitude and longitude the ATC 5000NG calculates the range and bearing Default 0 Example ATC SCE DYN 2 BEA 45 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no LAT LATITUDE SP numeric CR Description This command sets the selected intruder to the specified latitude Nu...

Page 224: ...scription This command sets the selected intruder track angle Numeric 180 to 180 degrees decimal ASCII 0 to 360 degrees decimal ASCII NOTE The track information is only used for the velocity squitter of an extended Mode S when the intruder is a static intruder Default 0 Example ATC SCE DYN 1 TRA 150 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no VEL VELOCITY SP NOD...

Page 225: ...nly or bottom only Default Both Example ATC SCE DYN 1 SQANT TOP r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no SQU SQUITTER SP ON OFF CR Description This command either enables or disables squitters for the specified intruder When transmission of squitters is disabled the squitter scheduled transmission is ignored and any subsequent definition of a waypoint for ena...

Page 226: ... to the selected miscellaneous movement if Movement has been set to miscellaneous Numeric For DO 260 and DO 260A 0 to 5 decimal ASCII Value 0 1 2 3 4 5 Movement No Movement Information Aircraft Stopped Speed 175 kts Reserved for Decelerating Reserved for Accelerating Reserved for Backing Up For DO 260B 0 to 6 decimal ASCII Value 0 1 2 3 4 5 6 Movement No Movement Information Aircraft Stopped Groun...

Page 227: ...YPE 7 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no STARGET AHM SP numeric CR Description This command sets the selected intruder target state and status squitter altitude hold mode field to the specified value if the intruder is an extended Mode S Numeric 0 to 1 decimal ASCII Value 0 1 Meaning Altitude Hold not Active or Unknown Altitude Hold Active Default 0 Exa...

Page 228: ...uitter autopilot engaged field to the specified value if the intruder is an extended Mode S Numeric 0 to 1 decimal ASCII Value 0 1 Meaning Autopilot Disengaged or Unknown Autopilot Engaged Default 0 Example ATC SCE DYN 1 STARGET AEG 1 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no STARGET BCF SP numeric CR Description This command sets the selected intruder target ...

Page 229: ... STARGET CMC SP numeric CR Description This command sets the selected intruder target state and status squitter capability mode codes field to the specified value if the intruder is an extended Mode S Numeric 0 to 3 decimal ASCII Value 0 1 2 3 Meaning TCAS Operational No RA Active TCAS Operational RA Active TCAS Not Operational No RA Active TCAS Not Operational RA Active Default 0 Example ATC SCE ...

Page 230: ...taining current heading or track angle FMS RNAV system Default 0 Example ATC SCE DYN 1 STARGET HDASI 3 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no STARGET HMI SP numeric CR Description This command sets the selected intruder target state and status squitter horizontal mode indicator field to the specified value if the intruder is an extended Mode S Numeric 0 to ...

Page 231: ... r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no STARGET NACP SP numeric CR Description This command sets the selected intruder target state and status squitter navigation accuracy category for position field to the specified value if the intruder is an extended Mode S Numeric 0 to 15 decimal ASCII Value 0 1 2 3 4 5 6 7 8 9 10 11 12 to 15 NACP EPU 10 Nm EPU 10 Nm EP...

Page 232: ...urce integrity level supplement field to the specified value if the intruder is an extended Mode S DO 260B Numeric 0 to 1 decimal ASCII Value 0 1 Meaning Probability of exceeding NIC Radius of Containment per hour Probability of exceeding NIC Radius of Containment per sample Default 0 Example ATC SCE DYN 1 STARGET SILS 1 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder ...

Page 233: ...ARIO STAT STATIC DYN DYNAMIC intruder no STARGET TALT SP NODATA numeric CR Description This command sets the selected intruder target state and status squitter target altitude or MCP FMS selected altitude field to the specified value if the intruder is an extended Mode S Numeric 1000 to 100 000 decimal ASCII Default 0 Example ATC SCE STAT 1 STARGET TALT 10 r Command Syntax ATC ATC5000NG SCE SCENAR...

Page 234: ...or field to the specified value if the intruder is an extended Mode S Numeric 0 to 3 decimal ASCII Value 0 1 2 3 Vertical Data Available Source Indicator No valid vertical target state data is available Autopilot control panel selected Holding Altitude FMS RNAV System Default 0 Example ATC SCE DYN 1 STARGET VDASI 3 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no STA...

Page 235: ...ric CR Description This command sets the number of target state and status squitter message intervals for the selected intruder The spaces not defined between intervals are considered off therefore only the user can define the intervals where the message is transmitted Numeric 0 to 255 decimal ASCII Example ATC SCE DYN 1 STARGET NINT 3 r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intrud...

Page 236: ...itter message of the specified intruder Default On Example ATC SCE STAT 1 STARGET ENA ON r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no TISB MTYPE SP ADS B FINE COARSE CR Description This command sets the TIS B message type of the intruder selected Default ADSB Example ATC SCE DYN 1 TISB MTYPE ADS B r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMI...

Page 237: ...n This command sets the selected intruder velocity squitter airspeed type field to the specified value if the intruder is an extended Mode S and the velocity type is Airspeed and Heading Default IAS Example ATC SCE DYN 1 VELAT TAS r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no VELDBA SP numeric CR Description This command sets the selected intruder velocity squitte...

Page 238: ...ge flag field to the specified value if the intruder is an extended Mode S Numeric 0 to 1 decimal ASCII Default 0 Example ATC SCE DYN 1 VELINTENT 1 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no VELNACP SP numeric CR Description This command sets the selected intruder velocity squitter navigation accuracy category for position field to the specified value if the in...

Page 239: ...ation is available Default On Example ATC SCE DYN 2 NSV OFF r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no VELSIL SP numeric CR Description This command sets the selected intruder velocity squitter surveillance integrity level field to the specified value Numeric 0 to 3 decimal ASCII Value 0 1 2 3 Meaning Unknown 1x10 3 per flight hour 1x10 5 per flight hour 1x10 7...

Page 240: ...the specified type if the intruder is an extended Mode S Numeric 0 to 7 decimal ASCII Value 0 1 2 3 4 5 6 7 Velocity Type Subtype 0 Reserved Ground Speed Normal Ground Speed Supersonic Airspeed Heading Normal Airspeed Heading Supersonic Subtype 5 Reserved Subtype 6 Reserved Subtype 7 Reserved Default 1 Example ATC SCE DYN 2 VELTYPE 3 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNA...

Page 241: ...c Source Default 0 Example ATC SCE DYN 1 VVSOURCE 1 r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intruder no SVEL INT INTERVAL interval number ENA ENABLE SP ON OFF CR Description This command enables or disables the velocity squitter message of the specified intruder Default On Example ATC SCE DYN 2 SVEL INT 2 ENA ON r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intruder no SV...

Page 242: ...INT 2 END 205 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC intruder no SVEL ENA ENABLE SP ON OFF CR Description This command enables or disables the velocity squitter message of the specified intruder Default On Example ATC SCE STAT 1 SVEL ENA ON r Command Syntax ATC ATC5000NG SCE SCENARIO CH CHANNEL SP 1090RX1 UATRX1 UATRX2 CR Description This command allows grouping by channel command...

Page 243: ...SCE EXPORT test1 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC QUAN QUANTITY SP numeric1 numeric2 CR Description This command sets the number of static or dynamic intruders depending on the scenario type selected The field numeric2 is optional The absence means zero Numeric 0 to 1500 decimal ASCII According to the scenario type selected the numeric fields have the following m...

Page 244: ...pe UAT and XPDR A is returned if the command is able to complete successfully or if a failure occurs Power Mode High Power Low Power Very Low Power Minimum dBm 65 dBm 90 dBm 110 dBm Maximum dBm 5 dBm 20 dBm 40 dBm Default Low power Example ATC SCE POW VLO r Command Syntax ATC ATC5000NG SCE SCENARIO RES RESET CR Description This command resets the Scenario Menu to no active intruder interrogator gr...

Page 245: ...ATC 5000NG to generate targets with actual slant range or horizontal plane range In slant range mode the altitude difference between the own aircraft and intruder is used for reply delay Default Off Reset command turns off slant range Example ATC SCE SLA ON r Command Syntax ATC ATC5000NG SCE SCENARIO STA START CR Description This command starts a predefined scenario The system returns a if the sta...

Page 246: ...on This command specifies the sweep interval This command is valid only for UAT scenario Numeric 200 to 994 ms decimal ASCII Default 200 ms Example ATC SCE SWEEP INTERVAL 200 r Command Syntax ATC ATC5000NG SCE SCENARIO UAT STEST DOPPLER SP numeric CR Description This command sets the carrier frequency for the Doppler Test This command is valid only for UAT scenario Numeric 1 335 to 85 45 kHz decim...

Page 247: ...agnitude for the UAT test mode selected This command is valid only for UAT scenarios This command is valid for the UAT Test Mode Modulation Frequency and Doppler Modulation Frequency Numeric 0 to 3 decimal ASCII Default 0 No Filter Example ATC SCE UAT STEST IQF 3 r Command Syntax ATC ATC5000NG SCE SCENARIO UAT STEST MODULATION MOD SP numeric CR Description This command sets the modulation frequenc...

Page 248: ... Fruit 30 µs spacing Doppler and Modulation Frequency Receiver Selectivity Default 1 Normal Example ATC SCE UAT STEST TYPE 10 r Command Syntax ATC ATC5000NG SCE SCENARIO UAT STEST WIDTH WID SP numeric CR Description This command sets the power width for the UAT test mode selected This command is valid only for UAT scenario This command is valid for the 1090 Pulse Interference UAT test mode Numeric...

Page 249: ...28 5 25 34 35 33 35 38 45 39 5 45 45 55 45 55 52 65 59 5 65 67 75 72 5 75 80 85 80 85 90 Example ATC SCE DYN 1 AVSIZE 11 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no AGSTATE SP numeric CR Description This command sets the AG state of the specified intruder The intruder no specifies the number of the intruder in the channel grouping specified Numeric 0 to 3 decima...

Page 250: ... 0 meters 2 meters Right 4 meters Right 6 meters Right Default 0 Example ATC SCE DYN 2 UAT GPSLAT 2 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no UAT GPSLONG SP numeric CR Description This command sets the longitudinal axis GPS antenna offset of the specified intruder The intruder no specifies the number of the intruder in the channel grouping specified Numeric 0 ...

Page 251: ...M Rc 2 NM Rc 1 NM Rc 0 6 NM Rc 0 2 NM Rc 0 1 NM Rc 75 m Rc 25 m Rc 7 5 m Reserved NIC 12 Reserved NIC 13 Reserved NIC 14 Reserved NIC 15 Example ATC SCE DYN 2 NIC 6 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYNAMIC intruder no OFFSET SP numeric CR Description This command sets the offset or delay of the specified intruder The intruder no specifies the number of the intruder in th...

Page 252: ...R Description This command sets the VV source of the specified intruder The intruder no specifies the number of the intruder in the channel grouping specified Numeric 0 to 1 decimal ASCII Value 0 1 Meaning Vertical Rate information from Geometric Source Vertical Rate information from Barometric Source Example ATC SCE STAT 1 VVSOURCE 1 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC DYN DYN...

Page 253: ...ENARIO DYN DYNAMIC intruder no UAT NADSB SP numeric CR Description This command sets the number of ADS B messages for the selected intruder The intruder no specifies the number of the intruder in the channel grouping specified Numeric 0 to 255 decimal ASCII Default 0 Example ATC SCE DYN 1 UAT NADSB 5 r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intruder no UAT ADSB message number PLCODE...

Page 254: ...l ASCII The intruder no specifies the number of the intruder in the channel grouping specified Numeric 0 to FFFFFFFFFFFFFFFFFFFFFFFF 24 hexadecimal ASCII Example ATC SCE DYN 1 UAT ADSB 1 PLMS AAAAAAAAAAAAAAAAAA r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intruder no UAT ADSB message number PLTS SP numeric CR Description This command sets the intruder state payload message element of th...

Page 255: ...erval for the selected intruder The intruder no specifies the number of the intruder in the channel grouping specified Numeric 0 to 6550 seconds decimal ASCII Resolution is 0 1 seconds Example ATC SCE DYN 1 UAT ADSB 2 INT 2 BEGIN 55 r Command Syntax ATC ATC5000NG SCE SCENARIO DYN DYNAMIC intruder no UAT ADSB message number INT INTERVAL interval number END SP numeric CR Description This command set...

Page 256: ... 10 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC intruder no PLMSG SP numeric CR Description This command sets the basic or long data message of the specified intruder This command is valid only for Payload Type Code 11 Basic ADS B and 12 Long ADS B The data message is padded on the right with zeros for a length according to the payload type code code 36 hexadecimal ASCII for Basic ADS ...

Page 257: ...is padded on the right with zeros for a length according to the payload type code 144 hexadecimal ASCII The intruder no specifies the number of the intruder in the channel grouping specified The block no specifies the Reed Solomon block number Numeric block no 1 to 6 decimal ASCII numeric FFFFFFFF FFFFFF 144 hexadecimal ASCII Example ATC SCE STAT 1 RSB 1 PLMSG F r Command Syntax ATC ATC5000NG SCE ...

Page 258: ...s the intruder state payload message element of the specified intruder This command applies to ADS B Messages with payload type code of 3 4 and 6 The data message is padded on the right with zeros for a length 10 hexadecimal ASCII The intruder no specifies the number of the intruder in the channel grouping specified Numeric 0 to FFFFFFFFFF 10 hexadecimal ASCII Example ATC SCE STAT 1 PLTS C84397 r ...

Page 259: ...TATIC intruder no UAT GUS SLOTID SP numeric CR Description This command sets the time slot where the Ground Uplink Message transmission occurs The intruder no specifies the number of the intruder in the channel grouping specified Numeric 0 to 31 decimal ASCII Example ATC SCE STAT 1 UAT GUS SLOTID 22 r Command Syntax ATC ATC5000NG SCE SCENARIO STAT STATIC intruder no UAT GUS TISBID SP numeric CR De...

Page 260: ...es the number of the information frame The source of the frame data content is from an alphanumeric string TEXT a hexadecimal string HEX or a file FILE TEXT text text text ASCII HEX numeric numeric hexadecimal ASCII FILE pathname pathname text ASCII For a correct pathname replace the character next to the driver letter with the character Example ATC SCE STAT 2 UAT GUS IFRAME 2 IFDATA HEX 444154415...

Page 261: ...g of the ATC 5000NG 5 8 1 SETTINGS MENU RESET Command Syntax ATC ATC5000NG SET SETTINGS FACT FACTORY SP DME XPDR MULTI UAT CR Description This command sets the Unit to the factory default settings for the current scenario type It resets all of the generators to factory default power level and frequency and modulation to pulse mode A is returned if the command was able to complete successfully or i...

Page 262: ...ation Transmitter 2 Gen B Pulse Modulation Transmitter 3 Gen C Pulse Modulation Transmitter 4 Gen D Pulse Modulation Transmitter 5 Gen E Pulse Modulation Transmitter 6 Gen F Pulse Modulation Transmitter 2 Gen B DPSK Modulation Transmitter 4 Gen D DPSK Modulation Transmitter 6 Gen F DPSK Modulation I 1030 Top Receiver I 1030 Bottom Receiver Q 1030 Top Receiver Q 1030 Bottom Receiver I 1090 Top Rece...

Page 263: ... 1030 MHz GenF 1030 MHz 1030 MHz For the scenario type UAT the default settings depend of the UAT Test Mode The generators GenD GenE and GenF are disabled Any command sent to generator disabled is considered an invalid command UAT Test Mode GenA GenB GenC Normal 978 MHz Disabled 978 MHz Overlapping 978 MHz Disabled 978 MHz DME Fruit 12 µs spacing 978 MHz Disabled 978 MHz Retrigger Long ADS B Messa...

Page 264: ...the command is able to complete successfully or if a failure occurs Default The default Value depends of the scenario type selected MULTI Multi Receiver XPDR Transponder GenA Top Top GenB Top Top GenC Bottom Bottom GenD GenB Bottom Bottom GenE Top Top GenF Top Top For the scenario type UAT the default settings depend of the UAT Test Mode The generators GenD GenE and GenF are disabled Any command s...

Page 265: ...ode Low Power 90 to 20 dBm decimal ASCII High Power 65 to 5 dBm decimal ASCII Very Low Power 110 to 40 dBm decimal ASCII UAT and XPDR Transponder depends on the Antenna Power Switch Normal 90 to 20 dBm decimal ASCII 20 dB Amplifier 65 to 5 dBm decimal ASCII 20 dB Attenuator 110 to 40 dBm decimal ASCII For the scenario type UAT the generators GenD GenE and GenF are disabled Any command sent to gene...

Page 266: ... type UAT the generators GenD GenE and GenF are disabled Any command sent to generator disabled is considered an invalid command Value 0 1 2 3 4 5 Rise Fall Less than 50 50 100 200 230 230 600 600 Nominal 75 75 1500 1500 Default 50 50 Example ATC SET GENA RISE 2 r Query ATC SET GENA RISE r Retrun 2 Command Syntax ATC ATC5000NG SET SETTINGS GENA GENB GENC GEND GENE GENF SIGNAL SIG SP ON OFF CR Desc...

Page 267: ...nd sets the cable loss for the top antenna in 0 1 dB steps Numeric 0 to 2 dB decimal ASCII Default 0 dB Example ATC XPDR CABLOS 0 1 r Query ATC XPDR CABLOS r Return 0 1 Command Syntax ATC ATC5000NG XPDR CABLOSBOT SP numeric CR Description This command sets the cable loss for the bottom antenna in 0 1 dB steps Numeric 0 to 2 dB decimal ASCII Default 0 dB Example ATC XPDR CABLOSBOT 0 1 r Query ATC X...

Page 268: ...off the interference pulse This command is valid only for single interrogation double interrogation and interrogation table Default Off Example ATC XPDR INTERF ON r Query ATC XPDR INTERF r Return ON Command Syntax ATC ATC5000NG XPDR INTERFERENCE INTERF SPACING SPAC SP numeric CR Description This command sets the spacing of the second interference pulse P2 from the first Numeric 0 to 400 µs decimal...

Page 269: ...or off the interrogations This command is equivalent to start test Example ATC XPDR RF ON r Query ATC XPDR RF r Return ON Command Syntax ATC ATC5000NG XPDR TYPE SP numeric CR Description This command sets the transponder interrogation test type This command must be sent before to define the pulse parameters Numeric 0 to 3 decimal ASCII Value Mode 0 Single Interrogation 1 Double Interrogation 2 Int...

Page 270: ... transponder test Example ATC XPDR RES r Command Syntax ATC ATC5000NG XPDR SAVE SP filename CR Description This command saves the current test into the internal storage area with the specified filename Example ATC XPDR SAVE Xpdr1 csv r Command Syntax ATC ATC5000NG XPDR SCOPE SP INTERR REPLY CR Description This command sets the scope trigger either to the interrogation or the reply Default Interrog...

Page 271: ...a test Example ATC XPDR STO r Query No See INTERROGATION ON OFF Command Syntax ATC ATC5000NG XPDR SUP SUPPRESSION SP ON OFF CR Description This command turns on or off the suppression output of the unit Default Off Example ATC XPDR SUP ON r Query ON Return Command Syntax ATC ATC5000NG XPDR SUPPERC SUPP SP numeric CR Description This command sets the suppression percentage Numeric 0 to 100 Decimal ...

Page 272: ...XBLOCK MISS SP numeric CR Description This command sets the number of consecutive non transmitted blocks Numeric 0 to 20 decimal ASCII Default 0 Example ATC XPDR TXBLOCK MISS 4 r Query ATC XPDR TXBLOCK MISS r Return 4 Command Syntax ATC ATC5000NG XPDR TXBLOCK MODE SP CONTINUOUS INTERRUPT CR Description This command sets the transmission mode Default CONTINUOUS Example ATC XPDR TXBLOCK MODE CONTINU...

Page 273: ... Return 7ABA3259A66BBB Command Syntax ATC ATC5000NG XPDR TXBLOCK NMESSAGES NMESS SP decimal CR Description This command sets the number of the messages Numeric 0 to 1000 decimal ASCII Default Example ATC XPDR TXBLOCK NMESS 45 r Query ATC XPDR TXBLOCK NMESS r Return 45 Command Syntax ATC ATC5000NG XPDR TXBLOCK message number POWER POW SP numeric CR Description This command sets the power level of t...

Page 274: ...ASCII If the scenario type selected was XPDR Transponder the valid values are 1 and 2 Value Type 1 Mode S Interrogation 2 ATCRBS Interrogation Default Mode S Message Numeric1 1 to 6 decimal ASCII Valid only if the type of message defined in Numeric is ATCRBS Interrogation Value Type 1 Mode A 2 Mode C 3 Mode A Only All Call 4 Mode C Only All Call 5 Mode A Mode S All Call 6 Mode C Mode S All Call De...

Page 275: ...interlace ratio between the first interrogation and the second For example if the user enters an interlaced ratio of 2 the second interrogation is transmitted every other interrogation period of the first Numeric 1 to 1000 decimal ASCII Default 1 Example ATC XPDR DBL IRATIO 11 r Query ATC XPDR DBL IRATIO r Return 11 Command Syntax ATC ATC5000NG XPDR DBL interrogation number MOD MODE SP numeric CR ...

Page 276: ... DBL P1TOP1 SP numeric CR Description This command sets the interrogations spacing from P1 of the first interrogation to P1 of the second interrogation Numeric 0 to 400 µs decimal ASCII Default 0 Example ATC XPDR DBL P1TOP1 44 r Query ATC XPDR DBL P1TOP1 r Return 44 Command Syntax ATC ATC5000NG XPDR DBL PMODE SP HI LOW VLO CR Description This command sets the power level range to the high low or v...

Page 277: ...3WIDTH P3W 0 to 1 95 P4WIDTH P4W 0 to 1 95 P5WIDTH P5W 0 2 to 1 95 P6ENDWIDTH P6ENDW 0 to 1 95 P1POWER P1P 19 to 9 CAL OFF P2POWER P2P 19 to 9 CAL OFF P3POWER P3P 19 to 9 CAL OFF P4POWER P4P 19 to 9 CAL OFF P5POWER P5P 19 to 9 CAL OFF P12SPACING P12S All Call Mode C Mode C Only All Call Mode C Mode S All Call 0 05 to 3 95 Mode S 1 0 to 3 0 P13SPACING P13S Mode A Mode A Only All Call 7 0 to 9 0 Mod...

Page 278: ...00 Mode A Only All Call 1 to 500 Mode C Only All Call 1 to 500 Mode A Mode S All Call 1 to 500 Mode C Mode S All Call 1 to 500 Mode S 1 to 500 P1 to P2 1 to 10000 Pulse 1 to 10000 DME 12 µs Spacing DME 30 1 to 500 µs Spacing Alternate Mode 1 to 500 A Mode C 1 to 500 Default 100 Example ATC XPDR DBL 2 PRF 50 r Query ATC XPDR DBL 2 PRF r Return 50 Command Syntax ATC ATC5000NG XPDR DBL interrogation ...

Page 279: ... ATC ATC5000NG XPDR DBL interrogation number SLS SP ON OFF ON OFF CR Description This command turns on or off SLS P2 pulse in an ATCRBS interrogation of the selected double interrogation interrogation number defines the double interrogation number The optional ON OFF is ignored if the interrogation mode is not Alternate Mode A Mode C for the selected double interrogation For Alternate Mode A Mode ...

Page 280: ...nd on the next burst the same five are transmitted If the burst count is 0 then every time a burst start command is received the number of interrogations in the burst count are transmitted 5 9 17 3 1 A BURST OPERATION ENABLE 5 9 17 3 1 B BURST COUNT 5 9 17 3 1 C BURST SPACING Command Syntax ATC ATC5000NG XPDR ITABLE BURST SP ON OFF CR Description This command enables or disables the burst operatio...

Page 281: ...ing ON ON Burst Mode is selected Burst Mode is running Example ATC XPDR ITABLE BURST r Reply OFF Command Syntax ATC ATC5000NG XPDR ITABLE NINT SP numeric CR Description This command sets the number of interrogations of the interrogation table Numeric 1 to 1000 decimal ASCII Default 1 Example ATC XPDR ITABLE NINT 3 r Query ATC XPDR ITABLE NINT r Return 3 Command Syntax ATC ATC5000NG XPDR ITABLE PMO...

Page 282: ...ecimal ASCII Default 0 Example ATC XPDR ITABLE 2 ANT POW 19 r Query ATC XPDR ITABLE 2 ANT POW r Return 19 0 Command Syntax ATC ATC5000NG XPDR ITABLE table entry ANT ANTENNA TIM TIME SP numeric CR Description This command sets the antenna time deviation between the top and bottom antenna of the selected table entry Table Entry 1 to 1000 decimal ASCII Numeric 0 975 to 0 975 µs decimal ASCII Default ...

Page 283: ... 1 MOD 6 r Query ATC XPDR ITABLE 1 MOD r Return 6 Command Syntax ATC ATC5000NG XPDR ITABLE table entry UF SP numeric CR Description This command sets the data message for the Mode S Interrogation of the selected table entry Table Entry 1 to 1000 decimal ASCII Numeric Short interrogation 0 to FFFFFFFFFFFFFF 14 hexadecimal ASCII Long interrogation 0 to FFFFFFFFFFFFFFFFFFFFFFFFFFFF 28 hexadecimal ASC...

Page 284: ...19 to 9 CAL OFF Not Valid for Mode A Mode C and Mode S P5POWER P5P 19 to 9 CAL OFF Valid only for Mode S P12SPACING P12S Mode A Mode A Only All Call Mode A Mode S All Call Mode C Mode C Only All Call Mode C Mode S All Call 0 05 to 3 95 Mode S 1 0 to 3 0 P13SPACING P13S Mode A Mode A Only All Call 7 0 to 9 0 Mode A Mode S All Call 6 05 to 9 95 Mode C Mode C Only All Call Mode C Mode S All Call 19 0...

Page 285: ... sets the antenna power deviation between the top and bottom antenna The optional numeric1 is ignored if the interrogation mode is not Alternate Mode A Mode C For Alternate Mode A Mode C the numeric is used to define the Mode A pulse and the numeric1 is used to define the Mode C pulse Numeric 20 to 20 dB decimal ASCII Default 0 Example ATC XPDR ANT POW 3 r Example ATC XPDR ANT POW 3 4 r for Altern...

Page 286: ...I Value Mode 0 Mode A 1 Mode C 2 Mode A Only All Call 3 Mode C Only All Call 4 Mode A Mode S All Call 5 Mode C Mode S All Call 6 Mode S 7 P1 to P2 8 Pulse 9 DME 12 µs Spacing 10 DME 30 µs Spacing 11 Alternate Mode A Mode C Default 0 Example ATC XPDR MOD 6 r Query See Transponder Queries Command Syntax ATC ATC5000NG XPDR UF SP numeric CR Description This command sets the data message for the Mode S...

Page 287: ...lid for Mode S P2POWER P2P 19 to 9 CAL OFF Not Valid for Mode S P3POWER P3P 19 to 9 CAL OFF Not Valid for Mode S P4POWER P4P 19 to 9 CAL OFF Not Valid for Mode A Mode C and Mode S P5POWER P5P 19 to 9 CAL OFF Valid only for Mode S P12SPACING P12S Mode A Mode A Only All Call Mode A Mode S All Call Mode C Mode C Only All Call Mode S All Call 0 05 to 3 95 Mode S 1 0 to 3 0 Mode C Mode S All Call 0 05 ...

Page 288: ...y ATC XPDR PW r Return 1 0 Command Syntax ATC ATC5000NG XPDR PRFSYNC SP ON OFF CR Description This command turns on or off the synchronization output This command is valid only for the following transponder interrogation modes P1 to P2 Pulse DME 12 µs Spacing and DME 30 µs Spacing This synchronizes all of the PRF generator outputs to align with the master generator Default Off Example ATC XPDR PRF...

Page 289: ... the Unit is not ready to return an answer is returned Example ATC XPDR CREP r Return 1240 Command Syntax ATC ATC5000NG XPDR MOD MODE CR Description This command replies with the current transponder interrogation mode Note Interrogation with CW reports the same as Single mode Reply Mode A Single Interrogation Mode A C Single Interrogation Mode C AC Single Interrogation Alternating Mode A Mode C AC...

Page 290: ...R REPLY CLEAR r Command Syntax ATC ATC5000NG XPDR PREPLY PREP CR Description This command returns the percent reply If in Mode S returns percent reply top and percent reply bottom separated by comma If in ATCRBS returns percent reply ATCRBS top percent reply ATCRBS bottom percent reply Mode S Top and percent reply Mode S Bottom separated by comma Return Value Decimal value in ASCII If the Unit is ...

Page 291: ...urn 85 Command Syntax ATC ATC5000NG LASTCAL CR Description This command returns the last calibration date of the Unit Return Value ASCII value Example ATC LASTCAL r Return 10 11 2017 3 44 22 PM Pass Command Syntax ATC ATC5000NG ACCESS SP RMT REMOTE LCL LOCAL CR Description This command sets the mode of operation of the Unit Example ATC ACCESS LCL r Command Syntax ATC ATC5000NG PN CR Description Th...

Page 292: ...ircraft Position Set the Own Aircraft Latitude Longitude Heading and Altitude to zero Set the Own Aircraft Mode S Address to 4 Reset Scenario Set the ATC 5000NG to the factory default settings Return Value A is returned if the factory settings are able to complete successfully or if a failure occurs Example ATC RESET r Return Command Syntax ATC ATC5000NG SN CR Description This command returns the ...

Page 293: ...ersion Example ATC VERSIONS r Return 17 10 2501 17 10 2501 A R A Q A R A V A 0 A 0 A B A B A B A 0 Command Syntax ATC ATC5000NG DME ACC ACCELERATION SP numeric CR Description This command sets the acceleration parameter for range simulation Numeric 0 to 399 ft s s decimal ASCII Default Value 0 ft s s Example ATC DME ACC 125 r Query ATC DME ACC r Return 125 Command Syntax ATC ATC5000NG DME CABLELOS...

Page 294: ...CR Description This command sets the direction parameter for range simulation to inbound or outbound Default Value Outbound Example ATC DME DIR IN r Query ATC DME DIR r Return IN Command Syntax ATC ATC5000NG DME ECHO SP ON OFF CR Description This command enables or disables the DME echo pulses Default Value Off Example ATC DME ECHO ON r Query ATC DME ECHO r Return ON Command Syntax ATC ATC5000NG D...

Page 295: ...Characters 1 to 8 Alphanumeric Default Value 12345678 Example ATC DME IDENT CODE 2763 r Query ATC DME IDENT CODE r Return 2763 Command Syntax ATC ATC5000NG DME IDENT DASH SP numeric CR Description This command sets the time associated with generating a dash for Morse Code Numeric 150 to 750 ms decimal ASCII Default Value 450 ms Example ATC DME IDENT DASH 500 r Query ATC DME IDENT DASH r Return 500...

Page 296: ... Default Value 150 ms Example ATC DME IDENT SPACE 55 r Query ATC DME IDENT SPACE r Retrun 55 Command Syntax ATC ATC5000NG DME LOAD SP filename CR Description This command loads a CSV test file specified filename from the internal storage area A is returned if the command is able to complete successfully or if a failure occurs Example ATC DME LOAD test1 r Command Syntax ATC ATC5000NG DME P2POSITION...

Page 297: ...ATC DME PULSE P1 r Query ATC DME PULSE r Return P1 Command Syntax ATC ATC5000NG DME RANGE SP numeric CR Description This command sets the DME range Numeric 0 to 400 nmi decimal ASCII Default Value 0 nmi Example ATC DME RANGE 100 r Query ATC DME RANGE r Return 100 Command Syntax ATC ATC5000NG DME RANGE OFF OFFSET SP 1 NORMAL CR Description This command selects the normal range simulation or 1 nmi r...

Page 298: ...START CR Description This command starts the DME transmissions of squitters and replies Example ATC DME START r Command Syntax ATC ATC5000NG DME STOP CR Description This command stops the DME transmissions of squitters and replies Example ATC DME STOP r Command Syntax ATC ATC5000NG DME SUPP SUPPRESSION SP ON OFF CR Description This command enables or disables the suppression output Default Value O...

Page 299: ...and sets the DME reply pulse width Numeric 3 5 to 9 0 s decimal ASCII Default Value 3 5 s Example ATC DME WIDTH 4 r Query ATC DME WIDTH r Return 4 0 Command Syntax ATC ATC5000NG DME EQUAL EQUALIZER SP ON OFF CR Description This command enables or disables the equalizer pulses Default Value On Example ATC DME EQUAL OFF r Query ATC DME EQUAL r Return OFF Command Syntax ATC ATC5000NG DME TRIGGER SP S...

Page 300: ...BEGIN 0 ATC SCE STATIC 1 END 3000 ATC SCE STATIC 1 MSADDR 2 ATC SCE STATIC 1 GROUND OFF ATC SCE STATIC 1 ALTITUDE 12000 ATC SCE STATIC 1 BEARING 135 ATC SCE STATIC 1 RANGE 5 ATC SCE STATIC 1 SQANT BOTH ATC SCE STATIC 1 SQPWR 50 ATC SCE STATIC 1 VELOCITY 150 ATC SCE STATIC 1 VERTICAL 0 ATC SCE STATIC 1 TRACK 0 ATC SCE STATIC 1 CC OFF ATC SCE STATIC 1 SL 0 ATC SCE STATIC 1 RI AQ0 0 ATC SCE STATIC 1 ...

Page 301: ... No Valid for ATCRBS ignored ATC SCE DYNAMIC 1 FS 0 Dynamic Intruder Definition Example 1 TCAS By Default ATC SCE DYNAMIC 1 MODE EXTENDED ATC SCE DYNAMIC 1 ENABLE ON 0 By Default 0 Scenario Time ATC SCE DYNAMIC 1 BEGIN 0 Scenario Time By Default 0 Scenario Time stop start ATC SCE DYNAMIC 1 END 3000 ATC SCE DYNAMIC 1 MSADDR 1 OFF by Default No Valid for ATCRBS ATC SCE DYNAMIC 1 GROUND OFF 1000 By D...

Page 302: ...fault ATC SCE DYNAMIC 2 ALTRPT ON To complete the definition of the Mode S squitters ATC SCE COMPILE 5 12 2 DO 260 TEST SINGLE ADS B EXAMPLE The following example creates a normal test for a single ADS B BEGIN TEST RESET DO260 TEST ATC DO260 RESET TEST DEFINITION TIMING DEFINTION ATC DO260 TIMING TRIGGER SOURCE GENA 0 DELAY 1 DELAY 2 RANDOM ATC DO260 TIMING TRIGGER MODE 0 ATC DO260 TIMING PERIOD 1...

Page 303: ... TRANSMISSIONS 0 SPECIAL TYPE DEFINITION ATC DO260 TYPE NORMAL GENS GENA POWER 20 ATC DO260 TYPE NORMAL GENS GENA PATH TOP ATC DO260 TYPE NORMAL GENS GENA DELAY 0 No Available for Gen A Bussines Rule s ATC 5000NG ATC DO260 TYPE NORMAL GENS GENA SIGNAL ON ATC DO260 TYPE NORMAL GENS GENA MODES DATA 8800000148000000000000000001 ATC DO260 TYPE NORMAL GENS GENA MODES RANDOM OFF ATC DO260 TYPE NORMAL GE...

Page 304: ...IDTH 4500 ATC DO260 TYPE OVERLAP PULSE DELAY 0 ATC DO260 TYPE OVERLAP GENS GENA POWER 20 ATC DO260 TYPE OVERLAP GENS GENA PATH TOP ATC DO260 TYPE OVERLAP GENS GENA DELAY 0 No Available for Gen A Bussines Rule s ATC 5000NG ATC DO260 TYPE OVERLAP GENS GENA SIGNAL ON No Available for Special Test Bussines Rule s ATC 5000NG ATC DO260 TYPE OVERLAP GENS GENA MODES DATA 8800000148000000000000000001 ATC D...

Page 305: ...INITION ATC DO260 TYPE BITFAILURES CHIPS FIRST 33 ATC DO260 TYPE BITF CHIPS LAST 39 ATC DO260 TYPE BITF GENS GENA POWER 20 ATC DO260 TYPE BITF GENS GENA PATH TOP ATC DO260 TYPE BITF GENS GENA DELAY 0 No Available for Gen A Bussines Rule s ATC 5000NG ATC DO260 TYPE BITF GENS GENA SIGNAL ON No Available for Special test Bussines Rule s ATC 5000NG ATC DO260 TYPE BITF GENS GENA MODES DATA 880000014800...

Page 306: ...E GENA ATC DO260 TYPE ALT PULSE P2 ENABLE ON ATC DO260 TYPE ALT PULSE P3 WIDTH 500 ATC DO260 TYPE ALT PULSE P3 POSITION 3500 ATC DO260 TYPE ALT PULSE P3 REFERENCE GENA ATC DO260 TYPE ALT PULSE P3 ENABLE ON ATC DO260 TYPE ALT PULSE P4 WIDTH 500 ATC DO260 TYPE ALT PULSE P4 POSITION 4500 ATC DO260 TYPE ALT PULSE P4 REFERENCE GENA ATC DO260 TYPE ALT PULSE P4 ENABLE ON ATC DO260 TYPE ALTEREDPREAMBLE GE...

Page 307: ...TXBLOCK PERIOD 100 TRANSMISSION MODE CONTINUOUS OR INTERRUPT ATC XPDR TXBLOCK MODE CONTINUOUS TOTAL NUMBER OF BLOCKS TRANSMISSION ATC XPDR TXBLOCK TRANS 5 DATA MESSAGE ATC XPDR TXBLOCK 1 MESS 00000000000001 TYPE OF THE MESSAGE ATC XPDR TXBLOCK 1 TYPE 1 THE STARTING TRANSMISSION TIME in µs WITHIN THE BLOCK OF THE MESSAGE ATC XPDR TXBLOCK 1 TIME 0 THE POWER LEVEL OF THE MESSAGE ATC XPDR TXBLOCK 1 PO...

Page 308: ...IC 0 15 ATC SCE STATIC 1 OFFSET 0 offset or delay 0 65500 ATC SCE STATIC 1 OFFMANUAL OFF enables or disables the manual override of the offset ATC SCE STATIC 1 TAH 0 track and heading type 0 3 0 No Data ATC SCE STATIC 1 VVSOURCE 0 VV Source 0 1 0 From Geo 1 From Baro ATC SCE STATIC 1 UPLINK 0 uplink feedback encoding 0 7 ATC SCE STATIC 1 UTC ON enables or disables the UTC coupled condition ATC SCE...

Page 309: ... SCE DYNAMIC 1 UAT ADSB 1 INTERVAL 10 PWR 32 ATC SCE DYNAMIC 1 UAT ADSB 2 NINTERVALS 8 ATC SCE DYNAMIC 1 UAT ADSB 2 INTERVAL 11 ENABLE off ATC SCE DYNAMIC 1 UAT ADSB 3 INTERVAL 5 ENABLE off ATC SCE DYNAMIC 1 UAT ADSB 3 INTERVAL 5 PWR 55 ATC SCE CHANNEL UATRX2 ATC SCE STATIC 1 PLCODE 3 ATC SCE STATIC 1 ADDRQ 0 ATC SCE STATIC 1 AVSIZE 0 ATC SCE STATIC 1 AGSTATE 0 ATC SCE STATIC 1 ALTTYPE 0 ATC SCE S...

Page 310: ...pose Main header file Created on 9 11 2018 at 10 51 AM by VIAVI Test Solutions Copyright VIAVI AvComm All Rights Reserved ifndef __Main_H__ define __Main_H__ ifdef __cplusplus extern C endif Include files include cvidef h ifdef __cplusplus endif endif ndef __Main_H__ END MAIN HEADER FILE Title Main c Purpose Main function to show how to communicate with the unit using GPIB and Ethernet This exampl...

Page 311: ... bytes readBuffer 1000000003 Get Unit Last Calibration Date status ATC_writeInstrData ATCGen1 ATC LASTCAL cmdWait memset readBuff 0x0 sizeof readBuff sizeof ViChar status ATC_readInstrData ATCGen1 250 readBuff bytes readBuffer 2 20 2017 3 25 43 PM Pass Note the IDN is valid on all interfaces after version 17 03 3101 before this version it is only valid on GPIB status ATC_writeInstrData ATCGen1 IDN...

Page 312: ...mdWait Delay 1 memset readBuff 0x0 sizeof readBuff sizeof ViChar status ATC_readInstrData ATCGen1 250 readBuff bytes if FindPattern readBuff 0 1 0 0 0 Display error message Fmt Message s ATC TXBLOCK START reported an error status MessagePopup Error Message Unit Reset ATC_reset has a 10 second delay to allow the unit to complete the reset status ATC_reset ATCGen1 status ATC_close ATCGen1 END MAIN F...

Page 313: ...RROR 0x3FFC0803L 0xBFFC0803 define VI_INSTR_WARNING_OFFSET 0x3FFC0900L define VI_INSTR_ERROR_OFFSET _VI_ERROR 0x3FFC0900L 0xBFFC0900 define ATC_ERROR_INVALID_CONFIGURATION VI_INSTR_ERROR_OFFSET 0xF0L 0xBFFC09F0 define ATC_ERROR_INVALID_COMMAND VI_INSTR_ERROR_OFFSET 0xF1L 0xBFFC09F1 define ATC_ERROR_NAC VI_INSTR_ERROR_OFFSET 0xF2L 0xBFFC09F2 define ATC_ERROR_COMMAND_ERROR VI_INSTR_ERROR_OFFSET 0xF3...

Page 314: ...reset ViInt16 ATCGen ATC_EXT ViStatus _VI_FUNC ATC_writeInstrData ViInt16 ATCGen ViString writeBuffer ViReal64 waitToNxtCmd ATC_EXT ViStatus _VI_FUNC ATC_readInstrData ViInt16 ATCGen ViInt32 numberBytesToRead ViChar _VI_FAR readBuffer ViPInt32 numBytesRead ATC_EXT ViStatus _VI_FUNC ATC_errorQuery ViInt16 ATCGen ViInt32 errorCode ViChar _VI_FAR message if defined __cplusplus defined __cplusplus__ e...

Page 315: ...ER2 0XFFFFFC12 Parameter 2 Out Of Range 1006 define ERR_PARAMETER3 0XFFFFFC11 Parameter 3 Out Of Range 1007 define ERR_PARAMETER4 0XFFFFFC10 Parameter 4 Out Of Range 1008 define ERR_PARAMETER5 0XFFFFFC0F Parameter 5 Out Of Range 1009 define ERR_PARAMETER6 0XFFFFFC0E Parameter 6 Out Of Range 1010 define ERR_PARAMETER7 0XFFFFFC0D Parameter 7 Out Of Range 1011 define ERR_PARAMETER8 0XFFFFFC0C Paramet...

Page 316: ...PSession ViStatus ViStatus ATC_sessionInfoOpen ViSession ViRsrc resourceName ViStatus ATC_sessionInfoClose ViSession ViStatus ATC_sessionInfoResource ViSession ViChar resourceName ViStatus ATC_nxtCmdWait ViSession ViStatus ATC_nxtCmdLog ViSession ViReal64 waitToNxtCmd ViBoolean ATC_invalidViBooleanRange ViBoolean static void ClearStoredBuffer ViSession static long ReadAndStoreIntoBuffer ViSession ...

Page 317: ...be similar to 10 168 168 2 secondary_Adress usually not used set to Return Values Zero on success non zero otherwise ViStatus _VI_FUNC ATC_init ViInt16 ATCGen ViChar ATCGenType ViChar ATCGenPartNumber ViChar ATCGenBus ViChar primaryAddr ViChar secondaryAddr ViStatus ATC_status VI_SUCCESS reset error status code ViChar resource 50 NULL if ATCGen 0 ATCGen MAX_SESSIONS ATC_status ERR_PARAMETER1 set e...

Page 318: ...56 Fmt resource s ASRL i INSTR atoi ATCGenDevice ATCGen 1 PriAddr if ATC_status ATC_initialize resource VI_OFF VI_OFF ATCGenSession ATCGen 1 0 ATCGenSession ATCGen 1 0 else ATCGenConfig baudrate DEFAULT_BAUD ATCGenConfig databits DEFAULT_DBITS ATCGenConfig parity DEFAULT_PARITY ATCGenConfig stopbits DEFAULT_SBIT Set resource baud rate if ATC_status viSetAttribute ATCGenSession ATCGen 1 VI_ATTR_ASR...

Page 319: ...if ATC_status viSetAttribute ATCGenSession ATCGen 1 VI_ATTR_ASRL_FLOW_CNTRL VI_ASRL_FLOW_RTS_CTS 0 return ATC_status Set variable so other driver calls won t bail out ATCGenConnect ATCGen 1 ON else ATC_status ERR_PARAMETER6 set error status code else if strcmp ETHERNET ATCGenDevice ATCGen 1 Bus 0 Ethernet Fmt resource TCPIP s 2001 SOCKET ATCGenDevice ATCGen 1 PriAddr if ATC_status ATC_initialize r...

Page 320: ...n 1 VI_ATTR_USER_DATA instPtr 0 return ATC_status if ATC_status viClose ATCGenSession ATCGen 1 0 return ATC_status if ATC_status viClose rmSession 0 return ATC_status ATC_status ATC_sessionInfoClose ATCGenSession ATCGen 1 if instPtr NULL free instPtr return ATC_status Function ATC_writeInstrData Purpose This function writes a command string to the instrument Parameter List ATCGen Generator number ...

Page 321: ...SCARD 0 return ATC_status if ATC_status viFlush ATCGenSession ATCGen 1 VI_READ_BUF_DISCARD 0 return ATC_status Make sure to wait the minimum amount of time between commands if ATC_status ATC_nxtCmdWait ATCGenSession ATCGen 1 0 return ATC_status if ATC_status viWrite ATCGenSession ATCGen 1 ViBuf WriteBuf bytes VI_NULL 0 Log this as the last command transmission time if ATC_status ATC_nxtCmdLog ATCG...

Page 322: ...StoredBuffer ATCGenSession ATCGen 1 return ATC_ERROR_COMMAND_ERROR normal return from some commands if saved_buffer device 0 ClearStoredBuffer ATCGenSession ATCGen 1 return ATC_status else if FindPattern resourceName 0 1 TCPIP 0 0 1 Make sure to wait the minimum amount of time between commands if ATC_status ATC_nxtCmdWait ATCGenSession ATCGen 1 0 return ATC_status if ATC_status viWrite ATCGenSessi...

Page 323: ...t Buffer6 0x0 sizeof Buffer6 memset Buffer7 0x0 sizeof Buffer7 memset Buffer8 0x0 sizeof Buffer8 memset Buffer9 0x0 sizeof Buffer9 memset Buffer10 0x0 sizeof Buffer10 memset Buffer11 0x0 sizeof Buffer11 memset Buffer12 0x0 sizeof Buffer12 memset Buffer13 0x0 sizeof Buffer13 memset Buffer14 0x0 sizeof Buffer14 memset Buffer15 0x0 sizeof Buffer15 memset Buffer16 0x0 sizeof Buffer16 memset Buffer17 0...

Page 324: ...nxtCmdLog ATCGenSession ATCGen 1 WAITTIME0_03 0 return ATC_status Make sure to wait the minimum amount of time between commands if ATC_status ATC_nxtCmdWait ATCGenSession ATCGen 1 0 return ATC_status if ATC_status viRead ATCGenSession ATCGen 1 ViPBuf readBuffer numberBytesToRead ViPUInt32 numBytesRead 0 return ATC_status Log this as the last command transmission time if ATC_status ATC_nxtCmdLog AT...

Page 325: ...fer k s s Buf Parse data with comma separator buffer_num 0 for index 0 index k index comma 0 do if comma FindPattern tmp_buffer index 0 1 0 0 1 Comma found switch buffer_num case 0 Fmt Buffer s s i0w comma tmp_buffer index break case 1 Fmt Buffer1 s s i0w comma tmp_buffer index break case 2 Fmt Buffer2 s s i0w comma tmp_buffer index break case 3 Fmt Buffer3 s s i0w comma tmp_buffer index break cas...

Page 326: ...k case 15 Fmt Buffer15 s s i0w comma tmp_buffer index break case 16 Fmt Buffer16 s s i0w comma tmp_buffer index break case 17 Fmt Buffer17 s s i0w comma tmp_buffer index break case 18 Fmt Buffer18 s s i0w comma tmp_buffer index break case 19 Fmt Buffer19 s s i0w comma tmp_buffer index break Fmt tmp_buffer index s s i w comma 1 strlen tmp_buffer index comma 1 tmp_buffer index else switch buffer_num...

Page 327: ...break case 14 strcpy Buffer14 tmp_buffer index break case 15 strcpy Buffer15 tmp_buffer index break case 16 strcpy Buffer16 tmp_buffer index break case 17 strcpy Buffer17 tmp_buffer index break case 18 strcpy Buffer18 tmp_buffer index break case 19 strcpy Buffer19 tmp_buffer index break buffer_num Increment buffer counter while comma 1 Check to see if the command was read as a result If so there i...

Page 328: ...ATC_status ATC_readInstrData instrumentHandle 150 InBuffer bytesRead 0 return ATC_status Restore if ATC_status viSetAttribute instrumentHandle VI_ATTR_TMO_VALUE TIME_OUT_NORM_VAL 0 return ATC_status mfg 0 NULL desc 0 NULL pn 0 NULL Manufacturer pos FindPattern InBuffer 0 1 0 0 if pos 1 Fmt mfg s s i0w pos InBuffer RemoveSurroundingWhiteSpace mfg strcpy tmpchar InBuffer Fmt InBuffer s s i w pos 1 s...

Page 329: ...C_status ERR_PARAMETER1 set error status code Initialize the instrument to a known state if ATC_status ATC_writeInstrData ATCGen ATC RESET WAITTIME0_02 0 return ATC_status Delay WAITTIME10_00 if ATC_status ATC_readInstrData ATCGen 150 InBuffer bytesRead 0 if FindPattern InBuffer 0 1 0 0 1 return ATC_ERROR_COMMAND_ERROR return ATC_status Function errorQuery Purpose This function requests the instru...

Page 330: ...nction Failure Clear by GPIB command CLS D4 Transmitter Queue Not Empty Data available for GPIB read GPIB Only D5 Command Complete Unit Ready return ATC_status UTILITY ROUTINES Non Exportable Functions Function Initialize Purpose This function opens the instrument queries the instrument for its ID and initializes the instrument to a known state ViStatus ATC_initialize ViRsrc resourceName ViBoolean...

Page 331: ...e VI_ATTR_SEND_END_EN VI_TRUE 0 return ATC_initCleanUp rmSession instHandle ATC_status else if FindPattern resourceName 0 1 ASRL 0 0 1 Configure VISA Formatted I O if ATC_status viSetAttribute instHandle VI_ATTR_TMO_VALUE TIME_OUT_NORM_VAL 0 return ATC_initCleanUp rmSession instHandle ATC_status if ATC_status viSetBuf instHandle VI_READ_BUF VI_WRITE_BUF 4000 0 return ATC_initCleanUp rmSession inst...

Page 332: ...viSetAttribute instHandle VI_ATTR_TERMCHAR_EN VI_TRUE 0 return ATC_initCleanUp rmSession instHandle ATC_status if ATC_status viSetAttribute instHandle VI_ATTR_TERMCHAR n 0 return ATC_initCleanUp rmSession instHandle ATC_status if IDQuery ViChar mfg 50 desc 50 pn 50 if ATC_status ATC_read_IDN instHandle mfg desc pn 0 return ATC_initCleanUp rmSession instHandle VI_ERROR_FAIL_ID_QUERY Reset instrumen...

Page 333: ...Purpose This function removes the session from the open list ViStatus ATC_sessionInfoClose ViSession instHandle int index find session index for index 0 index MAX_SESSIONS index if sessionInfo index session instHandle break Session not open abort if index MAX_SESSIONS return ATC_ERROR_CMD_WAIT sessionInfo index session 0 sessionInfo index curWaitTime 0 sessionInfo index startTime 0 strcpy sessionI...

Page 334: ...ssion instHandle break Invalid Session abort if index MAX_SESSIONS return ATC_ERROR_CMD_WAIT Wait until the minimum delay has been achieved do delay Timer sessionInfo index startTime while delay sessionInfo index curWaitTime return VI_SUCCESS Function Log last command transmission Purpose This function stores the timer count when called to indicate the time when the instrument was last communicate...

Page 335: ...atus 0 return status is_buffer_occupied device ret_count 0 1 0 return status Function Name ClearStoredBuffer Purpose Clears the buffer Parameter List instHandle VISA session handle Return Values Zero on success non zero otherwise static void ClearStoredBuffer ViSession instHandle long device 0 saved_buffer device 0 0 is_buffer_occupied device 0 Function Boolean Value Out Of Range ViBoolean Purpose...

Page 336: ...ruary 2020 Subject to Export Control See Cover Page for details Page 173 ViStatus ATC_initCleanUp ViSession openRMSession ViPSession openinstHandle ViStatus currentStatus viClose openinstHandle viClose openRMSession openinstHandle VI_NULL return currentStatus END DRIVER FILE E nd of Example program ...

Page 337: ...peration Remote Operation Examples 1 2 5 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 174 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 338: ...refer to these notes which are referenced throughout product specifications 1 Absolute output power under any test condition is limited to that shown under Power in the TRANSMITTER specification section 2 Pulse Width Position Exception Block Mode timing accuracy 20 ns 3 Any test configuration which results in SPR to P5 falling edge spacing 0 5 µs is not permitted and may result in unpredictable P5...

Page 339: ...Mode 7 1 1 12 Block Transmissions 7 1 1 13 PRF4 8 1 1 14 Interlace Ratio 8 1 1 15 Suppressor Pulse 8 1 1 16 DME Simulation 8 1 2 Receiver 10 1 2 1 VSWR 10 1 2 2 Maximum Input Power 10 1 2 3 Receiver Decoding Messages 10 1 2 4 Operating Range 10 1 2 5 Channels 10 1 2 6 Measurement 10 1 2 7 Scope Trigger Output Scope 1 and Scope 2 11 1 3 Environmental 12 1 3 1 Full Specified Performance 12 1 3 2 Ope...

Page 340: ...1030 MHz UAT Top RF I O Antenna Port only 110 to 5 dBm Resolution 0 1 dB Accuracy 1 dB 100 to 5 dBm 3 dB 100 dBm at 978 MHz Multi Receiver 90 to 20 dBm Low Power Mode 65 to 5 dBm High Power Mode 110 to 40 dBm Very Low Power Mode Resolution 1 0 dB Accuracy 1 dB 100 to 5 dBm 3 dB 100 dBm at 978 1030 and 1090 MHz DO 260B 90 to 20 dBm Low Power Mode 65 to 5 dBm High Power Mode 110 to 40 dBm Very Low P...

Page 341: ...lse Spectrum 52 dBc at 800 kHz Offset 1 1 4 CHANNELS DME Option 2 XPDR UAT 4 ADS B Option 6 1 1 5 DIVERSITY Power1 20 dB Resolution 0 1 dB Accuracy 1 dB Timing 1 s Accuracy 10 ns Resolution 25 ns 1 1 6 MODULATION Pulse ON OFF Ratio 80 dB 1 1 7 PULSE POSITION2 Mode A Interrogation P1 to P3 Default 8 0 s Accuracy 10 ns Mode C Interrogation P1 to P3 Default 21 0 s Accuracy 10 ns ATCRBS Interrogation ...

Page 342: ...uracy 15 ns P2 to SPR Default 2 75 s Accuracy 15 ns SPR Variation3 1 0 s Resolution 25 ns Accuracy 15 ns P5 prior SPR Default 400 ns Accuracy 15 ns P5 Variation3 1 95 s Resolution 25 ns Accuracy 15 ns Interference Pulse Signal 1 relative to P1 17 5 to 400 s Resolution 25 ns Accuracy 20 ns Signal 2 relative to Signal 1 0 to 400 s Resolution 25 ns Accuracy 10 ns Double Interlace Interrogation P1 to ...

Page 343: ...4 Variation P1 P2 P3 0 to 1 95 s Resolution 25 ns Accuracy 10 ns P4 0 to 2 75 s Resolution 25 ns Accuracy 10 ns Mode S Interrogation P1 P2 Default 0 8 s Accuracy 10 ns P1 P2 Variation 0 to 1 95 s Resolution 25 ns Accuracy 10 ns P6 Short Default 16 25 s Accuracy 10 ns P6 Long Default 30 25 s Accuracy 10 ns P6 Variation offset 0 5 to 1 45 s Resolution 25 ns Accuracy 10 ns P5 Default 0 8 s Accuracy 1...

Page 344: ...uracy 0 5 dB Interference 19 to 9 dB Resolution 0 1 dB Accuracy 0 25 dB DME Echo 15 to 6 dB Resolution 1 0 dB Accuracy 0 5 dB 1 1 11 INTERROGATION TABLE BURST MODE Unique Messages 1 to 1000 Interrogations Burst 1 to 10 000 Burst Spacing 0 to 20 s 0 s for single burst transmission Resolution 0 1 s Accuracy 100 ms Bursts Trigger 1 continuous or until stop command received 1 1 12 BLOCK TRANSMISSIONS ...

Page 345: ...Resolution 1 Hz Accuracy 0 1 of setting Interlace 1 Hz to 10 kHz Resolution 1 Hz Accuracy 0 1 of setting 1 1 14 INTERLACE RATIO 1 1 to 1 1000 1 1 15 SUPPRESSOR PULSE XPDR Position 3 4 s 0 3 s prior to P1 of interrogation Width Duration of transmission DME Position 3 4 s prior to P1 of reply Accuracy 0 3 s Width 36 s Accuracy 2 s Amplitude 25 V fixed 1 1 16 DME SIMULATION Equalizing Pulse Pair 100 ...

Page 346: ...sec Resolution 0 1 sec Accuracy 100 ms Echo Range 30 nmi Accuracy 0 02 nmi Range 1 to 400 nmi Resolution 0 01 nmi Accuracy 0 02 nmi Velocity 0 to 10000 knots Resolution 1 knot Accuracy 0 001 of setting Acceleration 0 to 400 ft s2 Resolution 1 ft s2 Accuracy 0 05 of setting Squitter 0 to 8000 Hz Resolution 1 Hz Accuracy 10 Hz or 2 whichever is greater distribution designed to comply with ARINC 709 ...

Page 347: ...ING RANGE XPDR 17 to 60 dBm 1090 MHz 3 MHz UAT 30 to 57 dBm 978 MHz 3 MHz DME 17 to 60 dBm 1020 to 1155 MHz 1 2 5 CHANNELS 2 Top Bottom 1 2 6 MEASUREMENT Power XPDR 17 to 60 dBm 1090 MHz 3 MHz Resolution 0 1 dB Accuracy 0 5 dB DME 17 to 60 dBm 1020 to 1155 MHz Resolution 0 1 dB Accuracy 0 5 dB Frequency XPDR 1090 MHz 3 MHz DME 1020 to 1155 MHz RX Channels 1 MHz Resolution 1 kHz Accuracy 50 kHz XPD...

Page 348: ...F or 200 whichever is greater Resolution 0 1 Accuracy 1 Mode S Squitter Rate Range DF11 0 01 to 4 0 s DF17 Airborne Position 0 01 to 2 0 s Surface Position 0 01 to 15 0 s A C Identification 0 01 to 25 0 s Airborne Velocity 0 01 to 2 0 s Event Driven 0 01 to 25 0 s Resolution 1 ms Accuracy 1 ms 2 5 ppm Interrogation Rate DME 0 to 10 kHz Resolution 1 Hz Accuracy 1 Hz 1 2 7 SCOPE TRIGGER OUTPUT SCOPE...

Page 349: ...owing the rising edge of received interrogation pulse P1 Accuracy 0 5 s typical 1 3 ENVIRONMENTAL 1 3 1 FULL SPECIFIED PERFORMANCE 23 C 5 C Full specification performance requires a 1 hour warm up from cold start 1 3 2 OPERATING 0 C to 40 C 1 3 3 STORAGE 0 C to 71 C 1 3 4 RELATIVE HUMIDITY 0 to 95 non condensing 1 3 5 DEGREE OF PROTECTION IPX 0 1 3 6 PHYSICAL Overall Dimensions 10 5 in H x 19 in W...

Page 350: ...e for details Page 13 1 5 COMPLIANCE STANDARDS The ATC 5000NG has been evaluated and meets the requirements of the following 1 5 1 DIRECTIVES Applicable requirements of the following directives EMC Directive 2014 30 EU CE Marking Low Voltage Directive 2014 35 EU 1 5 2 EMC COMPLIANCE EN 61326 1 2013 MIL PRF 28800F Class 3 Device Specifications 1 5 3 SAFETY STANDARDS UL EN 61010 1 2010 3rd Edition ...

Page 351: ...rformance Specifications Compliance Standards Safety Standards 1 3 1 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 14 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 352: ...Customer Service Department VIAVI Solutions Customer Service Department 10200 West York Street Wichita KS 67215 Telephone 800 835 2350 Fax 316 529 5330 email AvComm Service viavisolutions com 1 1 2 TAGGING TEST SETS All Test Sets must be tagged with Identification and address of owner Nature of service or repair required Model Number Serial Number 1 1 3 SHIPPING CONTAINERS Test Sets must be repack...

Page 353: ... floor of the shipping container Carefully wrap the Test Set with polyethylene sheeting Place the Test Set into the shipping container making sure the Test Set is securely seated in the bottom packing mold Place the top packing mold over the top of the Test Set and press down until the top packing mold rests solidly on the Test Set Close the shipping container lids and seal with shipping tape or a...

Page 354: ...ort Control See Cover Page for details Page 1 Section 5 Storage 1 STORING TEST SET Perform the following storage precautions whenever the Test Set is stored for extended periods of time more than six months Disconnect the Test Set from any electrical power source Store the Test Set and other accessories together ...

Page 355: ...Storage Storing Test Set 1 5 1 ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 2 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 356: ...TC 5000NG Front Panel Connectors Table A 1 1 Front Panel I O Connectors CONNECTOR TYPE INPUT OUTPUT LAN RJ45 INPUT OUTPUT Refer to Appendix A Table 6 for LAN Connector description RF I O TOP D Type INPUT OUTPUT RF I O BOTTOM D Type INPUT OUTPUT SCOPE BNC INPUT OUTPUT SUPP BNC INPUT OUTPUT USB A USB 2 0 Type A INPUT OUTPUT Refer to Appendix A Table 7 for USB A Connector description USB B USB 2 0 Ty...

Page 357: ...R TYPE INPUT OUTPUT EXTERNAL PULSE MODULATION BNC INPUT OUTPUT SA BOTTOM SMA INPUT OUTPUT SA TOP SMA OUTPUT SCOPE BNC INPUT OUTPUT SUPP BNC INPUT OUTPUT ATE LINE D SUB 37 Pin INPUT OUTPUT Refer to Appendix A Table 4 for ATE LINE Connector description AUX CONTROL Future Use N A N A GPIB BUS Amphenol Type 57 INPUT OUTPUT Refer to Appendix A Table 5 for GPIB BUS Connector description LAN RJ45 INPUT O...

Page 358: ...nc Output UAT Multi Receiver PPS pulse per second Input Signal for GPS Sync GPS Time Message Input RX UTC time from GPS Trimble TSIP Protocal Message 0x8F 0xAB Unused I O DME ATC Only PPS not used in this Test Mode GPS Time Message Input not used in this Test Mode RNAV Output Planned TEST MODE BNC 4 BNC 5 BNC 6 Transponder Unused I O Unused I O Unused I O UAT Multi Receiver Unused I O Unused I O P...

Page 359: ... NAME PIN NO SIGNAL NAME 1 GND 20 GND 2 GND 21 ATE_SPARE_IN1 3 ATE_SPARE_OUT1 22 ATE_SPARE_IN2 4 ATE_SPARE_OUT2 23 ATE_SPARE_IN3 5 ATE_SPARE_OUT3 24 ATE_SPARE_IN4 6 ATE_SPARE_OUT4 25 ATE_D0 7 ATE_SPARE_OUT5 26 ATE_D1 8 ATE_SPARE_OUT6 27 ATE_D2 9 ATE_SPARE_OUT7 28 ATE_D3 10 ATE_SPARE_IN5 29 ATE_D4 11 ATE_SPARE_IN6 30 ATE_D5 12 ATE_SPARE_IN7 31 ATE_D6 13 ARINC_429_INA 32 ATE_D7 14 ARINC_429_INB 33 A...

Page 360: ...port Control See Cover Page for details Page 5 A 1 2 GPIB BUS CONNECTOR PIN OUT Figure A 1 4 GPIB BUS Connector Pin Out Diagram Table A 1 5 GPIB BUS Connector Pin Out Table PIN NO SIGNAL NAME 1 D101 2 D102 3 D103 4 D104 5 EOI 6 DAV 7 NRFD 8 NDAC 9 IFC 10 SRQ 11 ATN 12 SHIELD 13 D105 14 D106 15 D107 16 D108 17 REN 18 GND 19 GND ...

Page 361: ...etails February 2020 A 1 3 LAN CONNECTOR PIN OUT 20 GND 21 GND 22 GND 23 GND 24 GND Figure A 1 5 LAN Connector Pin Out Diagram Table A 1 6 LAN Connector Pin Out Table PIN NO SIGNAL NAME 1 TX 2 TX 3 RX 4 NOT USED 5 NOT USED 6 RX 7 NOT USED 8 NOT USED Table A 1 5 GPIB BUS Connector Pin Out Table PIN NO SIGNAL NAME 1 8 ...

Page 362: ...age for details Page 7 A 1 4 USB A CONNECTOR PIN OUT A 1 5 USB B CONNECTOR PIN OUT Figure A 1 6 USB A Connector Pin Out Diagram Table A 1 7 USB A Connector Pin Out Table PIN NO SIGNAL NAME 1 VCC 2 DATA 3 DATA 4 GND Figure A 1 7 USB B Connector Pin Out Diagram Table A 1 8 USB B Connector Pin Out Table PIN NO SIGNAL NAME 1 VBUS 5 V 2 DATA 3 DATA 4 GND ...

Page 363: ...Appendix A ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 8 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 364: ...t sec 3 281 feet meters 0 3048 m sec km hr 3 6 ft sec km hr 1 097 m sec miles hr 2 237 ft sec knots 0 5921 miles feet 5280 ft sec miles hr 0 6818 miles km 1 609 ft sec2 cm sec2 30 48 miles meters 1609 ft sec2 m sec2 0 3048 miles nmi 0 8684 grams ounces 0 03527 miles hr ft sec 1 467 inches cm 2 54 miles hr km hr 1 609 kg pounds 2 205 miles hr knots 0 8684 kg cm2 psi 0 0703 nmi feet 6080 27 km feet ...

Page 365: ...Appendix B ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 2 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 366: ...ters COMM Communication cont Continued CSV Comma Separated Values CW Continuous Waveform cw Clockwise D dB Decibel dBc Decibels below Carrier dBm Decibels above one Milliwatt DC Direct Current DDM Double Depth Modulation deg Degrees DF Downlink Format DEL Delete DEV Deviation DHCP Dynamic Host Configuration Protocol DIAGS Diagnostics Dir Directional DF Direction Finding DR Downlink Request DSP Dig...

Page 367: ...W Millivolt N O N A Not Applicable NAV Navigation nmi Nautical Miles ns nsecs Nanosecond 10 9 Seconds OEM Original Equipment Manufacturer OUT Output P para Paragraph PARAM Parameter ppm Parts per Million PREV Previous psi Pounds per Square Inch PWR Power R RAM Random Access Memory RES Resolution RF Radio Frequency RI Runway Incursion RL Reply Length RMS Root Mean Square ROM Read Only Memory Rx RX ...

Page 368: ...tra High Frequency USB Universal Serial Bus UM Utility Message UTC Universal Time Coordinate UUT Unit Under Test V V Volt VAC Volts Alternating Current VAR Variable Vdc Volts Direct Current VHF Very High Frequency VOR Very High Frequency Omni Directional Radio Range Vrms Volts Root Mean Square VSWR Voltage Standing Wave Ratio W W Watt WS Whisper Shout W XPDR Transponder A Microamps s secs Microsec...

Page 369: ...Appendix C Abbreviations Appendix C ATC 5000NG ATC DME Test Set Operation Manual Rev L0 Page 4 Subject to Export Control See Cover Page for details February 2020 This page intentionally left blank ...

Page 370: ...rted Not Supported Comments ATC 5000NG Equivalent or Similar Instrument Commands INSTrument ATCRBS Supported ATC5000 SCENARIO TYPE XPDR ATC5000 XPDR TYPE 0 ATC5000 XPDR MODE INSTrument MODES Supported ATC5000 SCENARIO TYPE XPDR ATC5000 XPDR TYPE 2 INSTrument DATALINK Not Supported None INSTrument DME Supported None INSTrument IFF Not Supported None INSTrument TACAN Not Supported None INSTrument DA...

Page 371: ...COUNT Supported ATC5000 XPDR ITABLE BURST COUNT MODES BURST GAP Supported ATC5000 XPDR ITABLE BURST GAP MODES BURST Supported Formatting Differences None MODES DOUBle SPACing Supported ATC5000 XPDR DBL P1TOP1 MODES DOUBle SPACing Supported Formatting Differences None MODES INTERLace RATIO Supported ATC5000 XPDR DBL IRATIO MODES INTERLace RATIO Supported None MODES DIVersity Supported ATC5000 XPDR ...

Page 372: ...er Not Supported None MODES EXTSQUITter Supported None Datalink Commands DATALINK TABLE Not Supported None DATALINK TABLE STATE Not Supported None DATALINK TABLE TYPE Not Supported None DATALINK TABLE DATA Not Supported None DATALINK TABLE ADDRess Not Supported None DATALINK TABLE DELAY Not Supported None DATALINK TABLE STYLE Not Supported None DATALINK TABLE Not Supported None DATALINK SYNC Not S...

Page 373: ...E VAR AMPlitude Supported Use short form of the command ATC5000 XPDR PULSE PULSE VAR POSition Supported Use short form of the command ATC5000 XPDR PULSE PULSE VAR WIDth Supported Use short form of the command ATC5000 XPDR PULSE PULSE VAR Supported Use short form of the command None PULSE INTERFerence AMPlitude Supported ATC5000 XPDR INTERFERENCE AMPLITUDE PULSE INTERFerence WIDth Supported ATC5000...

Page 374: ...ENx SIGNAL ATC5000 SETTINGS GENx MODE GEN POWER BOTtom Supported ATC5000 XPDR ITABLE table entry ANTENNA POWER ATC5000 XPDR ANTENNA POWER GEN POWER TOP OFFset Supported ATC5000 XPDR POWER GEN POWER Supported When control is set to CW the top and bottom powers are returned in reverse order None GEN PRF Supported Cannot set PRF value to 0 ATC5000 XPDR PRF GEN PRF Supported None GEN TRIGger Supported...

Page 375: ...ent Commands MEASure TABLE Support Planned ATC5000 XPDR ITABLE SYNC MEASure PULSE Supported Cannot select pulses SPI X S1 S112 ATC5000 MEASURE SETTINGS PULSE MEASure PULSE Supported None MEASure FREQuency Supported Formatting Differences ATC5000 MEASURE FREQUENCY MEASure POWER Supported Formatting Differences None MEASure POWERDBM Supported Formatting Differences ATC5000 MEASURE PULSE POWER MEASur...

Page 376: ...g Differences None MEASure ALTitude Supported ATC5000 XPDR AREPLY MEASure DMEPRF Not Supported ATC5000 DME PRF MEASure RANGE Not Supported None MEASure IFFPULSE Not Supported None MEASure IFFPULSE Not Supported None MEASure PRF Not Supported None MEASure STABility Not Supported None MEASure RXCONF Not Supported None MEASure SQUITter AIRPOS DATA Support Planned None MEASure SQUITter AIRPOS INTerval...

Page 377: ... Differences None MEASure MAXJITTER Supported Formatting Differences None MEASure MINWIDTH Supported Formatting Differences None MEASure MAXWIDTH Supported Formatting Differences None MEASure MINSPACing Supported Formatting Differences None MEASure MAXSPACing Supported Formatting Differences None MEASure MINFREQuency Supported Formatting Differences None MEASure MAXFREQuency Supported Formatting D...

Page 378: ...ted ATC5000 DME IDENT CODE DME IDENT DOT Supported ATC5000 DME IDENT DOT DME IDENT DASH Support Planned ATC5000 DME IDENT DASH DME IDENT SPACE Supported ATC5000 DME IDENT SPACE DME IDENT CHARacter Supported ATC5000 DME IDENT CHARACTER DME IDENT RATE Supported ATC5000 DME IDENT RATE DME IDENT Supported Formatting Differences None DME WINDow Not Supported None DME WINDow Not Supported None DME ECHO ...

Page 379: ...ME 568 STATus Not Supported None DME WIDth Supported Use long form of the command ATC5000 DME WIDTH DME WIDth Supported Formatting Differences None DME CHANX Support Planned ATC5000 DME CHANNEL MODE DME CHANY Support Planned ATC5000 DME CHANNEL MODE DME CHANX Support Planned None DME CHANY Support Planned None SDX Command Supported Not Supported Comments ATC 5000NG Equivalent or Similar ...

Page 380: ...ombined ATC 1400A Supported Comments ATC5000NG Equivalent or Similar Command description Yes ATC ACCESS LCL Set ATC 1400A 2 in Local Mode A Yes ATC DME ACC Set Acceleration 000 to 399 ft sec2 AXn Partial See individual Axn commands below for more details X10 Auxiliary Unit Instructions n 1 to 4 for the 1403 n is expected to be 3 C Yes The ATC 5000NG does not indicate improper F2 spacing For exampl...

Page 381: ...DME EQUAL Enable Equalizer Pulses ES Yes ATC DME ECHO POWER ATC XPDR DBL 1 SLS or ATC XPDR ITABLE 1 SLS or ATC XPDR SLS Set ECHO SLS Pulse Ampli tude E0 Yes ATC DME ECHO Disable ECHO Pulses E1 Yes ATC DME ECHO Enable ECHO Pulses E Yes ATC DME EFF Set DME Reply Eff iciency 0 to 100 F Yes ATC DME CHANNEL ATC XPDR FREQ Set RF Output 962 to 1213 MHz F Yes ATC DME CHANNEL ATC XPDR FREQ Get RF Output 96...

Page 382: ...l In DME with squitter off this command will not set the self interrogation rate as the 1400 does The self interrogation rate is fixed at 100 Hz ATC DME SQUIT ATC XPDR DBL 2 PRF or ATC XPDR ITABLE PRF or ATC XPDR PRF Set XPDR PRF or DME Squitter Rate P0 Yes ATC XPDR STOP Disable XPDR PRF P1 Yes ATC XPDR START Enable XPDR PRF R Yes ATC DME RANGE Set DME Range Delay 0 to 399 NMi R Yes ATC DME RANGE ...

Page 383: ...a negative sync pulse When self interrogate is on a single positive sync pulse is available on Scope 2 ATC DME TRIGGER ATC XPDR SCOPE INTERR Set SYNC to Interrogation TD Partial The command works but you must also set the SCOPE 1 or 2 to SYNC using command ATC SET SCO CH2 25 NOTE The ATC 1400A has a negative sync pulse It also provides a pulse for each reply pulse The 5000 provides a single positi...

Page 384: ...C XD No Set XPDR Mode D XT No Set XPDR Mode T XA1 Yes See double mode Set XPDR Mode AC1 XA2 Yes See double mode Set XPDR Mode AC2 XP Yes ATC XPDR PUL P1W ATC XPDR DBL 1 PUL P1W ATC XPDR ITABLE 1 PUL P1W Set XPDR Pulse Width 0 10 to 1 95 μs in 0 05 μs steps XP0 Yes ATC XPDR PUL P1W ATC XPDR DBL 1 PUL P1W ATC XPDR ITABLE 1 PUL P1W Set XPDR Pulse Width to CAL XP1 Yes ATC XPDR PUL P1W ATC XPDR DBL 1 P...

Page 385: ...ATC XPDR DBL 1 PUL P12S ATC XPDR ITABLE 1 PUL P12S Decrease P2 Pulse Spacing by Value set in XV X XX XV30 Yes ATC XPDR PUL P13S ATC XPDR DBL 1 PUL P13S ATC XPDR ITABLE 1 PUL P13S Set P3 Pulse Spacing to CAL XV3 Yes ATC XPDR PUL P13S ATC XPDR DBL 1 PUL P13S ATC XPDR ITABLE 1 PUL P13S Increase P3 Pulse Spacing by Value set in XV X XX XV3 Yes ATC XPDR PUL P13S ATC XPDR DBL 1 PUL P13S ATC XPDR ITABLE ...

Page 386: ... ANTB Yes AX3 ANTB 0 95 reports invalid arguments and caused GPIB bus to hang Have to press the GPIB reset button to continue AX3 ANTB OFF Yes AX3 ANTB 0 Yes AX3 ANTB 0 reports invalid arguments and caused GPIB bus to hang Have to press the GPIB reset button to continue AX3 ANTB Yes AX3 PPMG Yes AX3 PPMG Yes AX3 PPMG OFF Returned 3 8 Expected 3 OFF AX3 BURST ACS Yes AX3 BURST ACL Yes AX3 BURST ATC...

Page 387: ...3 P6 CAL CAL CAL Yes AX3 P6 Yes AX3 P6 Yes All parameters must be present AX3 SPR ON CAL Yes AX3 SPR Yes AX3 P2 CAL Yes AX3 P2 Yes AX3 P4 VAR Yes AX3 P4 CAL 1 95 TO 1 95 Yes All parameters must be present AX3 P4 CAL 0 20 TO 3 20 Yes All parameters must be present AX3 SEQ Yes AX3 SQn Yes All parameters must be present AX3 SQn Yes AX3 SPR ON Yes SMR 101 No AXN COMMANDS S 1403DL SUPPORTED COMMENTS AT...

Page 388: ...or specified antenna GENERATOR STATE Yes ATC XPDR RF Returns the interrogation signal status for the specified antenna GENERATOR LEVEL OFFSET Yes ATC XPDR ANTENNA POWER ATC XPDR ITABLE 1 POW ATC XPDR DBL 1 POW Sets or returns the RF vernier for the specified antenna GENERATOR LEVEL OFFSET Yes Minimal format differences For example For a set value of 2 9 the unit returns 2 9 as expected For a set v...

Page 389: ...TION BURST Partial Burst count limited to max of 1000 ATC XPDR ITABLE BURST ATC XPDR ITABLE BURST COUNT Starts Burst Sets interrogation type and number INTERROGATION FUNCTION BURST Yes ATC XPDR ITABLE BURST Returns Burst interrogation type and number setting INTERROGATION FUNCTION BURST CONDITION Yes ATC XPDR ITABLE BURST Returns Burst function status INTERROGATION FUNCTION ATCMONITOR Yes ATC XPDR...

Page 390: ...control and position INTERROGATION P6 SPR Yes ATC XPDR PUL P1SPS ATC XPDR DBL 1 PUL P1SPS ATC XPDR ITABLE 1 PUL P1SPS Returns SPR control and position setting REPLY ATCRBS Partial X pulse and Ident are not reported ATC XPDR AREP or ATC XPDR CREP Returns Mode C reply altitude or Mode A reply identification REPLY DELAY FIRST Yes ATC XPDR DREP Returns reply delay for current function REPLY JITTER Yes...

Page 391: ... LOG DL Returns squitter time intervals in seconds and data in selected format SQTR TIME CLEAR Yes Clears squitter time readings SQTR CAPTURE CLEAR Yes Clears all squitter buffer entries SQTR CAPTURE CONDITION No Returns capture buffer status SQTR CAPTURE STATE Yes Sets squitter capture state SQTR CAPTURE STATE Yes Returns squitter capture status SQTR CAPTURE COUNT No Returns number of entries in ...

Page 392: ...for any interrogation If the command state is on the value is set in the scope interrogation offset If the command is off the command is discarded Also there is only one scope interrogation offset ATC XPDR SCOPE INTERR ATC XPDR SCOPE INTERR OFFS ET Sets SCOPE TRIG OUT Connector pulse INTERROGATION SCOPE Yes ATC XPDR SCOPE INTERR ATC XPDR SCOPE INTERR OFFS ET Returns SCOPE TRIG OUT Connector pulse ...

Page 393: ...sequence menus INTERROGATION SMENU GLOBAL ADDRESS Yes Sets global transponder address INTERROGATION SMENU GLOBAL ADDRESS Yes Returns global transponder address setting INTERROGATION SMENU GLOBAL APXOR Yes Sets global XOR mask INTERROGATION SMENU GLOBAL APXOR Yes Returns global XOR mask setting C79 COMMANDS ATC1400A ATCRBS Partial Supports Mode A and C only ATC XPDR MOD Specifies ATCRBS mode ATC140...

Page 394: ...2 deviation setting ATC1400A P3 DEVIATION Yes ATC XPDR PUL P135 ATC XPDR DBL 1 PUL P135 ATC XPDR ITABLE 2 PUL P135 Specifies P3 deviation in μs ATC1400A P3 DEVIATION Yes ATC XPDR PUL P135 ATC XPDR DBL 1 PUL P135 ATC XPDR ITABLE 2 PUL P135 Returns P3 deviation setting C81 COMMANDS SYSTEM COMMUNICATE SERIAL RCI No Enables Disables control through RS 232 Connector SYSTEM COMMUNICATE SERIAL RCI No Ret...

Page 395: ...e handshaking pacing mode SYSTEM COMMUNICATE SERIAL CONTROL RTS No Returns RS 232 hardware handshaking mode setting C83 COMMANDS SYSTEM COMMUNICATE GPIB RCI No Always Enabled Enables remote control through S 1403DL GPIB SYSTEM COMMUNICATE GPIB RCI Yes Returns S 1403DL GPIB remote control status SYSTEM COMMUNICATE GPIB ADDRESS Yes Sets S 1403DL GPIB address SYSTEM COMMUNICATE GPIB ADDRESS Yes Retur...

Page 396: ... actual address instead of USER For example Sent INT SMEN 3 ON S 5 H2A345670123654 USER Then INT SMEN 3 N Received 1 N 5 H2971211 H123456 Expected 1 S 5 H2971211 USER Sent INT SMEN 3 A Received 1 A H2A971211123456 Expected 1 A H2A971211000000 ATC XPDR UF ATC XPDR DBL 2 UF ATC XPDR ITABLE 1 UF Returns specific sequence menu interrogation data settings INTERROGATION SMENU BITS Partial Sent INTerroga...

Page 397: ...table sync is not set by default so you must set the sync by sending command ATC XPDR ITABLE SYNC smenu_index 1 Returns selected sequence menu reply data T23 COMMANDS TEST MTL ANTENNA No TEST MTL ANTENNA No TEST MTL START No TEST MTL TIME No TEST MTL No TEST MTL LEVEL No T31 COMMANDS TEST ELM SETUP RESERVATION DELAY No TEST ELM SETUP RESERVATION DELAY No TEST ELM SETUP CLOSEOUT DELAY No TEST ELM S...

Page 398: ...Y NAME No MEMORY CLEAR No MEMORY CLEAR ALL No MENU DISPLAY COMMANDS DISPLAY CMENU No DISPLAY CURRENT No DISPLAY SMENU No DISPLAY TMENU No OLD STYLE COMMANDS VER No NEWPB No MLDECL No Returns MLD option status SCPI Yes Switches to new SCPI command interpreter S1403C Yes Switches to old style command interpreter ATC Yes ATC XPDR TYPE 0 ATC XPDR MOD 0 Enables ATC function SEQ Partial Will not turn of...

Page 399: ...nier level dB RFLV Yes ATC XPDR POW ATC XPDR ITABLE 1 POW Returns ANT A RF vernier level dB P4 Yes ATC XPDR PUL P145 ATC XPDR DBL 1 PUL P145 ATC XPDR ITABLE 1 PUL P145 Sets P4 ACS ACL pulse level control width and position P4 Yes ATC XPDR PUL P145 ATC XPDR DBL 1 PUL P145 ATC XPDR ITABLE 1 PUL P145 Returns status of P4 pulse P6 Partial The pulse width range is limited to 0 5 and 1 45 ATC XPDR PUL P...

Page 400: ... ANT B APER Yes ATC XPDR PREP Returns UUT ANT A ATCRBS reply SPER Yes ATC XPDR PREP Returns UUT ANT A Mode S reply BPER Yes ATC XPDR PREP Returns UUT ANT B reply ANTB No The bottom channel is always enabled See equivalent commands ATC XPDR ANT TIM ATC XPDR ITABLE 1 ANT TIM Activates ANT B μs from ANT A P1 ANTB Yes ATC XPDR ANT TIM ATC XPDR ITABLE 1 ANT TIM Returns ANT B status SQADD Yes ATC RCV LO...

Page 401: ...urns Sequence Menu 1 to 16 status DFSQ nn Partial The 1403 and 5000 do not return the same number of characters For example The 1403 returns 3 S 0 41441 26455132 The 5000 returns 3 S 0 000041441 26455132 ATC RCV LOG DL Returns DF data for Sequence Menu 0 to 999 DFSQT nn Partial Does not report the short long indication correctly For example DFSQT2 Returns 3 S Expected 3 L ATC RCV LOG DL Returns DF...

Page 402: ...Manual Appendix D February 2020 Subject to Export Control See Cover Page for details Page 33 ERRM No Returns error status MTL No Starts MTL test STATMTL No Returns MTL test status MTL No Returns UUT MTL dBm S 1403DL COMMAND SUPPORTED COMMENTS ATC5000NG EQUIVALENT OR SIMILAR COMMAND DESCRIPTION ...

Page 403: ...Appendix D ATC 5000NG Compatibility Command Set Rev L0 ATC 5000NG ATC DME Test Set Operation Manual Appendix D February 2020 Subject to Export Control See Cover Page for details Page 34 ...

Page 404: ... Solutions North America 1 844 GO VIAVI 1 844 468 4284 Latin America 52 55 5543 6644 EMEA 49 7121 862273 APAC 1 512 201 6534 All Other Regions viavisolutions com contacts 139188 Rev L0 February 2020 English ...

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