NARDA PMM AS02, User Manual

Page 1: ...find the Serial Number near the RF connector on both antennas Serial Number is in the form 0000X00000 The first four digits and the letter are the Serial Number prefix the last five digits are the Ser...

Page 2: ...ent must be disposed of in accordance with local regulations This product conforms to the WEEE Directive of the European Union 2002 96 EC and belongs to Category 9 Monitoring and Control Instruments Y...

Page 3: ...1 15 LP 03 Main Specifications 1 25 1 16 LP 04 Main Specifications 1 27 1 17 DR 01 Main Specifications 1 29 1 18 TR 01 Main Specifications 1 31 1 19 RF Cable 5m Main Specifications 1 32 2 Mounting Ins...

Page 4: ...27 1 25 Typical LP 04 VSWR 1 28 1 26 Typical DR 01Antenna Factor 1 29 1 27 Typical DR 01VSWR 1 30 1 28 1 29 1 30 Mounting head with center column Adjustable joint Typical RF Cable 5 insertion loss 1...

Page 5: ...d the AS 05 AS 06 AS 08 from 30 MHz to 18 GHz Common applications include measurements to EN 55022 emission and CEI IEC 61000 4 3 immunity testing specifications The PMM AS 02 is composed of a PMM BC...

Page 6: ...PMM AS 02 30 MHz 3 GHz The PMM AS 02 Antenna Set includes the following standard accessories BC 01 Bi Conical Dipole Antenna LP 02 Log Periodic Dipole Array TR 01 Wooden tripod with extension and adj...

Page 7: ...na LP 02 Log Periodic Dipole Array LP 03 Log Periodic Dipole Array TR 01 Wooden tripod with extension and adjustable joint RF Cable 5 RF cable 5m long N f N f adapter CC 01 Soft Carrying case CC 03 So...

Page 8: ...dard accessories BC 01 Bi Conical Dipole Antenna LP 04 Log Periodic Dipole Array CC 01 Soft Carrying case TR 01 Wooden tripod with extension and adjustable joint RF Cable 5 RF cable 5m long Antennas C...

Page 9: ...P 04 Log Periodic Dipole Array DR 01 Double Ridged Horn Antenna TR 01 Wooden tripod with extension and adjustable joint Antenna Support kit for DR 01 CC 01 Soft Carrying case 170 30N Rigid Carrying ca...

Page 10: ...dic Dipole Array DR 01 Double Ridged Horn Antenna TR 01 Wooden tripod with extension and adjustable joint Support for LP 03 Antenna Support kit for DR 01 CC 01 Soft Carrying case CC 03 Soft Carrying c...

Page 11: ...includes the following standard accessories BL 01 Bi Conical Log Periodic Antenna CC 02 Soft Carrying case TR 01 Wooden tripod with extension and adjustable joint RF Cable 5 RF cable 5m long BL 01 Ca...

Page 12: ...Periodic Antenna DR 01 Double Ridged Horn Antenna TR 01 Wooden tripod with extension and adjustable joint Antenna Support kit for DR 01 CC 02 Soft Carrying case 170 30N Rigid Carrying case for DR 01...

Page 13: ...alibration LP 03 FTC Log Periodic Dipole Array female adapter typ calibration LP 04 Log Periodic Dipole Array LP 04 TC Log Periodic Dipole Array typical calibration DR 01 Double Ridged Horn Antenna PM...

Page 14: ...using the compact size and broadband frequency range characteristics of the PMM AS 02 AS 03 AS 04 AS 05 and AS 06 kit Fig 1 8 PMM BC 01 The PMM BC 01 can be ordered separately and in this case include...

Page 15: ...accessory AMK 02 On the PMM AS 07 kit is available the BL 01 antenna with TR 01 set and RF cable 5m Fig 1 9 PMM BL 01 On the PMM AS 08 kit is also available a double ridged horn antenna for measureme...

Page 16: ...antenna factor which varies linearly with frequency in the range 200 MHz to 3 GHz Fig 1 10 PMM LP 02 The PMM LP 02 can be ordered separately and in this case includes CC 01 Soft carrying case Calibra...

Page 17: ...inted the holding pipe is made of stainless steel the antenna is composed by a total of 28 elements The LP 03 combines small size with high manufacturing and calibration standards making it perfectly...

Page 18: ...n antenna factor which varies linearly with frequency in the range 200 MHz to 6 GHz Fig 1 12 PMM LP 04 The PMM LP 04 can be ordered separately and in this case includes CC 01 Soft carrying case Calibr...

Page 19: ...le for portable applications and in anechoic chambers Each unit is individually calibrated before shipment the test data are supplied with the antenna Fig 1 13 PMM DR 01 The supplied tripod PMM TR 01...

Page 20: ...1 PMM BC 01 Bi Conical Dipole Specifications Electrical characteristics Performance Limits Frequency range 30 to 200 MHz Impedance 50 nominal Gain 15 2 dBi typical Antenna Factor 8 to 14 dB m typical...

Page 21: ...Polarisation 3 0 m Horizontal Receiving Antenna Height 1 4 m Transmitting Antenna Height 1 m Fig 1 14 Typical BC 01 antenna factor 3 m Typical antenna factor 3 m 0 2 4 6 8 10 12 14 16 18 20 30 40 50...

Page 22: ...Polarisation 10 0 m Horizontal Receiving Antenna Height 1 4 m Transmitting Antenna Height 1 m Fig 1 15 Typical BC 01 antenna factor 10 m Typical antenna factor 10 m 0 2 4 6 8 10 12 14 16 18 20 30 40 5...

Page 23: ...Limits Frequency range 30 MHz to 6 GHz Impedance 50 nominal Gain 9 to 5 dBi typical Antenna factor 8 to 45 dB m typical VSWR 30 MHz 60 to 120 MHz 120 to 170 MHz 170 MHz to 6 GHz 16 1 typical 4 1 typi...

Page 24: ...1 20 General information Fig 1 17 Typical BL 01 VSWR...

Page 25: ...Dipole Array Specifications Electrical characteristics Performance Limits Frequency range 200 MHz 3 GHz Impedance 50 nominal Gain 6 dBi typical Antenna Factor 13 to 36 dB m typical VSWR 2 1 1 2 1 typ...

Page 26: ...tor Calibration Distance Polarisation 3 0 m Horizontal Receiving Antenna Height 1 4 m Transmitting Antenna Height 1 m Fig 1 18 Typical LP 02 antenna factor 3 m Typical antenna factor 3 m 0 5 10 15 20...

Page 27: ...General information 1 23 Fig 1 19 Typical LP 02 antenna factor 10 m Typical antenna factor 10 m 0 5 10 15 20 25 30 35 40 45 50 100 1000 10000 Freq MHz dB 1 m...

Page 28: ...1 24 General information Fig 1 20 Typical LP 02 VSWR...

Page 29: ...pical Construction Aluminium Max input power 75 W Connector Type N male LP 03 Type N female LP 03 F Dimensions L x H x W 32 5 x 8 1 x 18 7 cm Weight 0 25 kg Colour RAL 7035 LP 03 Antenna Factor 20 0 2...

Page 30: ...1400 1500 1600 1700 1800 1900 2000 2100 2200 2300 2400 2500 2600 2700 2800 2900 3000 3100 3200 3300 3400 3500 3600 3700 3800 3900 4000 4100 4200 4300 4400 4500 4600 4700 4800 4900 5000 5100 5200 5300...

Page 31: ...Array Specifications Electrical characteristics Performance Limits Frequency range 200 MHz 6 GHz Impedance 50 nominal Gain 6 dBi typical Antenna Factor 12 to 40 dB m typical VSWR 1 8 1 typical Constru...

Page 32: ...1 28 General information Fig 1 25 Typical LP 04 VSWR...

Page 33: ...Specifications Electrical characteristics Performance Limits Frequency range 6 to 18 GHz Impedance 50 nominal Gain 9 to 16 dBi Antenna Factor 36 to 41 dB m VSWR 2 1 1 8 1 typical Beam width 3dB 12 GHz...

Page 34: ...1 30 General information Fig 1 27 Typical DR 01 VSWR...

Page 35: ...1 29 Adjustable joint It is possible to adjust legs spread at tree different angles the adjustment is made rotating the knurled locking adjuster by selecting the corresponding marker on the knurled l...

Page 36: ...the TR 01 Antenna performance specifications TABLE 1 8 PMM RF Cable 5 5 m long RF cable Specifications Electrical characteristics Performance Limits Connectors Max Power input N Male 300 W up to 200 M...

Page 37: ...nstructed of lightweight corrosion resistant aluminum or stainless steel providing years of indoor and outdoor service 2 4 Return for service If the Antenna Set should be returned to NARDA for service...

Page 38: ...tening of the BICONICAL Antenna the radiating elements are all of equal length Unscrew the knob without to loose it completely Insert the tripod joint on the adjustable joint Change the antenna polari...

Page 39: ...ion 2 3 2 7 PMM BL 01 Bi conical Log Periodic Dipole Array Unpacking the BL 01 antenna from the CC 02 Soft Carrying case Assembly the BL 01 antenna starting from two shorter cylindrical dipole 299mm l...

Page 40: ...2 4 Mounting Instruction Assembly the 366mm length cylindrical dipole to the boom Screw the two longer cylindrical dipole 449 5mm length to the boom...

Page 41: ...Mounting Instruction 2 5 Assembly the two triangle dipole to the boom unscrewing the knob from the threaded insert...

Page 42: ...2 6 Mounting Instruction Insert the triangle dipole on the threaded insert position and rotate the dipole in order to the two metallic plugs and fix it into the boom by the knob...

Page 43: ...Mounting Instruction 2 7 Fig 2 2 PMM BL 01 with TR 01 For further information on configuration and operation with PMM 9060 please refer to the operation manual supplied with it...

Page 44: ...Start screwing the shortest couple on the front side of the antenna going on installing growing length elements on the connector side Unscrew the knob without to loose it completely Insert the tripod...

Page 45: ...applications and in anechoic chambers The booms and the elements are made of aluminium Alodyne coated and painted the holding pipe is made of stainless steel the antenna is composed by a total of 28...

Page 46: ...od joint on the adjustable joint Change the antenna polarization from horizontal to vertical or vice versa and tighten the knob completely Fig 2 4 PMM LP 03 with TR01 For further information on config...

Page 47: ...r 2 x 3 elements are removable Start screwing the longest couple on the connector side of the antenna going on installing the shorter length elements Unscrew the knob without losing it completely Inse...

Page 48: ...2 12 Mounting Instruction This page has been left blank intentionally...

Page 49: ...enna is the Antenna Factor this value is provided in dB m by the manufacturer 3 1 2 The interconnecting cable The cable connects the antenna to the preamplifier or meter receiver input There is a loss...

Page 50: ...calculation of the measured E field signal level is given by where m V dB E Corresponding Electric field V dB S Measured signal strength dB C1 Preamplifier interconnecting cable dB PA Preamplifier ga...

Page 51: ...ow the setting of the field strength to within 1 of the desired level and must provide a sine wave 80 AM modulation at 1 kHz 3 2 2 The power amplifier The power amplifier is used to increase the test...

Page 52: ...ctor at 3 m 5 41 1 log 20 3 10 m dB AF f m MHz The variables and terms in the above expression are used for calibration test setup only They demonstrate how the instrumentation and facility factors co...

Page 53: ...ation For this kind of test the antenna must be used according to the following test setup the receiver must have a good selectivity performance and must be tunable on the frequency or frequencies und...

Page 54: ...3 6 Radiated Emission and Immunity testing This page has been left blank intentionally...

Page 55: ...n you would like to submit to the attention of our service organization is kept in great consideration Moreover we are continuously improving our quality but we know this is a never ending process We...

Page 56: ...Suggerimenti Commenti Note Suggestions Comments Note...