LANGER EMV-Technik P1401, User Manual

Page 1: ...anual P1400 P1500 Final docx User Manual P1401 P1501 set RF field coupling up to 1 GHz P1402 P1502 set RF field coupling up to 3 GHz Translation of the original user manual Copyright Juni 2014 LANGER...

Page 2: ...10 and D70 h03 spacer rings 11 2 5 FKE 30 field chamber insert 11 2 6 EPM 02 and BPM 02 field meter 12 2 7 Orientation of the field sources 13 2 8 3 Start up and measurement 14 Measuring devices 14 3...

Page 3: ...via a filtered power supply Attention Functional interference emissions near fields and far fields may occur when the field sources from the P1401 P1501 set or P1402 P1502 set are operated The user i...

Page 4: ...om outside The test IC may be destroyed due to an increase in the injection intensity if the faults are not visible from outside Take the following precautions if necessary monitoring representative s...

Page 5: ...unity to disturbances Figure 1 shows the basic set up for immunity measurements with the P1501 field source as an example The P1401 P1501 or P1402 P1502 IC test system the ICE11 IC test environment as...

Page 6: ...hnik GmbH GND 25 ground plane GNDA 02 ground adapter CB 0708 connection board OA 4005 oscilloscope adapter Measuring and test devices Directional coupler RF power amplifier Signal generator PC Oscillo...

Page 7: ...p The power input is marked RFin and the measurement output is marked iout Figure 2 P1401 field source with 4 cm long electric conductor Figure 3 P1402 field source with 3 cm long electric conductor O...

Page 8: ...form a field chamber This field chamber limits and shields the generated magnetic field The FKE 30 field chamber insert has to be used in connection with the P1402 field source Figure 5 FKE 30 field c...

Page 9: ...d Figure 7 show the P1501 and P1502 field source which generate an electric test field Both field sources have two plug connectors an RF power input N type to power the field source and a measurement...

Page 10: ...8 shows the basic measurement principle The field source the spacer ring and the ground surface with the test board form a field chamber This field chamber limits and shields the generated electric f...

Page 11: ...C test systems The spacer rings have an inner diameter d 70 mm and a height h 10 mm or h 3 mm The spacer rings are used to position the field sources on the ground surface above the test IC The height...

Page 12: ...ld meter has to be inserted in the GND 25 ground plane using the GNDA 02 ground adapter To calculate the magnetic flux density and the electric field strength based on the voltage uout measured at the...

Page 13: ...the measurement set up Magnetic field The magnetic field is oriented in a plane parallel to the ground surface in the area of the test IC cf Figure 14 Turning the field source on the spacer ring allow...

Page 14: ...pler optional to measure the forward and reverse power Spectrum analyzer optional to monitor the signal at the measurement output of the field source Oscilloscope to monitor the functions and or signa...

Page 15: ...ith the IC is installed in the measurement set up for this purpose As an alternative the voltage can also be recorded at the measurement output of the field source during calibration The recorded volt...

Page 16: ...lease refer to the user manual of the ICE1 test environment on how to use the connection board Use the spacer ring to position and align the respective field source above the test IC when measuring th...

Page 17: ...itz mail langer emv de www langer emv com P1401 P1501 and P1402 P1502 set Measurement 3 5 The basic measurement can be carried out in accordance with IEC 62132 2 2010 for example Table 4 Flow chart sh...

Page 18: ...or defective manufacture during the statutory warranty period either by repair or replacement This warranty is only granted on condition that the information and instructions in the user manual have b...

Page 19: ...P1401 P1501 measurement output 50 Table 5 1401 and P1501 field sources General parameters P1401 field source Magnetic flux density B vor in W 0 1 0 5 1 5 10 20 50 100 P in A 0 1 0 2 0 3 0 6 0 9 1 3 2...

Page 20: ...eight h 3 mm E in V cm 14 9 33 3 47 1 105 4 149 1 210 8 333 3 471 4 D70 h10 spacer ring height h 10 mm E in V cm 4 5 10 14 1 31 6 44 7 63 2 100 141 4 Table 8 P1501 field source Electric field strength...

Page 21: ...asurement output 50 Table 10 P1402 and P1502 field sources General parameters P1402 field source Magnetic flux density B vor in W 0 1 0 5 1 5 10 20 50 100 P in A 0 06 0 14 0 20 0 45 0 63 0 89 1 41 2 0...

Page 22: ...mm E in V cm 10 5 23 6 33 3 74 5 105 149 236 333 D70 h10 spacer height h 10 mm E in V cm 3 2 7 1 10 22 3 31 6 44 7 70 7 100 Table 13 P1501 field source Electric field strength generated depending on...

Page 23: ...ange 500 kHz 3 GHz Magnetic flux density B calculated based on the voltage uout at the measurement output B K uout K 122 dB T V s B 1 B B B 20 log10 EPM 02 dE dt field meter Frequency range 500 kHz 3...

Page 24: ...gnetic Field Source P1401 1 2 RF E Field Source P1501 1 3 Spacer Ring 3 mm D70 h03 1 4 Spacer Ring 10 mm D70 h10 1 5 Measuring Cable SMA SMB 1 m 1 6 dB dt Field Meter BPM 02 1 7 dE dt Field Meter EPM...

Page 25: ...30 1 9 System Case 1 10 Quick Guide 1 11 User Manual 1 12 CD with conversion factors 1 Figure 18 Case of P1402 P1502 set 9 The scope of delivery may differ depending on the respective order This docum...