TEST REPORT. IEC Edition 2

Transcription

1 Königswinkel Blomberg Germany Phone Fax TEST REPORT on IEC Edition 2 Maritime navigation and radiocommunication equipment and systems Class B shipborne equipment of the automatic identification system (IS) Part 1: Carrier sense time division multiple access (CSTDM) techniques Test Report Reference: F130840E1 Equipment under Test: CMINO-108 / CMINO-108W Serial Number: - pplicant: lltek Marine Electronics Corp. Manufacturer: lltek Marine Electronics Corp.

2 1 IDENTIFICTION PPLICNT MNUFCTURER DTES TEST LBORTORY RESERVTION REFERENCES TECHNICL DT OF EQUIPMENT DDITIONL INFORMTION TEST OVERVIEW TRNSMITTER REQUIREMENTS FREQUENCY ERROR SUBCLUSE CRRIER POWER (CONDUCTED) SUBCLUSE MODULTION SPECTRUM SUBCLUSE TRNSMITTER TEST SEQUENCE ND MODULTION CCURCY SUBCLUSE TRNSMITTER OUTPUT POWER VERSUS TIME FUNCTION SUBCLUSE RECEIVER REQUIREMENTS TDM-RECEIVER SENSITIVITY SUBCLUSE ERROR BEHVIOUR T HIGH INPUT LEVELS SUBCLUSE CO-CHNNEL REJECTION SUBCLUSE DJCENT CHNNEL SELECTIVITY SUBCLUSE SPURIOUS RESPONSE REJECTION SUBCLUSE INTERMODULTION RESPONSE REJECTION SUBCLUSE BLOCKING OR DESENSITISTION SUBCLUSE SPURIOUS EMISSIONS FROM THE RECEIVER SUBCLUSE SPURIOUS EMISSIONS FROM THE TRNSMITTER SUBCLUSE MXIMUM SENSITIVITY SUBCLUSE C ERROR BEHVIOUR T HIGH INPUT LEVELS SUBCLUSE C CO-CHNNEL REJECTION SUBCLUSE C DJCENT CHNNEL SENSITIVITY SUBCLUSE C SPURIOUS RESPONSE REJECTION SUBCLUSE C INTERMODULTION RESPONSE REJECTION SUBCLUSE C BLOCKING OR DESENSITISTION SUBCLUSE C TEST EQUIPMENT LIST OF NNEXES Examiner: Raimund BLSK Date of issue: 10 September 2013 page 2 of 43

3 1 IDENTIFICTION 1.1 PPLICNT Name: lltek Marine Electronics Corp. ddress: 7F, No. 605, Ruei Guang Rd., Neihu Taipei Country: Taiwan Name for contact purposes: Mr. Leslie Yang Tel: Fax: address: 1.2 MNUFCTURER Name: lltek Marine Electronics Corp. ddress: 7F, No. 605, Ruei Guang Rd., Neihu Taipei Country: Taiwan Name for contact purposes: Mr. Leslie Yang Tel: Fax: address: 1.3 DTES Date of Receipt of Test Sample: 28 February 2013 Start of test: 28 February 2013 Finish of test: 23 ugust 2013 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 3 of 43

4 1.4 TEST LBORTORY The tests were carried out at: PHOENIX TESTLB GmbH Königswinkel 10 D Blomberg Tel: +49 (0) / Germany Fax: +49 (0) / RESERVTION This test report is only valid in the original form. ny reproduction of it s contents without written permission of the accredited test laboratory PHOENIX TEST-LB GmbH is prohibited. The test results herein refer only to the tested sample. PHOENIX TESTLB GmbH is not responsible for any generalisations or conclusions draw from these test results and concerning further samples. ny modification of the tested samples is prohibited and leads to the invalidity of this test report. Each page contains the PHOENIX TESTLB Logo and the TEST REPORT REFERENCE. 1.6 REFERENCES [1] IEC Edition 2 Maritime navigation and radiocommunication equipment and systems Class B shipborne equipment of the automatic identification system (IS) Part 1: Carrier sense time division multiple access (CSTDM) techniques Examiner: Raimund BLSK Date of issue: 10 September 2013 page 4 of 43

5 2 TECHNICL DT OF EQUIPMENT Type: Type designation: IS Class B Transponder CMINO-108 / CMINO-108W (where W is the option for Wi-Fi -Version as declared by the applicant) Serial No.: - lignment range: Switching range: Channel separation: Rated RF output power: to MHz to MHz 25 khz 2 W / 33 dbm Supply Voltage : U nom = 12.0 V DC U min = 9.6 V DC U max = 31.2 V DC Printed circuit designation: Software: M-PCB-B108MBV1 V1.2.6 Ports/Connectors Identification Connector Length EUT ncillary DC-power-supply DC-Plug none 1 m GPS-antenna TNC - 3 m VHF-antenna SO-239 N-Connector 3 m NME PIN-Connector D-Sub 3 m USB Mini-USB USB 1 m Test Report History: Test Report Number: Date of issue: Report Status: F130840E1 10 September 2013 First issue Examiner: Raimund BLSK Date of issue: 10 September 2013 page 5 of 43

6 3 DDITIONL INFORMTION General: Full tests were carried out at MHz and MHz. The EUT was powered by an external DC-Power-Supply. Wanted signal: IS-Mode: The Test-Signals were generated by the IS-Simulator ttingimus. For the Receiver-Tests the Output-Signal of the Simulator was used to modulate a calibrated RF-Generator from Phoenix TESTLB. The received Data-Telegrams were compared transmitted Data-Telegrams. number of 200 Packets (unless otherwise stated) were used to calculate the Packet Error Rate PER. DSC-Mode: The Test-Signals 1 was generated by the Signal-Generator FG320 from SONY-Tektronix. number of 100 Packets (unless otherwise stated) were used to calculate the Bit Error Rate BER. Test-signal overview: Test-signal: Mode: Bit pattern: 1 DSC (dotting pattern, refer to ITU-R M IS (defined in part 8.3.2) 3 IS (defined in part 8.3.3) 4 IS Pseudo Random Bit Sequence (defined in part 8.3.4) 5 IS Pseudo Random Bit Sequence (defined in part 8.3.5) Unwanted signal: ll unwanted-signals were generated by the RF-Generators from Phoenix Test-Lab. Examiner: Raimund BLSK Date of issue: 10 September 2013 page 6 of 43

7 4 TEST OVERVIEW Part 11 PHYSICL TESTS 11.1 TDM Transmitter Frequency error pplicable passed Carrier power pplicable passed Transmission spectrum pplicable passed Modulation accuracy pplicable passed Transmitter output power versus time function pplicable passed 11.2 TDM Receiver Sensitivity pplicable passed Error behaviour at high input level pplicable passed Co-channel rejection pplicable passed djacent channel selectivity pplicable passed Spurious response rejection pplicable passed Intermodulation response rejection pplicable passed Blocking and desensitisation pplicable passed 11.3 Conducted spurious emissions Spurious emissions from the receiver pplicable passed Spurious emissions from the transmitter pplicable passed C.4 DSC Receiver Tests C.4.2 Maximum sensitivity pplicable passed C.4.3 Error behaviour at high input levels pplicable passed C.4.4 Co-channel rejection pplicable passed C.4.5 djacent channel selectivity pplicable passed C.4.6 Spurious response rejection pplicable passed C.4.7 Intermodulation response rejection pplicable passed C.4.8 Blocking and desensitisation pplicable passed Examiner: Raimund BLSK Date of issue: 10 September 2013 page 7 of 43

8 5 TRNSMITTER REQUIREMENTS 5.1 FREQUENCY ERROR SUBCLUSE mbient temperature 20 C Relative humidity 45 % Continuous transmission without modulation, f = MHz TEST CONDITIONS FREQUENCY FREQUENCY ERROR Temperature Voltage T nom (+20 C) U nom (12.0 V DC) MHz +112 Hz T min (-15 C) U min (9.6 V DC) MHz -320 Hz U max (31.2 V DC) MHz -317 Hz T max (+55 C) U min (9.6 V DC) MHz +320 Hz U max (31.2 V DC) MHz +323 Hz Maximum frequency error -320 Hz / +323 Hz Measurement uncertainty ± 10 Hz Continuous transmission without modulation, f = MHz TEST CONDITIONS FREQUENCY FREQUENCY ERROR Temperature Voltage T nom (+20 C) U nom (12.0 V DC) MHz +368 Hz T min (-15 C) U min (9.6 V DC) MHz +840 Hz U max (31.2 V DC) MHz +845 Hz T max (+55 C) U min (9.6 V DC) MHz +480 Hz U max (31.2 V DC) MHz +487 Hz Maximum frequency error -0 Hz / +845 Hz Measurement uncertainty ± 10 Hz LIMITS: SUBCLUSE The frequency error shall not exceed 0.5 khz under normal and 1 khz under extreme conditions. TEST EQUIPMENT USED: 06, 42, 51, 82, 86 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 8 of 43

9 5.2 CRRIER POWER (CONDUCTED) SUBCLUSE mbient temperature 20 C Relative humidity 45 % Continuous transmission without modulation, f = MHz Test conditions Carrier power (Conducted) T nom (+20 C) U nom (12.0 V DC) 33.7 dbm T min (-15 C) U min (9.6 V DC) 31.5 dbm U max (31.2 V DC) 33.6 dbm T max (+55 C) U min (9.6 V DC) 30.6 dbm U max (31.2 V DC) 32.7 dbm Measurement uncertainty db / db Continuous transmission without modulation, f = MHz Test conditions Carrier power (Conducted) T nom (+20 C) U nom (12.0 V DC) 33.8 dbm T min (-15 C) U min (9.6 V DC) 31.6 dbm U max (31.2 V DC) 33.8 dbm T max (+55 C) U min (9.6 V DC) 30.7 dbm Measurement uncertainty U max (31.2 V DC) LIMITS: SUBCLUSE dbm db / db The carrier output power (conducted) shall be 33 dbm 1.5 db under normal test conditions and 33 dbm ± 3 db under extreme test conditions. TEST EQUIPMENT USED: 06, 42, 51, 82, 86 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 9 of 43

10 5.3 MODULTION SPECTRUM SUBCLUSE mbient temperature 20 C Relative humidity 45 % Transmit in IS-mode (test signal number 3) Ref 33 dbm *tt 20 db * RBW 1 khz * VBW 3 khz SWT 125 ms 30 Offset 10 db 1 PK MXH IS_B -30 3DB Center MHz 12.5 khz/ Span 125 khz spec156: Transmit MHz Ref 33 dbm *tt 20 db * RBW 1 khz *VBW 3 khz SWT 125 ms 30 Offset 10 db 1 PK MXH IS_B -30 3DB Center MHz 12.5 khz/ Span 125 khz spec162: Transmit MHz Examiner: Raimund BLSK Date of issue: 10 September 2013 page 10 of 43

11 LIMITS: SUBCLUSE t 10 khz removed from the carrier, the modulation sideband is below - 25 dbc. t 25 khz removed from the carrier, the modulation sideband is below - 60 dbc or -30 dbm. In the region 10 khz and 25 khz removed from the carrier, the modulation sideband is below a line specified between these two points. TEST EQUIPMENT USED: 06, 42, 82, 86 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 11 of 43

12 5.4 TRNSMITTER TEST SEQUENCE ND MODULTION CCURCY SUBCLUSE mbient temperature 20 C Relative humidity 55 % Transmit at MHz IFB 2 MHz Ref 0 Hz * tt 30 db QT 10 ms 4k 3k 1 P CLRWR 2k 1k 0 D khz TRG -1k -2k D khz -3k -4k Center MHz 1 ms/ Frequency Modulation Summary Coupling DC Deviation +peak -peak peak/2 RMS khz khz khz khz Carrier Offset Hz Carrier Power dbm Modulation Frequency --- Hz Sampling Rate 250 khz Record Length 2501 Demod Bandwidth 200 khz 156mod2: MHz, Test-Signal 2 IFB 2 MHz Ref 0 Hz * tt 30 db QT 10 ms 4k 1 P CLRWR 3k 2k 1k 0 D1 2.4 khz TRG -1k -2k -3k D2-2.4 khz -4k Center MHz 1 ms/ Frequency Modulation Summary Coupling DC Deviation +peak -peak peak/2 RMS khz khz khz khz Carrier Offset Hz Carrier Power dbm Modulation Frequency --- Hz Sampling Rate 250 khz Record Length 2501 Demod Bandwidth 200 khz 156mod3: MHz, Test-Signal 3 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 12 of 43

13 Transmit at MHz IFB 2 MHz Ref 0 Hz * tt 30 db QT 10 ms 4k 3k 1 P CLRWR 2k 1k 0 D khz TRG -1k -2k D khz -3k -4k Center MHz 1 ms/ Frequency Modulation Summary Coupling DC Deviation +peak -peak peak/2 RMS khz khz khz khz Carrier Offset Hz Carrier Power dbm Modulation Frequency --- Hz Sampling Rate 250 khz Record Length 2501 Demod Bandwidth 200 khz 162mod2: MHz, Test-Signal 2 IFB 2 MHz Ref 0 Hz * tt 30 db QT 10 ms 4k 1 P CLRWR 3k 2k 1k 0 D1 2.4 khz TRG -1k -2k -3k D2-2.4 khz -4k Center MHz 1 ms/ Frequency Modulation Summary Coupling DC Deviation +peak -peak peak/2 RMS khz khz khz khz Carrier Offset Hz Carrier Power dbm Modulation Frequency --- Hz Sampling Rate 250 khz Record Length 2501 Demod Bandwidth 200 khz 162mod3: MHz, Test-Signal 3 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 13 of 43

14 dditional Information: Due to the fact that the measurement results under extreme test conditions are equal to the results under normal test-conditions the additional plots from the measurement under extreme conditions are not documented in this test-report. LIMITS: SUBCLUSE See table 22. TEST EQUIPMENT USED: 06, 42, 82, 86 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 14 of 43

15 5.5 TRNSMITTER OUTPUT POWER VERSUS TIME FUNCTION SUBCLUSE mbient temperature 20 C Relative humidity 55 % Transmit 1 P CLRWR Ref 36 dbm Offset D db dbm * tt 30 db RBW 100 khz VBW 300 khz SWT 40 ms SGL TRG D dbm 3DB Center MHz 4 ms/ _156burst: MHz 1 P CLRWR Ref 36 dbm Offset D db dbm *tt 30 db RBW 100 khz VBW 300 khz SWT 40 ms SGL TRG D dbm 3DB Center MHz 4 ms/ _162burst: MHz Examiner: Raimund BLSK Date of issue: 10 September 2013 page 15 of 43

16 LIMITS: SUBCLUSE See table 6 [1]. Result: Passed TEST EQUIPMENT USED: 06, 42, 82, 86 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 16 of 43

17 6 RECEIVER REQUIREMENTS 6.1 TDM-RECEIVER SENSITIVITY SUBCLUSE mbient temperature 20 C Relative humidity 45 % Receive: f = MHz (-107 dbm (normal) / -104 dbm (extreme) conditions) MESUREMENT CONDITIONS MESURED PCKET ERROR RTE PER TEMPERTURE VOLTGE Frequency: PER: T nom (+ 20 C) U nom (12.0 V DC) MHz 5.5% MHz 3.5% MHz 6.5% T min (-15 C/-20 C) U min (9.6 V DC) MHz 3.9% / 8.5% U max (31.2 V DC) MHz 5.2% / 9.2% T max (55 C/60 C) U min (9.6 V DC) MHz 8.5% / 9.5% U max (31.2 V DC) MHz 10.0% / 8.2% Limit < 20% Measurement uncertainty db / db Receive: f = MHz (-107 dbm (normal) / -104 dbm (extreme) conditions) MESUREMENT CONDITIONS MESURED PCKET ERROR RTE PER TEMPERTURE VOLTGE Frequency: PER: T nom (+ 20 C) U nom (12.0 V DC) MHz 3.5% MHz 2.8% MHz 4.5% T min (-15 C/-20 C) U min (9.6 V DC) MHz 0.1% / 1.1% U max (31.2 V DC) MHz 0.1% / 1.8% T max (55 C/60 C) U min (9.6 V DC) MHz 0.5% / 0.1% U max (31.2 V DC) MHz 0.1% / 0.1% Limit < 20% Measurement uncertainty db / db LIMITS: SUBCLUSE The PER shall not exceed 20%. TEST EQUIPMENT USED: 25, 42, 51 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 17 of 43

18 6.2 ERROR BEHVIOUR T HIGH INPUT LEVELS SUBCLUSE mbient temperature 20 C Relative humidity 45 % Receive in IS-mode, f = MHz RF-INPUT SIGNL LEVEL NUMBER OF MESSGES NOT SUCCESSFULLY RECORDED - 77 dbm 0.0% - 7 dbm 5.2% Measurement uncertainty db / db Receive in IS-mode, f = MHz RF-INPUT SIGNL LEVEL NUMBER OF MESSGES NOT SUCCESSFULLY RECORDED - 77 dbm 0.0% - 7 dbm 0.4% Measurement uncertainty db / db LIMITS: SUBCLUSE The maximum PER shall not exceed 2% at -77 dbm and 10% at -7 dbm. TEST EQUIPMENT USED: 25, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 18 of 43

19 6.3 CO-CHNNEL REJECTION SUBCLUSE mbient temperature 20 C Relative humidity 45 % Receive in IS-mode, f = MHz Unwanted signal frequency: Unwanted signal level: Signal ratio: Packet error rate: MHz -111 dbm 10 db 9.9% MHz -111 dbm 10 db 9.6% MHz -111 dbm 10 db 10.0% Measurement uncertainty db / db Receive in IS-mode, f = MHz Unwanted signal frequency: Unwanted signal level: Signal ratio: Packet error rate: MHz -111 dbm 10 db 0.4% MHz -111 dbm 10 db 0.5% MHz -111 dbm 10 db 0.1% Measurement uncertainty LIMITS: SUBCLUSE The maximum PER shall not exceed 20% db / db TEST EQUIPMENT USED: 25, 29, 33, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 19 of 43

20 6.4 DJCENT CHNNEL SELECTIVITY SUBCLUSE mbient temperature 20 C Relative humidity 45 % Wanted signal: Unwanted signal: Receive in IS mode P = -101 dbm Modulated with 400 Hz / 3 khz deviation, P = -31 dbm TEMPERTURE VOLTGE WNTED SIGNL T nom (+20 C) U nom (12.0 V DC) Measurement uncertainty LIMITS: SUBCLUSE The maximum PER shall not exceed 20%. UNWNTED SIGNL SIGNL RTIO PCKET ERROR RTE MHz MHz 70 db 13.7% MHz 70 db 14.2% MHz MHz 70 db 7.3% MHz 70 db 0.7% db / db TEST EQUIPMENT USED: 25, 29, 33, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 20 of 43

21 6.5 SPURIOUS RESPONSE REJECTION SUBCLUSE mbient temperature 20 C Relative humidity 45 % Wanted signal: Unwanted signal: Receive in IS-mode, Channel = MHz (1 st LO-Freq. = MHz) P = -101 dbm Modulated with 400 Hz / 3 khz deviation, P = -27 dbm DEFINITION IF UNWNTED FREQUENCY MESSURED PCKET ERROR RTE 1 st IF 21.4 MHz 0.7% 1 st LO-Freq. - IF MHz 0.9% 2 x 1 st LO-Freq. IF MHz 0.1% 2 x 1 st LO-Freq. + IF MHz 0.5% 3 x 1 st LO-Freq. IF MHz 0.7% 3 x 1 st LO-Freq. + IF MHz 1.1% 4 x 1 st LO-Freq. IF MHz 0.2% 4 x 1 st LO-Freq. + IF MHz 0.0% - - No other spurious response rejection frequencies found Measurement uncertainty db / db Remark: n additional frequency sweep of the unwanted signal generator was carried out to make sure that there are no other unwanted frequencies not calculated according to the table above. Continued next page: Examiner: Raimund BLSK Date of issue: 10 September 2013 page 21 of 43

22 Continued: Wanted signal: Unwanted signal: Receive in IS-mode, Channel B = MHz (1 st LO-Freq. = MHz) P = -101 dbm Modulated with 400 Hz / 3 khz deviation, P = -27 dbm DEFINITION IF UNWNTED FREQUENCY MESSURED PCKET ERROR RTE 1 st IF 21.4 MHz 1.4% 1 st LO-Freq. - IF MHz 1.3% 2 x 1 st LO-Freq. IF MHz 1.4% 2 x 1 st LO-Freq. + IF MHz 0.6% 3 x 1 st LO-Freq. IF MHz 1.2% 3 x 1 st LO-Freq. + IF MHz 0.1% 4 x 1 st LO-Freq. IF MHz 0.2% 4 x 1 st LO-Freq. + IF MHz 0.6% - - No other spurious response rejection frequencies found Measurement uncertainty db / db Remark: n additional frequency sweep of the unwanted signal generator was carried out to make sure that there are no other unwanted frequencies not calculated according to the table above. LIMITS: SUBCLUSE t any frequency separated from the specified frequency of the receiver by 50 khz or more, the PER shall not exceed 20%. TEST EQUIPMENT USED: 25, 29, 33, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 22 of 43

23 6.6 INTERMODULTION RESPONSE REJECTION SUBCLUSE mbient temperature 20 C Relative humidity 45 % Wanted signal : Unwanted signal B: Unwanted signal C: P = -101 dbm Unmodulated, P = -36 dbm Modulated with 400 Hz / 3 khz-deviation, P = -36 dbm FREQUENCIES OF THE UNWNTED SIGNLS PCKET ERROR RTE Generator Generator B Generator C MHz MHz MHz 1.0% MHz MHz 0.2% Limit: 20% Measurement uncertainty: db / db Wanted signal : Unwanted signal B: Unwanted signal C: P = -101 dbm Unmodulated, P = -36 dbm Modulated with 400 Hz / 3 khz-deviation, P = -36 dbm FREQUENCIES OF THE UNWNTED SIGNLS PCKET ERROR RTE Generator Generator B Generator C MHz MHz MHz 9.9% MHz MHz 9.0% Limit: 20% Measurement uncertainty: db / db LIMITS: SUBCLUSE The PER shall not exceed 20 %. TEST EQUIPMENT USED: 25, 27, 29, 33, 34, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 23 of 43

24 6.7 BLOCKING OR DESENSITISTION SUBCLUSE mbient temperature 20 C Relative humidity 45 % Wanted signal : Unwanted signal B: Receive in IS-mode: f = MHz P = -101 dbm Unmodulated, P = -23 dbm / -15 dbm* FREQUENCIES OF THE UNWNTED SIGNLS PCKET ERROR RTE PER -10 MHz MHz* 0.7% -5 MHz MHz* 2.8% -2 MHz MHz 0.9% -1 MHz MHz 0.2% -500 khz MHz 0.9% +500 khz MHz 3.4% +1 MHz MHz 0.2% +2 MHz MHz 0.6% +5 MHz MHz* 1.7% +10 MHz MHz* 0.3% Limit: 20% Measurement uncertainty db / db Examiner: Raimund BLSK Date of issue: 10 September 2013 page 24 of 43

25 Wanted signal : Unwanted signal B: Receive in IS-mode: f = MHz P = -101 dbm Unmodulated, P = -23 dbm / -15 dbm* FREQUENCIES OF THE UNWNTED SIGNLS PCKET ERROR RTE PER -10 MHz MHz* 0.3% -5 MHz MHz* 2.8% -2 MHz MHz 0.1% -1 MHz MHz 0.1% -500 khz MHz 5.5% +500 khz MHz 5.4% +1 MHz MHz 0.6% +2 MHz MHz 1.7% +5 MHz MHz* 0.1% +10 MHz MHz* 0.1% Limit: 20% Measurement uncertainty db / db LIMITS: SUBCLUSE The PER shall not exceed 20%. TEST EQUIPMENT USED: 25, 29, 33, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 25 of 43

26 6.8 SPURIOUS EMISSIONS FROM THE RECEIVER SUBCLUSE mbient temperature 20 C Relative humidity 45 % Receiver 1: f = MHz, IS-mode Receiver 2: f = MHz, IS-mode Ref -10 dbm -10 Offset 10 db *tt 0 db * RBW 200 Hz VBW 500 Hz SWT 3.6 s 1 PK MXH D1-57 dbm -70 3DB Start 9 khz 14.1 khz/ Stop 150 khz emi_rx1: 9 khz to 150 khz Ref -10 dbm -10 Offset 10 db *tt 0 db * RBW 10 khz VBW 30 khz SWT 300 ms 1 PK MXH D1-57 dbm -70 3DB Start 150 khz MHz/ Stop 30 MHz emi_rx2: 150 khz to 30 MHz Examiner: Raimund BLSK Date of issue: 10 September 2013 page 26 of 43

27 Ref -10 dbm -10 Offset 10 db *tt 0 db * RBW 100 khz VBW 300 khz SWT 100 ms 1 PK MXH D1-57 dbm -70 3DB Start 30 MHz 97 MHz/ Stop 1 GHz emi_rx3: 30 MHz to 1 GHz Ref -10 dbm -10 Offset 10 db *tt 0 db * RBW 1 MHz VBW 3 MHz SWT 20 ms 1 PK MXH D1-47 dbm DB Start 1 GHz 300 MHz/ Stop 4 GHz emi_rx4: 1 GHz to 4 GHz Examiner: Raimund BLSK Date of issue: 10 September 2013 page 27 of 43

28 SPURIOUS EMISSIONS LEVEL Frequency: Measured level: Limit: Margin: No significant spurious emissions found Measurement uncertainty db / db LIMITS: SUBCLUSE Frequency range 9 khz to 1 GHz 1 to 4 GHz Rx operating 2 nw (- 57 dbm) 20 nw (- 47 dbm) TEST EQUIPMENT USED: 06, 42, 76 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 28 of 43

29 6.9 SPURIOUS EMISSIONS FROM THE TRNSMITTER SUBCLUSE mbient temperature 20 C Relative humidity 45 % Continuous transmission, f = MHz Ref 10 dbm * tt 20 db * RBW 200 Hz VBW 500 Hz SWT 3.6 s 10 Offset 20 db 1 PK MXH D1-36 dbm DB Start 9 khz 14.1 khz/ Stop 150 khz tx156_1: 9 khz to 150 khz Ref 10 dbm * tt 20 db * RBW 10 khz VBW 30 khz SWT 300 ms 10 Offset 20 db 1 PK MXH D1-36 dbm -50 3DB Start 150 khz MHz/ Stop 30 MHz tx156_2: 150 khz to 30 MHz Examiner: Raimund BLSK Date of issue: 10 September 2013 page 29 of 43

30 Ref 10 dbm * tt 20 db * RBW 10 khz VBW 30 khz SWT 1.7 s 10 Offset 20 db 1 PK MXH D1-36 dbm DB Start 30 MHz 17 MHz/ Stop 200 MHz tx156_3: 30 MHz to 200 MHz Ref 10 dbm * tt 20 db * RBW 100 khz VBW 300 khz SWT 80 ms 10 Offset 20 db 1 PK MXH D1-36 dbm -50 3DB Start 200 MHz 80 MHz/ Stop 1 GHz tx156_4: 200 MHz to 1 GHz Examiner: Raimund BLSK Date of issue: 10 September 2013 page 30 of 43

31 Ref 10 dbm * tt 20 db * RBW 1 MHz VBW 3 MHz SWT 20 ms 10 Offset 20 db 1 PK MXH D1-30 dbm DB Start 1 GHz 300 MHz/ Stop 4 GHz tx156_5: 1 GHz to 4 GHz SPURIOUS EMISSIONS LEVEL (CONDUCTED) f Level Bandwidth Limit Margin Result MHz dbm 100 khz -36 dbm 8.5 db Passed MHz dbm 100 khz -36 dbm 7.5 db Passed MHz dbm 100 khz -36 dbm 10.0 db Passed MHz dbm 100 khz -36 dbm 10.5 db Passed Measurement uncertainty db / db Examiner: Raimund BLSK Date of issue: 10 September 2013 page 31 of 43

32 Continuous transmission, f = MHz Ref 10 dbm * tt 20 db * RBW 200 Hz VBW 500 Hz SWT 3.6 s 10 Offset 20 db 1 PK MXH D1-36 dbm -50 3DB Start 9 khz 14.1 khz/ Stop 150 khz tx162_1: 9 khz to 150 khz Ref 10 dbm * tt 20 db *RBW 10 khz VBW 30 khz SWT 300 ms 10 Offset 20 db 1 PK MXH D1-36 dbm -50 3DB Start 150 khz MHz/ Stop 30 MHz tx162_2: 150 khz to 30 MHz Examiner: Raimund BLSK Date of issue: 10 September 2013 page 32 of 43

33 Ref 10 dbm * tt 20 db * RBW 100 khz VBW 300 khz SWT 20 ms Marker 1 [T1 ] 0.47 dbm MHz 10 0 Offset 20 db 1 1 PK VIEW D1-36 dbm DB Start 30 MHz 17 MHz/ Stop 200 MHz tx162_3: 30 MHz to 200 MHz Ref 10 dbm * tt 20 db * RBW 100 khz VBW 300 khz SWT 80 ms 10 Offset 20 db 1 PK MXH D1-36 dbm -50 3DB Start 200 MHz 80 MHz/ Stop 1 GHz tx162_4: 200 MHz to 1000 MHz Examiner: Raimund BLSK Date of issue: 10 September 2013 page 33 of 43

34 Ref 10 dbm * tt 20 db * RBW 1 MHz VBW 3 MHz SWT 20 ms 10 Offset 20 db 1 PK MXH D1-30 dbm DB Start 1 GHz 300 MHz/ Stop 4 GHz tx162_5: 1 GHz to 4 GHz SPURIOUS EMISSIONS LEVEL (CONDUCTED) f Level Bandwidth Limit Margin Result MHz dbm 100 khz -36 dbm 5.0 db Passed MHz dbm 100 khz -36 dbm 6.0 db Passed MHz dbm 100 khz -36 dbm 7.5 db Passed MHz dbm 100 khz -36 dbm 9.5 db Passed Measurement uncertainty db / db LIMITS: SUBCLUSE Conducted emissions: Frequency range 150 khz to 1 GHz 1 to 4 GHz TX operating 0.25 W (- 36 dbm) 1 W (- 30 dbm) TEST EQUIPMENT USED: 06, 07, 42, 63, 82, 86 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 34 of 43

35 6.10 MXIMUM SENSITIVITY SUBCLUSE C.4 mbient temperature 20 C Relative humidity 45 % Receive in DSC-mode, f = MHz Wanted signal: Test-signal 1 ( ) TEMPERTURE VOLTGE DSC-FREQUENCY RECEIVER SENSITIVITY T nom (+20 C) U nom (12.0 V DC) MHz MHz MHz T min (-15 C/-20 C) U min (9.6 V DC) MHz MHz U max (31.2 V DC) MHz MHz MHz MHz T max (55 C/60 C) U min (9.6 V DC) MHz MHz MHz U max (31.2 V DC) Measurement uncertainty MHz MHz MHz db / db 0% 0% 0% 0% / 0% 0% / 0% 0% / 0% 0% / 0% 0% / 0% 0% / 0% 0% / 0% 0% / 0% 0% / 0% 0% / 0% 0% / 0% 0% / 0% LIMITS: SUBCLUSE C.4.1 The maximum usable sensitivity shall not be less sensitive than dbm under normal test conditions, and dbm under extreme test conditions. The test shall be repeated at the nominal carrier frequency ( MHz) 1.5 khz. TEST EQUIPMENT USED: 29, 42, 51 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 35 of 43

36 6.11 ERROR BEHVIOUR T HIGH INPUT LEVELS SUBCLUSE C.4.2 mbient temperature 20 C Relative humidity 45 % Receive in DSC-mode, f = MHz Wanted signal: Test-signal 1 ( ) RF-INPUT SIGNL LEVEL NUMBER OF MESSGES NOT SUCCESSFULLY RECORDED - 7 dbm 0% LIMITS: SUBCLUSE C.4.2 The BER shall not exceed 1%. TEST EQUIPMENT USED: 29, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 36 of 43

37 6.12 CO-CHNNEL REJECTION SUBCLUSE C.4.3 mbient temperature 20 C Relative humidity 45 % Wanted signal: Unwanted signal: Receive in DSC-mode, f = MHz Test-signal 1 ( ), P = -104 dbm Modulated with 400 Hz / 3 khz deviation Unwanted signal frequency: Unwanted signal level: Signal ratio: Bit error rate: MHz -114 dbm -10 db 0% MHz -114 dbm -10 db 0% MHz -114 dbm -10 db 0% Measurement uncertainty ±0.1% LIMITS: SUBCLUSE C.4.3 The BER shall not exceed 1%. TEST EQUIPMENT USED: 29, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 37 of 43

38 6.13 DJCENT CHNNEL SENSITIVITY SUBCLUSE C.4.4 mbient temperature 20 C Relative humidity 45 % Wanted signal: Unwanted signal: Receive in DSC-mode, f = MHz Test-signal 1, P = dbm f = MHz, modulated with 400 Hz and a deviation of 3 khz. TEMPERTURE VOLTGE UNWNTED SIGNL LEVEL BIT ERROR RTE T nom (+ 20 C) U nom (12.0 V DC) -34 dbm 0% T min (-15 C/-20 C) U min (9.6 V DC) -44 dbm 0% U max (31.2 V DC) T max (55 C/60 C) U min (9.6 V DC) -44 dbm 0% U max (31.2 V DC) Measurement uncertainty ±0.1% 0% 0% Wanted signal: Unwanted signal: Receive in DSC-mode, f = MHz Test-signal 1, P = dbm f = MHz, modulated with 400 Hz and a deviation of 3 khz. TEMPERTURE VOLTGE UNWNTED SIGNL LEVEL BIT ERROR RTE T nom (+ 20 C) U nom (12.0 V DC) -34 dbm 0% T min (-15 C/-20 C) U min (9.6 V DC) -44 dbm 0% U max (31.2 V DC) T max (55 C/60 C) U min (9.6 V DC) -44 dbm 0% U max (31.2 V DC) Measurement uncertainty ±0.1% 0% 0% LIMITS: SUBCLUSE C.4.4 Normal test conditions: Extreme test conditions: The BER shall not exceed 1%. 70 db 60 db TEST EQUIPMENT USED: 25, 29, 33, 42, 51 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 38 of 43

39 6.14 SPURIOUS RESPONSE REJECTION SUBCLUSE C.4.5 mbient temperature 20 C Relative humidity 45 % Wanted signal: Unwanted signal: Receive in DSC-mode, f = MHz Test-signal 1, P = -104 dbm Unmodulated, P = -34 dbm DEFINITION UNWNTED FREQUENCY MESURED BIT EROR RTE 1 st IF (Receiver ) MHz 0% 1 st LO-Freq. - IF MHz 0% 2 x 1 st LO-Freq. IF MHz 0% 2 x 1 st LO-Freq. + IF MHz 0% 3 x 1 st LO-Freq. IF MHz 0% 3 x 1 st LO-Freq. + IF MHz 0% 4 x 1 st LO-Freq. IF MHz 0% 4 x 1 st LO-Freq. + IF MHz 0% - - No other spurious response rejection frequencies found. - - BER Measurement uncertainty ±0.1% Remark: n additional frequency sweep of the unwanted signal generator was carried out to make sure that there are no other unwanted frequencies not calculated according to the table above. LIMITS: SUBCLUSE C.4.5 The BER shall not exceed 1%. TEST EQUIPMENT USED: 25, 29, 33, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 39 of 43

40 6.15 INTERMODULTION RESPONSE REJECTION SUBCLUSE C.4.6 mbient temperature 20 C Relative humidity 45 % Wanted signal : Unwanted signal B: Unwanted signal C: P = -104 dbm Unmodulated, P = -39 dbm Modulated with 400 Hz / 3 khz-deviation, P = -39 dbm FREQUENCIES OF THE UNWNTED SIGNLS MESSURED BIT EROR RTE Generator Generator B Generator C BER MHz MHz MHz 0.2% MHz MHz 0.1% Limit: 1% Measurement uncertainty: ±0.1% LIMITS: SUBCLUSE C.4.6 The BER shall not exceed 1%. TEST EQUIPMENT USED: 25, 27, 29, 33, 34, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 40 of 43

41 6.16 BLOCKING OR DESENSITISTION SUBCLUSE C.4.7 mbient temperature 20 C Relative humidity 45 % Wanted signal : Unwanted signal B: P = -104 dbm Unmodulated, P = -20 dbm FREQUENCIES OF THE UNWNTED SIGNLS MESSURED BIT EROR RTE BER -10 MHz MHz 0% -5 MHz MHz 0% -2 MHz MHz 0% -1 MHz MHz 0% +1 MHz MHz 0% +2 MHz MHz 0% +5 MHz MHz 0% +10 MHz MHz 0% Limit: 1% Measurement uncertainty ±0.1% LIMITS: SUBCLUSE C.4.7 The PER shall not exceed 1%. TEST EQUIPMENT USED: 25, 29, 33, 42 Examiner: Raimund BLSK Date of issue: 10 September 2013 page 41 of 43

42 7 TEST EQUIPMENT No. Test equipment Type Manufacturer Serial No. PM-No 01 Spectrum nalyser FSU Rohde & Schwarz Measuring Receiver ESI 40 Rohde & Schwarz / Power amplifier R Signal generator SMHU Rohde & Schwarz / Signal generator SMG Rohde & Schwarz / Signal generator 83650L gilent Radio communication analyser CMT 54 Rohde & Schwarz / Combiner ZFSC-2-11 Mini Circuits Combiner ZFSC-2-11 Mini Circuits Regulating transformer BR1000 Block Power supply TOE 8872 Toellner Power supply TOE 8852 Toellner Climatic chamber - Binder Directional coupler DC3510 R Notch Filter TTR 190-3EE TELONIC Berkeley Variable ttenuator / 0-11 db 8494B Hewlett Packard Variable ttenuator db 8496B Hewlett Packard ttenuator / 10 db / 5 W W2-10 Weinschel ttenuator / 10 db / 5 W W2-10 Weinschel ttenuator / 10 db / 5 W W2-10 Weinschel ttenuator / 10 db / 10 W W8-10 Weinschel ttenuator / 10 db / 25 W Weinschel BH ttenuator / 10 db / 25 W Weinschel BH RF-cable No. 1 RTK 081 Rosenberger RF-cable No. 2 RTK 081 Rosenberger RF-cable No. 7 Sucoflex Huber + Suhner RF-cable No. 8 RG223 Phoenix-Test-Lab RF-cable No. 9 RG223 Phoenix-Test-Lab Zirkulator MHz DFE Zirkulator MHz DFE Zirkulator MHz DFE Zirkulator MHz DFE Examiner: Raimund BLSK Date of issue: 10 September 2013 page 42 of 43

43 8 LIST OF NNEXES NNEX PHOTOGRPHS 9 pages EXTERNL PHOTOGRPHS OF THE TEST SMPLE EUT, 3D-view EUT, front-view EUT, 3D-rear view EUT, rear-view eut1.jpg eut2.jpg eut3.jpg eut4.jpg INTERNL PHOTOGRPHS OF THE TEST SMPLE EUT, internal-view RF-PCB, front-view RF-PCB, rear-view Main-PCB, front-view Main-PCB, rear-view eut5.jpg eut6.jpg eut7.jpg eut8.jpg eut9.jpg Examiner: Raimund BLSK Date of issue: 10 September 2013 page 43 of 43