NJQFRS-168Family Radio

Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 ETALK-2000 OWNER’S MANUAL Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 ETALK-2000 OWNER’S MANUAL Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 ETALK-2000 OWNER’S MANUAL Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 ETALK-2000 OWNER’S MANUAL

Page 3 Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Letter of Authorization Federal Communications Commission Date: November 10, 1999 Authorization and Evaluation Division 7435 Oakland Mills Road, Columbia, MD 21046 Dear Sir, This is your letter of authorization to accept our appointment of Richard Mullen, Manager / Safety & Compliance Consulting as agent for the following company : Company Name:Wintecronics Ltd. Address:No. 7, Ming Lee St., Chung Ho City, Taipei Hsien, Taiwan, R.O.C. From now on, Richard Mullen will sign applications before the commission on our behalf, and receive exchange data between our company and the commission in connection with certification of the following Wintecronics Ltd. product : Equipment:FRS Radio Transceiver Model Number:ETALK-2000 FCC ID.:NJQFRS-168 Under FCC Docket Number 20780 and General Docket Number 89-103 pursuant to Part 15, Subparagraph B, of the Rules and Regulations of the FCC. This authorization will expire one year from the date of this letter. Sincerely Yours, _______________________________________ Spencer Liu / Engineer Wintecronics Ltd. Page 4 Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Letter of Modification Federal Communications Commission Date: November 10, 1999 Authorization and Evaluation Division 7435 Oakland Mills Road, Columbia, MD 21046 Subject : RFI related modifications incorporated into unit with FCC ID. : NJQFRS-168 Dear Sir, This letter services as our declaration that all modifications listed below are implemented in the sample submitted for pre-grant testing. We further declare that the same modifications will be implemented into all production unit to enhance compliance of the unit to FCC limits. The modifications include the following : 1. Added a metal shielding cover on the Q6~Q8. @ see the following Figure. If you have any questions or require any other information please do not hesitate to contact our agent. Sincerely Yours, __________________________________ Spencer Liu / Engineer Wintecronics Ltd.

Safety & Compliance Consulting 29 Sweetman Lane West Milford, NJ 07480-2932 Tel/Fax (973) 728-5141 November 20, 1999 TOK99-F015 731 Confirmation Number: EA9 Federal Communications Commission Equipment Approval Services P.O. Box 358315 Pittsburgh, PA 15251-5315 Subject:Original Application for Certification of Family Radio Base Transceiver FCC ID: NJQFRS-168 / Family Radio Service Transceiver, Model ETALK-2000 Gentlemen: Enclosed, please find Wintecronics Ltd.’s application for equipment authorization dated November 10, 1999. This device in is compliance with Part 95, Subpart E of the FCC Rules. The subject device is a Family Radio Base Transceiver with operation 14 channels within 462- 467 MHz frequency band with less than 30mW maximum rated RF output power. Also, this radio is marketed with Ming Bao AC Adaptor, type MW35-0600350. This EUT was system tested in accordance with ANSI C63.4-1992 on channels 1 and 8 to show compliance with FCC rules. Should you have any questions or comments, please contact the undersigned. Thank you for your attention and cooperation in this matter. Sincerely yours, Richard Mullen Manager Safety & Compliance Consulting

Page 8 Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Photographs of EUT Photo 1 General Appearance (Front & Side View), AC Adapter Photo 2 General Appearance (Rear & Side View), AC Adapter Page 9 Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Photo 3 Rear View (Removed Battery Cover, Battery Holder) Photo 4 Internal View (Removed Front Cover) Page 10 Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Photo 5 Internal View (Removed Back Cover, Removed Antenna’s Cover) Photo 6 Main Board (Back Side, Removed Metal Shielding Cover) Page 11 Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Photo 7 Main Board (Back Side) Photo 8 Main Board (Front Side) Page 12 Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Photo 9 Main Board (Front View -Component Side)

Page 6 Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Label Drawing Label Placement Location REAR VIEW OF EUT * Rear Side for Label Placement Location*

    

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Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 EXHIBIT 3 EUT and Simulators Configuration Block Diagram Schematic Diagram Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 EUT AND SIMULATORS CONFIGURATION Description of EUT Product Name
FRS Radio Transceiver Model Number
ETALK-2000 FCC ID.
NJQFRS-168 Applicant
Wintecronics Ltd. No. 7, Ming Lee St., Chung Ho City, Taipei Hsien, Taiwan, R.O.C. Manufacturer
Wintecronics Ltd. No. 7, Ming Lee St., Chung Ho City, Taipei Hsien, Taiwan, R.O.C. AC Adapter
Ming Bao Electric Co., Ltd. N/N MW35-0600350 I/P: 120Vac, 60Hz O/P: 6Vdc, 350mA Cord: Non-Shielded, Undetachable, 1.8m Frequency Range
462 ~ 467 MHz TTEMC Report No.
TTEMC-F99167 Date of Test
Aug. 13 ~ Oct. 28, 1999 Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Block Diagram Wintecronics Ltd.FRS Radio TransceiverFCC ID. : NJQFRS-168 Schematic Diagram

FCC ID.: NJQFRS-168 Page 25 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 7.7.2. Radiation measurement for 30MHz~6GHz frequency range The EUT and its simulators were placed on a turn table which was 0.8 meter above the ground. The turn table rotated 360 degrees to determine the position of the maximum emission level. For 30MHz to 6GHz frequency range, EUT was set at 3 meters away from the receiving antenna which was mounted on a antenna tower. The antenna moved up and down between 1 to 4 meters for 30MHz to 6GHz frequency range to find out the maximum emission level. Broadband antenna such as calibrated biconical and log- periodical antenna or horn antenna were used as a receiving antenna. Both horizontal and vertical polarization of the antenna were set on measurement. In order to find the maximum emission, all of the interface cables were manipulated according to ANSI C63.4-1992 regulation. The bandwidth of test receiver was set at 120KHz and resolution bandwidth of spectrum analyzer was set at 1MHz. 7.8. Test Results PASSED. Please refer to the following pages. Radiation measurement for channel center attenuation and all the test results were shown on section 7.9.1. EUT with transmitting mode were done during radiated measurement (30MHz~6GHz frequency range, at No.1 Open Test Site) and all the test results were shown on section 7.9.2. EUT with receiving mode were done during radiated measurement (30MHz~6GHz frequency range, at No.1 Open Test Site) and all the test results were shown on section 7.9.3. FCC ID.: NJQFRS-168 Page 26 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 7.9. Radiated Emission Measurement Results 7.9.1. Channel Center Attenuation Measurement Results Channel 1 : 462.5625MHz FCC ID.: NJQFRS-168 Page 27 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 Channel 1 : 462.5625MHz FCC ID.: NJQFRS-168 Page 28 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 7.9.2. Transmitter, 30MHz ~ 6GHz Frequency Range Measurement Results The frequency spectrum from 30 MHz to 6GHz MHz was investigated. All the emissions not reported below are too low against the FCC officinal limit. Date of TestOct. 28, 1999Temperature23.1 EUTFRS Radio TransceiverHumidity67 Test ModeTransmitter / Transmitting Mode AntennaCableMeter ReadingEmission Level FrequencyFactorLossHorizontalHorizontalLimitsMargin MHzdB/mdBdBμVdBμV/mdBμV/mdB -------------------------------------------------------------------------------------------- ------------- 462.564 16.86 4.32 87.43 108.61 Fundamental Freq. 925.130 23.07 6.23 31.97 61.27 85.60 24.33 1387.000 25.65 4.68 33.91 64.24 85.60 21.36 1850.000 26.56 5.49 31.82 63.87 85.60 21.73 2312.000 27.77 6.14 32.95 66.86 85.60 18.74 2775.000 29.61 6.77 21.53 57.91 85.60 27.69 3237.000 31.04 7.44 13.14 51.63 85.60 33.98 -------------------------------------------------------------------------------------------- ------------- Remark1. All readings are Peak values. 2. Measurement up to 10 th harmonic (6GHz) but the emission level above 3GHz were too low against the official limit and not reported. 2. Harmonic limits is = max. emission level – 43+10 log (carrier power in watts) = 113.34 –43+10 log (0.029785) = 85.60dB. FCC ID.: NJQFRS-168 Page 29 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 Date of TestOct. 28, 1999Temperature23.1 EUTFRS Radio TransceiverHumidity67 Test ModeTransmitter / Transmitting Mode AntennaCableMeter ReadingEmission Level FrequencyFactorLossVerticalVerticalLimitsMargin MHzdB/mdBdBμVdBμV/mdBμV/mdB -------------------------------------------------------------------------------------------- ------------- 462.565 16.90 4.32 92.12 113.34 Fundamental Freq. 925.127 23.53 6.23 39.86 69.62 85.60 15.98 1387.000 25.65 4.68 33.08 63.41 85.60 22.19 1850.000 26.56 5.49 28.11 60.16 85.60 25.44 2312.000 27.77 6.14 30.80 64.71 85.60 20.89 2775.000 29.61 6.77 21.74 58.12 85.60 27.48 3237.000 31.04 7.44 19.40 57.88 85.60 27.72 -------------------------------------------------------------------------------------------- ------------- Remark1. All readings are Peak values. 3. Measurement up to 10 th harmonic but the emission level above 3GHz were too low against the official limit and not reported. 4. Harmonic limits is = max. emission level – 43+10 log (carrier power in watts) = 113.34 –43+10 log (0.029785) = 85.60dB. FCC ID.: NJQFRS-168 Page 30 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 7.9.3. Receiver, 30MHz ~ 6GHz Frequency Range Measurement Results The frequency spectrum from 30 MHz to 6GHz was investigated. All the emissions not reported below are too low against the FCC officinal limit. Date of TestOct. 28, 1999Temperature23.1 EUTFRS Radio TransceiverHumidity67 Test ModeReceiver / Receiving Mode AntennaCableMeter ReadingEmission Level FrequencyFactorLossHorizontalHorizontalLimitsMargin MHzdB/mdBdBμVdBμV/mdBμV/mdB -------------------------------------------------------------------------------------------- ------------- 30.368 26.17 1.26 - 4.51 22.92 40.00 17.08 46.943 18.70 1.51 - 3.70 16.51 40.00 23.49 57.039 14.73 1.65 0.19 16.57 40.00 23.43 65.318 12.09 1.76 - 2.09 11.76 40.00 28.24 85.547 14.12 1.88 - 0.22 15.78 40.00 24.22 119.815 19.25 2.07 - 1.90 19.42 43.50 24.08 143.811 20.36 2.30 - 1.23 21.43 43.50 22.07 189.563 22.03 2.77 - 0.73 24.07 43.50 19.43 247.311 23.81 3.21 - 1.45 25.57 46.00 20.43 316.790 13.99 3.68 - 1.23 16.44 46.00 29.56 333.870 14.77 3.88 0.74 19.39 46.00 26.61 368.068 15.94 3.85 - 0.93 18.86 46.00 27.14 413.645 15.91 4.20 - 0.11 20.00 46.00 26.00 464.924 17.00 4.43 - 1.12 20.31 46.00 25.69 509.869 17.36 4.59 1.24 23.19 46.00 22.81 -------------------------------------------------------------------------------------------- ------------- Remark1. All readings are Quasi-Peak values. 2. Measurement up to 6GHz but the emission level above 1GHz were too low against the official limit and not reported. FCC ID.: NJQFRS-168 Page 31 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 Date …

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FCC ID.: NJQFRS-168 Page 37 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 11. MODIFICATIO TO EUT 1. Added a metal shielding cover on the Q6 ~ Q8. FCC ID.: NJQFRS-168 Page 38 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 12. DEVIATION TO TEST SPECIFICATIONS NONE FCC ID.: NJQFRS-168 Page 39 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13. PHOTOGRAPHS 13.1. Photos of Powerline Conducted Measurement FRONT VIEW OF CONDUCTED TEST BACK VIEW OF CONDUCTED TEST FCC ID.: NJQFRS-168 Page 40 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13.2. Photos of Frequency Stability Measurement 13.2.1. Temperature Variation Measurement 13.2.2. Primary Supply Voltage Variation Measurement FCC ID.: NJQFRS-168 Page 41 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13.3. Photos of Frequencies and Channels Measurement 13.4. Photos of Emission Bandwidth Measurement FCC ID.: NJQFRS-168 Page 42 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13.5. Photos of Radiated Emission Measurement 13.5.1. For 30~1000MHz Frequency Range Measurement 13.5.2. For 1~6GHz Frequency Range Measurement FCC ID.: NJQFRS-168 Page 43 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13.5.3. For Channel Center Attenuation Measurement 13.6. Photos of Peak Frequency Measurement FCC ID.: NJQFRS-168 Page 44 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13.7. Photos of Maximum Transmitter Power Measurement FCC ID.: NJQFRS-168 Page 45 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 APPENDIX I (Conducted Test Data) Test Mode: Channel 1, Receiver / Receiving Mode

FCC ID.: NJQFRS-168 Page 1 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 APPLICATION FOR CERTIFICATION On Behalf of Wintecronics Ltd. FRS Radio Transceiver Model : ETALK-2000 FCC IDNJQFRS-168 Prepared for :Wintecronics Ltd. No. 7, Ming Lee St., Chung Ho City, Taipei Hsien, Taiwan, R.O.C. Prepared By :Taiwan Tokin EMC Eng. Corp. No. 53-11, Tin-Fu Tsun, Lin-Kou, Taipei Hsien, Taiwan, R.O.C. Tel: (02) 2609-9301, 2609-2133 File NumberATM-G99413 Report NumberTTEMC-F99167 Date of TestAug. 13 ~ Oct. 28, 1999 Date of ReportNov. 04, 1999 FCC ID.: NJQFRS-168 Page 2 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 TABLE OF CONTENTS Description Page Test Report Certification..........................................................................................................................4 1.GENERAL INFORMATION............................................................................................................5 1.1.Description of Device (EUT).........................................................................................................5 1.2.Description of Test Facility............................................................................................................6 2.POWERLINE CONDUCTED TEST.................................................................................................7 2.1.Test Equipment.............................................................................................................................7 2.2.Block Diagram of Test Setup.........................................................................................................7 2.3.Test Rules....................................................................................................................................7 2.4.Powerline Conducted Emission Limit (Part 15, §15.207)..................................................................7 2.5.EUT’s Configuration during Compliance Measurement...................................................................8 2.6.Operating Condition of EUT..........................................................................................................8 2.7.Test Procedure.............................................................................................................................8 2.8.Test Results.................................................................................................................................8 2.9.Line Conducted RF Voltage Measurement Results.........................................................................9 3.FREQUENCY STABILITY TEST...................................................................................................11 3.1.Test Equipment...........................................................................................................................11 3.2.Block Diagram of Test Setup.......................................................................................................11 3.3.Test Rules..................................................................................................................................12 3.4.Specification Limits.....................................................................................................................12 3.5.EUT’s Configuration during Compliance Measurement.................................................................13 3.6.Test Procedure...........................................................................................................................13 3.7.Test Results...............................................................................................................................13 3.8.Frequency Stability Measurement Results.....................................................................................14 4.FREQUENCIES AND CHANNELS TEST....................................................................................15 4.1.Test Equipment...........................................................................................................................15 4.2.Block Diagram of Test Setup.......................................................................................................15 4.3.Test Rules..................................................................................................................................15 4.4.Specification Limits.....................................................................................................................15 4.5.EUT’s Configuration during Compliance Measurement.................................................................15 4.6.Test Procedure...........................................................................................................................16 4.7.Test Results...............................................................................................................................16 4.8.Frequencies and Channels Measurement Results..........................................................................16 5.TRANSMITTER EMISSION TYPE TEST....................................................................................17 5.1.Test Equipment...........................................................................................................................17 5.2.Block Diagram of Test Setup.......................................................................................................17 5.3.Test Rules..................................................................................................................................17 5.4.Specification Limits.....................................................................................................................17 5.5.EUT’s Configuration during Compliance Measurement.................................................................17 5.6.Test Procedure......................................................................................................................…

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FCC ID.: NJQFRS-168 Page 13 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 3.5. EUT’s Configuration during Compliance Measurement The following equipment was installed on FREQUENCY STABILITY Test to meet the commission requirement. 3.5.1. FRS Radio Transceiver (EUT) Model NumberETALK-2000 FCC IDNJQFRS-168 ManufacturerWintecronics Ltd. Power Supply6VDC Battery AC Adapter Ming Bao Electric Co., Ltd. M/N MW35-0600350 I/P: 120Vac, 60Hz; O/P: 6Vdc, 350mA Cord: Non-Shielded, Undetachable, 1.8m 3.6. Test Procedure 3.6.1. Temperature Variation 3.6.1.1. Setup the EUT and test equipment as shown on 3.2.1. 3.6.1.2. Set the EUT at channel 1 (462.5625MHz) or channel 8 (467.5625MHz), varied the temperature from -30°C to +50°C with 10°C increment for each step to find out the maximum frequency stability tolerance and minimum frequency tolerance. 3.6.2. Primary Supply Voltage Variation 3.6.2.1. Setup the EUT and test equipment as shown on 3.2.2. 3.6.2.2. Set the EUT at channel 1 (462.5625MHz) or channel 8 (467.5625MHz), varied the primary supply voltage by a transformer from 85 to 115 of the nominal operation power to find out the maximum frequency stability tolerance and minimum frequency tolerance. 3.7. Test Results PASSED. Please refer to the following pages. FCC ID.: NJQFRS-168 Page 14 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 3.8. Frequency Stability Measurement Results Date of Test: Aug. 14, 1999 3.8.1. Temperature Variation Measurement Results Varied ambient temperature from -30° C to +50°C. Channel No. Frequency (MHz) Measured Max. Freq. (MHz) Tolerance (%) Measured Min. Freq. (MHz) Tolerance (%) 1462.5625462.5624 - 0.0000216 462.5614 - 0.000238 8467.5625467.5624 - 0.0000213 467.5614 - 0.000235 3.8.2. Primary Supply Voltage Variation Measurement Results 3.8.2.1. For DC Battery (6VDC, 115%: 6.9VCD; 85%: 5.1VDC) Temperature: 22 Varied primary supply voltage from 85% to 115% Channel No. Frequency (MHz) Measurement Max. Freq. (MHz) Tolerance (%) Measurement Min. Freq. (MHz) Tolerance (%) 1462.5625462.5619 - 0.000130 462.5622 - 0.0000648 8467.5625467.5619 - 0.000128 467.5623 - 0.0000428 3.8.2.2. For AC Adapter (120VAC, 115%: 138VAC; 85%: 102VAC) Temperature: 22 Varied primary supply voltage from 85% to 115% Channel No. Frequency (MHz) Measurement Max. Freq. (MHz) Tolerance (%) Measurement Min. Freq. (MHz) Tolerance (%) 1462.5625462.5621 - 0.0000865 462.5623 - 0.0000432 8467.5625467.5620 - 0.0001069 467.5623 -0.0000428 FCC ID.: NJQFRS-168 Page 15 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 4. FREQUENCIES AND CHANNELS TEST 4.1. Test Equipment The following test equipment were used during the Frequencies and Channels Test ItemTypeManufacturerModel No.Serial No.Last Cal.Cal. Interval 1. RF Communication Test Set HP8920A3524A07043Dec. 05, 98’1 Year 2. AntennaEMCO46109410-1274Dec. 28, 98’1 Year 4.2. Block Diagram of Test Setup EUT 6 INCHES ANTENNA RF COMMUNICATION TEST SET WOODEN TABLE 4.3. Test Rules CRF 47 Part 95 95.627 4.4. Specification Limits Each FRS unit must be maintained within a frequency tolerance of 0.00025% . 4.5. EUT’s Configuration during Compliance Measurement The following equipment was installed on FREQUENCYS AND CHANNELS Test to meet the commission requirement. 4.5.1. FRS Radio Transceiver (EUT) Model NumberETALK-2000 FCC IDNJQFRS-168 ManufacturerWintecronics Ltd. Power Supply6VDC Battery FCC ID.: NJQFRS-168 Page 16 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 4.6. Test Procedure 4.6.1. Setup the EUT and test equipment as shown on 4.2. 4.6.2. The EUT was placed on a wooden table and through RF Communication Test Set to check the channels frequencies’ tolerance. 4.7. Test Results PASSED. 4.8. Frequencies and Channels Measurement Results Date of Test: Aug. 14, 1999 CH. No. Frequency (MHz) Measured Freq. (MHz) Tolerance (%) CH. No. Frequency (MHz) Measured Freq. (MHz) Tolerance (%) 1 462.5625462.5622 -0.000064868 467.5625467.5622 -0.00006416 2 462.5875462.5872 -0.000064859 467.5875467.5872 -0.00006416 3 462.6125462.6123 -0.0000432310 467.6125467.6121 -0.00008554 4 462.6375462.6373 -0.0000432311 467.6375467.6373 -0.00004277 5 462.6625462.6621 -0.0000864612 467.6625467.6622 -0.00006415 6 462.6875462.6872 -0.0000648413 467.6875467.6872 -0.00006415 7 462.7125462.7122 -0.0000648414 467.7125467.7122 -0.00006414 FCC ID.: NJQFRS-168 Page 17 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 5. TRANSMITTER EMISSION TYPE TEST 5.1. Test Equipment The following test equipment were used during the Transmitter Emission Type Test ItemTypeManufacturerModel No.Serial No.Last Cal.Cal. Interval 1. Spectrum AnalyzerHP8593A3212A01727Jul. 29, 99’1 Year 2. AntennaEMCO46109410-1274Dec. 28, 98’1 Year 5.2. Block Diagram of Test Setup EUT 6 INCHES ANTENNA SPECTRUN ANALYZER WOODEN TABLE PLOTTER 5.3. Test Rules CRF 47 Part 95 95.631 (d) 5.4. Specification Limits An FRS unit may transmit only emission type F3E. 5.5. EUT’s Configuration during Compliance Measurement The configuration of EUT were same as section 4.5. 5.6. Test Procedure 5.6.1. Setup the EUT and simulator as shown on 5.2. 5.6.2. The EUT was placed on a wooden table to check the transmitter emission type by using spectrum analyzer. FCC ID.: NJQFRS-168 Page 18 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 5.7. Transmitter Emission Type Measurement Results Date of Test: Aug. 13, 1999 This FRS unit its emission type is F3E. The test data is attached in next figure. FCC ID.: NJQFRS-168 Page 19 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 6. EMISSION BANDWIDTH TEST 6.1. Test Equipment The following test equipment were used during the Emission Bandwidth Test ItemTypeManufacturerModel No.Serial No.Last Cal.Cal. Interval 1. RF Communication Test Set HP8920A3524A07043Dec. 05, 98’1 Year 2. Spectrum AnalyzerHP8593A3212A01727Jul. 29, 99’1 Year 3. Audio Signal Generator HP8904A3633A08312Oct. 08, 99’1 Year 4. AntennaEMCO46109410-1274Dec. 28, 98’1 Year 6.2. Block Diagram of Test Setup E…

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FCC ID.: NJQFRS-168 Page 39 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13. PHOTOGRAPHS 13.1. Photos of Powerline Conducted Measurement FRONT VIEW OF CONDUCTED TEST BACK VIEW OF CONDUCTED TEST FCC ID.: NJQFRS-168 Page 40 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13.2. Photos of Frequency Stability Measurement 13.2.1. Temperature Variation Measurement 13.2.2. Primary Supply Voltage Variation Measurement FCC ID.: NJQFRS-168 Page 41 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13.3. Photos of Frequencies and Channels Measurement 13.4. Photos of Emission Bandwidth Measurement FCC ID.: NJQFRS-168 Page 42 of 45 Taiwan Tokin EMC Eng. Corp. Report No. TTEMC-F99167 13.5. Photos of Radiated Emission Measurement 13.5.1. For 30~1000MHz Frequency Range Measurement 13.5.2. For 1~6GHz Frequency Range Measurement