TEST REPORT. FCC Part15B Class B -Scanning Receiver- RSS-215 Issue 2
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1 TEST REPORT STANDARD : FCC Part15B Class B -Scanning Receiver- RSS-215 Issue 2 Applicant JVC KENWOOD Corporation , Hakusan, Midori-ku, Yokohama-shi, Kanagawa, Japan Tel Testing Laboratory Intertek Japan K.K. Kashima Laboratory Sada, Kashima, Ibaraki Japan Tel URL: Equipment Type HF/50MHz TRANSCEIVER Trademark KENWOOD Model(s) TS-890S Serial No. 001 Equipment Authorization Certification (FCC ID : K ) (ISED CN and UPN : 282F ) Test Result Complied Report Number JKA-001 Original Issue Date May 31, 2018 This report is for the exclusive use of Intertek's Client and is provided pursuant to the agreement between Intertek and its Client. Intertek's responsibility and liability are limited to the terms and conditions of the agreement. Intertek assumes no liability to any party, other than to the Client in accordance with the agreement, for any loss, expense or damage occasioned by the use of this report. Only the Client is authorized to permit copying or distribution of this report and then only in its entirety. Any use of the Intertek name or one of its marks for the sale or advertisement of the tested material, product or service must first be approved in writing by Intertek. The observations and test results in this report are relevant only to the sample tested. This report by itself does not imply that the material, product, or service is or has ever been under an Intertek certification program. Approved by Tested by Hideaki Kosemura [Technical. Manager] Koichi Wagatsuma [ Engineer ] VLAC Responsible Party of Test Item (Product) Responsible Party : Add. : Tel. : Fax. : Contact Person : 2017 Intertek Japan K.K. Page 1 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
2 TABLE OF CONTENTS Page SECTION 1. GENERAL INFORMATION... 3 SECTION 2. SUMMARY OF TEST RESULTS... 4 SECTION 3. EQUIPMENT UNDER TEST... 5 SECTION 4. SUPPORT EQUIPMENT... 7 SECTION 5. USED CABLE(S)... 8 SECTION 6. TEST CONFIGURATION... 9 SECTION 7. OPERATING CONDITION SECTION 8. UNCERTAINTY SECTION 9. EVALUATION OF TEST RESULTS SECTION 10. LIST OF MEASURING INSTRUMENTS ANNEX APPENDIX PHOTOGRAPHS OF MAXIMUM EMISSION SET-UP 2017 Intertek Japan K.K. Page 2 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
3 SECTION 1. GENERAL INFORMATION Test Performed EUT Received May 14, 2018 Date of Test From May 15, 2018 to May 19, 2018 Standard Applied FCC Part15B -Scanning Receiver- RSS-215 Issue 2 Test methods ANSI C / RSS-GEN Issue 5 Deviation from Standard(s) None As for the ICES-003 Digital Apparatus, the EUT has been measured. Refer to report No JKA-003. As for the FCC Part15B Class B Peripherals, the EUT has been measured. Refer to report No JKA-002. Qualifications of Testing Laboratory Accreditation Scope Lab. Code Remarks VLAC EMC Testing VLAC JAPAN Filing VCCI EMC Testing A-0126 JAPAN FCC EMC Testing JP0008 USA ISED EMC Testing 2042Q-12 CANADA CB-Scheme EMC Testing TL222 IECEE Abbreviations EUT Equipment Under Test DoC Declaration of Conformity AMN Artificial Mains Network ISN Impedance Stabilization Network LISN Line Impedance Stabilization Network Q-P Quasi-peak AMP Amplifier AVG Average ATT Attenuator PK Peak ANT Antenna Cal Calibration BBA Broadband Antenna N/A Not applicable or Not available DIP Dipole Antenna LCD Liquid-Crystal Display AE Associated Equipment HDMI High-Definition Multimedia Interface 2017 Intertek Japan K.K. Page 3 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
4 SECTION 2. SUMMARY OF TEST RESULTS See Section9 for the detailed result. Emission Tests Standard Applied FCC Part15B Class B -Scanning Receiver- RSS-215 Issue 2 Test Item Minimum margin Remarks Conducted disturbance at mains terminals Radiated disturbance Conducted power on antenna port 5.6 db ( MHz) [AVG] 0.2 db ( MHz) 0.2 db ( MHz) RX mode( mhz) RX mode(vfo SCAN) RX mode(vfo SCAN:ANTRX) Test Item Results Remarks 38dB Rejection test (15.121(b)) Pass See Note Note : No frequency of response was detected Intertek Japan K.K. Page 4 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
5 SECTION 3. EQUIPMENT UNDER TEST The equipment under test (EUT) consisted of the following apparatus. 3.1 System Configuration Symbol Item Model No. Serial No. Manufacturer Remarks A HF/50MHz TRANSCEIVER TS-890S 001 JVC KENWOOD Corporation Rated Power : DC 13.8 V±15%, 3.0Amax Supplied Power :DC 13.8V Condition of Equipment Type Suppression Devices Prototype Tabletop No Modifications by the laboratory were made to the device 3.2 Overview of EUT Frequency Ranges Conversion Type 3.3 Intermediate frequency 1st 2nd 3rd MHz Double conversion MHz 24 khz (except FM) 36 khz (FM) 3.4 Highest Frequency Generated / Used Operating Frequency Operating mode Remarks 3633 MHz RX mode 2017 Intertek Japan K.K. Page 5 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
6 3.5 Port(s)/Connector(s) Port Name Connector Type Connector Pin Remarks MIC Metal type 8 pin PHONES Φ6.3 Phone Jack 3 pin PADDLE Φ6.3 Phone Jack 3 pin USB USB-A 4 pin Ext. AT Square shape type 6 pin ANT1 M 2 pin ANT2 M 2 pin ANT OUT RCA 2 pin RX IN RCA 2 pin (ANTRX) RX OUT RCA 2 pin DRV RCA 2 pin KEY Φ6.3 Phone Jack 3 pin ACC2 DIN 13 pin REMOTE DIN 7 pin COM D-SUB 9 pin LAN RJ-45 Modular 8 pin DISPLAY DVI-I 29 pin USB USB-A 4 pin USB USB-B 4 pin SP Φ3.5 Phone Jack 3 pin KEYPAD Φ3.5 Phone Jack 3 pin METER Φ3.5 Phone Jack 3 pin REF IN BNC 2 pin GND Wing Nut type 1 pin 2017 Intertek Japan K.K. Page 6 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
7 SECTION 4. SUPPORT EQUIPMENT The EUT was supported by the following equipment during the test. Symbol Item Model No. Serial No. Manufacturer Remarks FCC ID B DC Power Supply PS-60 11/ JVC KENWOOD N/A C Speaker SP-23 None JVC KENWOOD N/A D Keyboard SK-8115 CN-0J C5-0NL1 DELL E HUB SF100D-05 J16070C87 CISCO DoC F LCD(DVI) CR22WS CR22HVRPC008 84P SAMSUNG G Microphone MC JVC KENWOOD N/A H Headphone HS-6 TS-K023 JVC KENWOOD N/A I Computer D05D 2X3MYBX DELL DoC J Keyboard SK-8120 K Mouse MS-111L L AC Adapter MU A1 CN-03C8WD EEN-A0 CN-09RRC KWX DELL DELL DoC DoC DoC DoC X000 CISCO N/A M Terminator CT-01 EM117 TME N/A N Terminator CT-01 EM120 TME N/A O Terminator None None JVC KENWOOD N/A P Terminator None None JVC KENWOOD N/A Q Terminator None None JVC KENWOOD N/A R USB Memory U pq1 DoC S LCD(VGA) L1506 CNK6020V8H HP DoC T Printer C8154A TH571320G6 HP DoC U AC Adapter E L HP N/A Supplied Power: F, I, L, S, U AC120 V, 60 Hz 2017 Intertek Japan K.K. Page 7 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
8 SECTION 5. USED CABLE(S) The following cable(s) was used for the test. No. Name Length (m) Shield Metal Connector 1 MIC cable 0.45 No Yes Ferrite Core 2 HEAD PHONE cable 1.50 No No 3 PADDLE cable 1.00 No No 4 Power cable for EUT (DC) 1.80 No No 5 Speaker cable 1.00 No No 6 USB Keyboard cable 2.00 Yes Yes 7 LAN cable 1.00 No No 8 DVI-D cable 1.10 Yes Yes 9 REF cable 1.00 Yes Yes 10 KEYPAD cable 1.00 No No 11 DRV cable 1.00 No No 12 ACC cable 1.00 No No 13 REMOTE cable 1.00 No No 14 METER cable 1.00 No No 15 KEY cable 1.00 No No 16 COM cable 1.50 Yes Yes 17 AT cable 1.00 No No 18 GND cable 1.20 No No 19 USB cable 1.50 Yes Yes 20 Power cable for DC Power Supply (AC) 2.00 No No 21 Power cable for Hub (DC) 1.50 No No 22 Power cable for LCD(DVI) 2.00 No No 23 Mouse cable 1.80 Yes Yes 24 Keyboard cable 2.10 Yes Yes 25 Centronics cable 2.50 Yes Yes 26 VGA cable 1.50 Yes Yes 27 Power cable for Computer 1.80 No No 28 Power cable for LCD(VGA) 2.00 No No 29 Power cable for Printer(DC) 1.70 No No 30 Power cable for Printer(AC) 2.20 No No 2017 Intertek Japan K.K. Page 8 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
9 SECTION 6. TEST CONFIGURATION 6.1 Conducted disturbance at mains terminals Tests, Radiated disturbance tests and Conducted power on antenna port : EUT : Ferrite core OPEN G H R A* 19 ANT ANT 1 2 M N RXIN (ANT RX) O RX OUT P ANT OUT Q T U K 27 I J 26 S OPEN B 20 C D E L 21 F 22 AC 120V 60Hz AC 120V 60Hz AC 120V 60Hz AC 120V 60Hz AC 120V 60Hz AC 120V 60Hz The symbols and numbers assigned to the equipments and cables on this diagram correspond to the ones in Sections 3 to Intertek Japan K.K. Page 9 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
10 6.2 38dB Rejection Tests : EUT : Ferrite core A* ANT 1 M ANT 2 N RXIN (ANTRX) O RX OUT P ANT OUT Q 4 18 B 20 AC 120V 60Hz The symbols and numbers assigned to the equipments and cables on this diagram correspond to the ones in Sections 3 to Intertek Japan K.K. Page 10 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
11 SECTION 7. OPERATING CONDITION The test was carried out under the following mode. 7.1 RX mode Cycle time for operation: Continuity Enter RF Frequency (0.1000MHz, MHz, MHz) Start up RX (0.1000MHz, MHz, MHz) Computer receives audio data from EUT. (Test Program: ARUA-10 Ver4.00) 7.2 RX mode (VFO SCAN) Cycle time for operation: Continuity Enter MHz Start up SCAN Scan Frequency reaches 60MHz Computer receives audio data from EUT. (Test Program: ARUA-10 Ver4.00) 2017 Intertek Japan K.K. Page 11 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
12 SECTION 8. UNCERTAINTY Traceability to national standard in SI units is ensured with these values. Compliance with the limits in this standard are determined without in consideration of the measurement uncertainty of the measurement instrumentation. 8.1 Emission tests Radiated disturbance at 3 m U lab [k = 2] U cispr 30 MHz 1000 MHz +/ db 6.3 db Above 1 GHz +/ db 5.2 db Radiated disturbance at 10 m 30 MHz 1000 MHz +/ db 6.3 db Above 1 GHz +/ db Nil Conducted disturbance at mains terminals 9 khz 150 khz +/ db 3.8 db 150 khz 30 MHz +/ db 3.4 db Conducted disturbance at terminals (High Voltage Probe) 150 khz 30 MHz +/ db 2.9 db Conducted disturbance at telecommunication ports (ISN) 150 khz 30 MHz +/ db 5.0 db Conducted disturbance at telecommunication ports (Capacitive Voltage Probe) 150 khz 30 MHz +/ db 3.9 db Conducted disturbance at telecommunication ports (Current Probe) 150 khz 30 MHz +/ db 2.9 db Disturbance power 30 MHz 300 MHz +/ db 4.5 db Conducted power on antenna port 30 MHz 1000 MHz +/ db Above 1 GHz +/ db 38dB Rejection Nil 0.1 MHz 600 MHz +/ db Nil The above expanded instrumentation uncertainty, U lab., is estimated in accordance with CISPR : Intertek Japan K.K. Page 12 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
13 SECTION 9. EVALUATION OF TEST RESULTS 9.1 Emission tests Conducted disturbance at mains terminals Location Test Engineer Kashima No.12 Test Site Koichi Wagatsuma Frequency Range of Measurements Required Measurement Frequency Range Measured Frequency Range MHz MHz Test Procedure Item Conducted disturbance at mains terminals Document number LEN-RJP-EM001 Setting for the Measuring instruments Instrument Detector Resolution Bandwidth Video Bandwidth Receiver Quasi Peak 10 khz N/A Average 10 khz N/A < Measurement data correction > Emission Level = Meter Reading + Factor Margin = Limit- Emission Level Factor = LISN Factor + Cable Loss + Attenuator < Sample Calculations > MHz (RX mode(0.1000mhz)) Emission Level = 17.7 [dbuv] [db] = 27.9 [dbuv] 2017 Intertek Japan K.K. Page 13 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
14 Result of Conducted disturbance at mains terminals RX mode (0.1000MHz) Intertek Japan K.K. Page 14 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
15 RX mode ( MHz) Intertek Japan K.K. Page 15 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
16 RX mode ( MHz) Intertek Japan K.K. Page 16 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
17 9.1.2 Radiated disturbance Location Test Engineer Kashima No.12 Test Site Koichi Wagatsuma Frequency Range of Measurements Operating mode RX mode(0.1000mhz) RX mode( mhz) RX mode( mhz) RX mode(vfo SCAN) Test Procedure Item Radiated disturbance Required Frequency Range Measured Frequency Range MHz MHz Document number LEN-RJP-EM003 Setting for the Measuring instruments Frequency [MHz] Instrument Detector Resolution Bandwidth Video Bandwidth Receiver Quasi Peak 120 khz N/A Above 1000 Spectrum Analyzer Peak 1 MHz 1 MHz Average 1 MHz 10 Hz < Measurement data correction > Emission Level = Meter Reading + Factor Margin = Limit - Emission Level Factor = Antenna Factor + Cable Loss - Amplifier Gain + Attenuator (+ Distance Conversion Factor)* * For other than Standard distance: Distance Conversion Factor = 20 log (Measurement distance / Standard distance) < Sample Calculations > MHz (RX mode(0.1000mhz)) Emission Level = 35.6 [dbuv] 1.0 [db/m] = 34.6 [dbuv/m] 2017 Intertek Japan K.K. Page 17 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
18 Operating Condition RX mode(0.1000mhz) RX mode( mhz) RX mode( mhz) RX mode(vfo SCAN) Frequency Range Measurement distance MHz 3 m Above 1 GHz 3.10 m Absorber placement and Receive Antenna location in Radiated disturbance above 1 GHz 0.4 [m] 2.6 [m] 3.6 [m] EUT Measurement Distance] Receiving Antenna Validated test volume 3.0 [m] : Absorber RIKEN PFP30( mm) 14 : Absorber RIKEN PFP20( mm) Intertek Japan K.K. Page 18 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
19 Result of Radiated disturbances RX mode(0.1000mhz) MHz Intertek Japan K.K. Page 19 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
20 MHz Intertek Japan K.K. Page 20 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
21 RX mode( mhz) MHz Intertek Japan K.K. Page 21 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
22 MHz Intertek Japan K.K. Page 22 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
23 RX mode( mhz) MHz Intertek Japan K.K. Page 23 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
24 MHz Intertek Japan K.K. Page 24 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
25 RX mode(vfo SCAN) MHz Intertek Japan K.K. Page 25 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
26 MHz Intertek Japan K.K. Page 26 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
27 9.1.3 Conducted power on antenna port Location Test Engineer Kashima No.12 Test Site Koichi Wagatsuma Frequency Range of Measurements Operating mode RX mode(0.1000mhz)ant1 RX mode( mhz)ant1 RX mode( mhz)ant1 RX mode(vfo SCAN)ANT1 RX mode(0.1000mhz)ant2 RX mode( mhz)ant2 RX mode( mhz)ant2 RX mode(vfo SCAN)ANT2 RX mode(0.1000mhz)antrx RX mode( mhz)antrx RX mode( mhz)antrx RX mode(vfo SCAN)ANTRX Test Procedure Item Conducted power on antenna port Required Frequency Range Measured Frequency Range MHz MHz Document number LEN-RJP-TE101 Setting for the Measuring instruments Frequency [MHz] Instrument Detector Resolution Bandwidth Video Bandwidth Receiver Quasi Peak 120 khz N/A Above 1000 Spectrum Analyzer Peak 1 MHz 1 MHz < Measurement data correction > Emission Level = Meter Reading + Factor Margin = Limit - Emission Level Factor = Pad + Cable Loss Amplifier Gain < Sample Calculations > MHz (RX mode(0.1000mhz)ant1) Emission Level = 33.9 [dbuv] 14.2 [db] = 19.7 [dbuv] 2017 Intertek Japan K.K. Page 27 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
28 Result of Conducted power on antenna port RX mode(0.1000mhz)ant MHz Intertek Japan K.K. Page 28 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
29 MHz Intertek Japan K.K. Page 29 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
30 RX mode( mhz)ant MHz Intertek Japan K.K. Page 30 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
31 MHz Intertek Japan K.K. Page 31 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
32 RX mode( mhz)ant MHz Intertek Japan K.K. Page 32 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
33 MHz Intertek Japan K.K. Page 33 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
34 RX mode(vfo SCAN)ANT MHz Frequency [ MHz ] Reading [ dbuv ] Factor [ db ] Emission [ dbuv ] Limit [ dbuv ] Margin [ db ] Higher six points are underlined. Other frequencies : Below the FCC Part15B (15.111) limit Emission Level = Read + Factor (Attenuator, Cable, Preamp) Limit : 2nW = 50dBuV (50ohm impedance) 2017 Intertek Japan K.K. Page 34 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
35 MHz Frequency [ MHz ] Reading [ dbuv ] Factor [ db ] Emission [ dbuv ] Limit [ dbuv ] Margin [ db ] Higher six points are underlined. Other frequencies : Below the FCC Part15B (15.111) limit Emission Level = Read + Factor (Attenuator, Cable, Preamp) Limit : 2nW = 50dBuV (50ohm impedance) 2017 Intertek Japan K.K. Page 35 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
36 RX mode(0.1000mhz)ant MHz Intertek Japan K.K. Page 36 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
37 MHz Intertek Japan K.K. Page 37 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
38 RX mode( mhz)ant MHz Intertek Japan K.K. Page 38 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
39 MHz Intertek Japan K.K. Page 39 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
40 RX mode( mhz)ant MHz Intertek Japan K.K. Page 40 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
41 MHz Intertek Japan K.K. Page 41 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
42 RX mode(vfo SCAN)ANT MHz : Data : FCC Part15B (15.111)(QP) Frequency [ MHz ] Reading [ dbuv ] Factor [ db ] Emission [ dbuv ] Limit [ dbuv ] Margin [ db ] Higher six points are underlined. Other frequencies : Below the FCC Part15B (15.111) limit Emission Level = Read + Factor (Attenuator, Cable, Preamp) Limit : 2nW = 50dBuV (50ohm impedance) 2017 Intertek Japan K.K. Page 42 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
43 MHz Frequency [ MHz ] Reading [ dbuv ] Factor [ db ] Emission [ dbuv ] Limit [ dbuv ] Margin [ db ] Higher six points are underlined. Other frequencies : Below the FCC Part15B (15.111) limit Emission Level = Read + Factor (Attenuator, Cable, Preamp) Limit : 2nW = 50dBuV (50ohm impedance) 2017 Intertek Japan K.K. Page 43 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
44 RX mode(0.1000mhz)antrx MHz Intertek Japan K.K. Page 44 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
45 MHz Intertek Japan K.K. Page 45 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
46 RX mode( mhz)antrx MHz Intertek Japan K.K. Page 46 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
47 MHz Intertek Japan K.K. Page 47 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
48 RX mode( mhz)antrx MHz Intertek Japan K.K. Page 48 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
49 MHz Intertek Japan K.K. Page 49 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
50 RX mode(vfo SCAN)ANTRX MHz Frequency [ MHz ] Reading [ dbuv ] Factor [ db ] Emission [ dbuv ] Limit [ dbuv ] Margin [ db ] Higher six points are underlined. Other frequencies : Below the FCC Part15B (15.111) limit Emission Level = Read + Factor (Attenuator, Cable, Preamp) Limit : 2nW = 50dBuV (50ohm impedance) 2017 Intertek Japan K.K. Page 50 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
51 MHz Frequency [ MHz ] Reading [ dbuv ] Factor [ db ] Emission [ dbuv ] Limit [ dbuv ] Margin [ db ] Higher six points are underlined. Other frequencies : Below the FCC Part15B (15.111) limit Emission Level = Read + Factor (Attenuator, Cable, Preamp) Limit : 2nW = 50dBuV (50ohm impedance) 2017 Intertek Japan K.K. Page 51 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
52 9.2 38dB Rejection Test Location Test Engineer Kashima No.12 Test Site Koichi Wagatsuma Date Tested From May 17, 2018 to May 18, 2018 Temperature Variation [degc] Humidity Variation [%] Test Procedure Item 38dB Rejection test Document number LEN-RJP-TE Result of 38dB Rejection VFO SCAN mode (ANT1) Injected Frequency [MHz] Detected Frequency [MHz] No Point Detected No Point Detected No Point Detected No Point Detected No Point Detected No Point Detected 12dB SINAD Reading Injected Frequency [dbm] 12dB SINAD Reading Detected Frequency Rejection Level [db] Margin [db] See Note See Note - - See Note See Note - - See Note See Note - - See Note See Note - - See Note See Note - - See Note See Note - - Note : There was no need to carry out the measurements because no point was detected. SG Input Level = 73dBuV SG Reference Level = 5.0dBuV (the worst case sensitivity) 2017 Intertek Japan K.K. Page 52 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
53 VFO SCAN mode (ANT2) Injected Frequency [MHz] Detected Frequency [MHz] No Point Detected No Point Detected No Point Detected No Point Detected No Point Detected No Point Detected 12dB SINAD Reading Injected Frequency [dbm] 12dB SINAD Reading Detected Frequency Rejection Level [db] Margin [db] See Note See Note - - See Note See Note - - See Note See Note - - See Note See Note - - See Note See Note - - See Note See Note - - Note : There was no need to carry out the measurements because no point was detected. SG Input Level = 72dBuV SG Reference Level = 6.0dBuV (the worst case sensitivity) VFO SCAN mode (ANTRX) Injected Frequency [MHz] Detected Frequency [MHz] No Point Detected No Point Detected No Point Detected No Point Detected No Point Detected No Point Detected 12dB SINAD Reading Injected Frequency [dbm] 12dB SINAD Reading Detected Frequency Rejection Level [db] Margin [db] See Note See Note - - See Note See Note - - See Note See Note - - See Note See Note - - See Note See Note - - See Note See Note - - Note : There was no need to carry out the measurements because no point was detected. SG Input Level = 70dBuV SG Reference Level = 4.0dBuV (the worst case sensitivity) 2017 Intertek Japan K.K. Page 53 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
54 SECTION 10. LIST OF MEASURING INSTRUMENTS Test instruments are calibrated according to Quality Manual and Calibration Rules of Intertek Japan K.K. All measurements equipment used for the measurement is calibrated based on standard. Each measurement result is traceable to national or international standards. Antenna used for the measurement is calibrated based on the ANSI C63.5. Instrument Model No. Serial No. Manufacturer Cal. Interval Effective period Conducted disturbance at mains terminals LISN(EUT) ESH2-Z /012 Rohde & Schwarz 1Y Dec. 31, 2018 LISN(Peripheral) KNW KYORITSU 1Y Jan. 31, dB LISN Pad CFA-01 KSR00246 TME 1Y Dec. 31, dB LISN Pad CFA-01 KSR00255 TME 1Y Jan. 31, ohm Termination CT-01 A120CON50 TME 1Y Feb. 28, 2019 Coaxial cable RG-5A/U (14.0 m) R2 Intertek 1Y Nov. 30, 2018 Coaxial cable 10D-2W (7.0m) R4 Intertek 1Y Nov. 30, 2018 Coaxial cable RG-5A/U (4.0 m) R6 Intertek 1Y Nov. 30, 2018 Coaxial cable RG-5A/U(0.6 m) R7 Intertek 1Y Nov. 30, 2018 Coaxial cable 5D-2W (1.2 m) R10 Intertek 1Y Nov. 30, 2018 MXE EMI Receiver N9038A MY Agilent 1Y Nov. 30, 2018 RF Switch ACX-150 A Intertek 1Y Nov. 30, 2018 Radiated disturbance Broad Band antenna VULB9168WP 288 Schwarzbeck 1Y May. 31, dB Attenuator UFA-01 A TME 1Y Nov. 30, 2018 Amplifier ZX G 002 Intertek 1Y Nov. 30, 2018 Coaxial Cable 5D-2W(14.0m) R11 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable 5D-2W(8.0 m) R1 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable 10D-2W(7.0 m) R3 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable RG-5A/U(4.0 m) R5 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable RG-5A/U(0.6 m) R7 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable 5D-2W(1.2 m) R10 FUJIKURA 1Y Nov. 30, 2018 RF Switch ACX-150 A Intertek 1Y Nov. 30, 2018 Double ridged antenna EMCO 1Y Apr. 30, 2019 Horn Antenna with Preamplifier MLA B TSJ 1Y Mar. 31, db Attenuator B KSR00089 SUHNER 1Y May. 31, 2019 Amplifier (1-18 GHz) TPA TOYO 1Y May. 31, 2019 Coaxial cable(g1) SUCOFLEX /4(R14) SUHNER 1Y May. 31, 2019 Coaxial cable(g2) 5B (R15) Candox 1Y May. 31, 2019 Coaxial Cable (G3) 5B Candox 1Y May. 31, 2019 MXE EMI Receiver N9038A MY Agilent 1Y Nov. 30, 2018 Spectrum Analyzer N9030ARev.A,08,54) US Agilent 1Y Mar. 31, 2019 Site Attenuation Y Mar. 31, 2019 SVSWR Y Feb. 28, Intertek Japan K.K. Page 54 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
55 Common Testing Software emit (Version 3,0,0,0) 2017 Intertek Japan K.K. Page 55 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
56 Conducted power on antenna port 6dB Attenuator UFA-01 A TME 1Y Nov. 30, 2018 Amplifier ZX G 002 Intertek 1Y Nov. 30, 2018 Coaxial Cable 5D-2W(14.0m) R11 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable 5D-2W(8.0 m) R1 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable 10D-2W(7.0 m) R3 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable RG-5A/U(4.0 m) R5 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable RG-5A/U(0.6 m) R7 FUJIKURA 1Y Nov. 30, 2018 Coaxial cable 5D-2W(1.2 m) R10 FUJIKURA 1Y Nov. 30, 2018 RF Switch ACX-150 A Intertek 1Y Nov. 30, 2018 MXE EMI Receiver N9038A MY Agilent 1Y Nov. 30, 2018 Testing software emit (Version 3,0,0,0) dB Attenuator 8493C HP 1Y Feb. 28, 2019 Amplifier 83051A 3332A00329 HP 1Y Dec. 31, 2018 Coaxial Cable (AG1) SUCOFLEX 104PE 94704/4PE SUHNER 1Y Feb. 28, 2019 Coaxial Cable (AG2) SUCOFLEX 102EA 712/2EA SUHNER 1Y Feb. 28, dB Rejection test Audio Analyzer 8903B 2948A07326 Hewlett Packard 1 Y Mar. 31, 19 Coaxial Cable SUCOFLEX /4 SUHNER 1 Y Feb. 28, 19 Signal Generator SMB 100A Rohde&Schwarz 1 Y Apr. 30, Intertek Japan K.K. Page 56 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
57 ANNEX 2017 Intertek Japan K.K. Page 57 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
58 A. TEST PROCEDURE(S) Test was carried out under the following conditions. Conducted disturbance at mains terminals Test setup as per standard Shielded Room 2.0 m 10 cm Wooden table Rear of EUT to be flushed with rear of table top 1 m 80 cm to ground plane AMN 50μH//50Ω 80 cm 40 cm minimum AMN 50μH//50Ω Bonded to horizontal ground plane 40 cm to vertical reference plane Bonded to horizontal ground plane Diagram of the measuring instruments * Reference Ground plane : greater than 2 x 2m LISN ATT. R2 Joint Connector R4 R6 RF Switch R7 RF Switch R10 Receiver [ Preliminary Measurement ] EUT is tested on all operating conditions. The spectrum analyzer is controlled by the computer program to sweep the frequency range to be measured, then spectrum chart is plotted out to find the worst emission conditions in operating mode and/or configuration decision for the final test. All leads other than safety ground are tested. [ Final Measurement ] The EUT is operated in the worst emission condition found by the preliminary test. The equipment and cables are arranged or manipulated within the range of the test standard in the above condition. At least six highest spectrum are measured in quasi-peak and average (if necessary) using the test receiver Intertek Japan K.K. Page 58 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
59 Radiated disturbance Test setup as per standard 2.0 m 10 cm Wooden table Rear of EUT to be flushed with rear of table top 1 m 80 cm to ground plane 40 cm minimum Turntable Diagram of the measuring instruments ( MHz ) ATT. R11 Joint Connector R1 Amplifier R3 R5 RF Switch R7 RF Switch R10 Receiver Above 1GHz(1-18GHz) Antenna ATT. G1 Amplifier G2 Spectrum Analyzer Above 1GHz( GHz) Antenna G3 Spectrum Analyzer [ Preliminary Measurement ] EUT is tested on all operating conditions. The spectrum analyzer is set max-hold mode and swept during turntable was rotated 0 to 360 degree, And find the worst emission conditions in configuration, operating mode, or ambient noise notation. [ Final Measurement ] The EUT operated in the worst emission condition found by the preliminary test. The turntable azimuth (EUT direction) and antenna height are adjusted the position so that maximum field strength is obtained for each frequency spectrum to be measured. The equipment and cables are arranged or manipulated within the range of the test standard in the above condition. At least six highest spectrums are measured by the test receiver (quasi-peak) and spectrum analyzer (peak and average). When the uncertain result was obtained ( MHz), the measurement is retried by using the half wave dipole antenna instead of the broadband antenna Intertek Japan K.K. Page 59 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
60 Conducted Power on Antenna port (15.111) Diagram of the measuring instruments ( MHz ) ATT. R11 Joint Connector R1 Amplifier R3 R5 RF Switch R7 RF Switch R10 Receiver Above 1GHz ATT. AG1 Amplifier AG2 Spectrum Analyzer [ Preliminary Measurement ] EUT is tested on all operating conditions. The spectrum analyzer is controlled by the computer program to sweep the frequency range to be measured, then spectrum chart are plotted out to find the worst emission conditions in operating mode and/or configuration decision for the final test. [ Final Measurement ] The EUT is operated in the worst emission condition found by the preliminary test. The equipment and cables are arranged or manipulated within the range of the test standard in the above condition. At least six highest spectrum are measured by the test receiver (quasi-peak) and the spectrum analyzer or the test receiver (peak) Intertek Japan K.K. Page 60 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
61 38dB Rejection test Schema for the 38dB rejection measurement Signal Generator EUT Audio Analyzer [ Preliminary Measurement ] The Signal Genarator conditions : Output level = 66 dbuv + SG Reference Level (the worst case sensitivity) Modulation = Frequency modulated to 1 khz tone at 3 khz peak deviation. Frequency Points = MHz, MHz, MHz MHz, MHz, MHz (The Cellular Radiotelephone Service mobile and base frequency bands) The EUT condition : Scanning Frequency = MHz (Minimum Scan Step). Scan stopped point, was the detected frequency. [ Final Measurement ] Injected 12dB SINAD Reading (SG RF Output) The EUT condition : Frequency = Scan stopped point The Signal Genarator condition : Frequency = Cellular point Detected 12dB SINAD Reading (SG RF Output) The EUT condition : Frequency = Scan stopped point The Signal Genarator condition : Frequency = Scan stopped point Under the requirements of Section15.121(b) of the Rule. Injected 12dB SINAD Reading Detected 12dB SINAD Reading = 38 db or more Intertek Japan K.K. Page 61 of 61 LFT-FJP-EM023 / Effective Date: 09 Jun 2017
TEST REPORT. : FCC Part15B Class B. Report No. JM FCC ID : K
Report No. JM10110020 TEST REPORT STANDARD : FCC Part15B Class B Applicant Kenwood Corporation 1-16-2, Hakusan, Midori-ku, Yokohama-shi, Kanagawa 226-8525 Japan Tel.: +81 45 939 6254 Testing Laboratory
Page 2 of 20. Table of contents. Page
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JAPAN QUALITY ASSURANCE ORGANIZATION 21-25, KINUTA 1-CHOME, SETAGAYA-KU, TOKYO JAPAN PHONE (03) , FAX (03)
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