Lab Test Data 2

0274-EX-ST-2006 Text Documents

Kenwood USA Corporation

2006-04-21ELS_75657

FALSE TRUE 4 CERTIFICATE OF COMPLIANCE Regulation : FCC Part 2, 90, 90.210 Applicant Testing Laboratory Kenwood Corporation Akzo Nobel K. K. Kashima No.1 Test site 1-16-2, Hakusan, Midori-ku, Yokohama-shi FCC Registration Number : 934283 Kanagawa, 226-8525 Japan 1, Sunayama, Kamisu-shi, Ibaraki-ken Tel.: +81 45 939 6254 Fax.: +81 45 939 7093 314-0255 Japan Tel.: +81 479 40 1097 Fax.: +81 479 46 1788 e-mail: kashima-site@akzoemc.co.jp URL: www.akzoemc.co.jp Equipment type UHF DIGITAL REPEATER Trademark KENWOOD Model(s) TKR-5800 Serial No. None FCC ID K4437144110 Measurement Method ANSI/TIA/EIA-603B-2002 Deviation from standard(s) No deviation Test Result Complied Report Number ANKK-105300 Report issue date December 01, 2005 This equipment has been shown to be capable of compliance with the applicable standard(s) as indicated in the test report. I attest to the accuracy of data. All measurements reported herein were performed by me or were made under my supervision and are correct to the best of my knowledge and belief. I assume full responsibility for the completeness of these measurements and vouch for the qualifications of all persons taking them. This test report shall not be reproduced partially, or in full, without the prior written approval of Akzo Nobel K. K. The results and statements contained in this report pertain only to the equipment evaluated. Approved by Tested by Takeshi Yamanaka / [Site Manager] Naoki Ikeda ©Akzo Nobel K. K. EMC Div. Page 1 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 TABLE OF CONTENTS Page SECTION 1. GENERAL INFORMATION 3 SECTION 2. TEST AND MEASUREMENT DATA 5 SECTION 3. MEASUREMENT RESULT 6 SECTION 4. TEST DATA 4.1 Carrier Output Power (Conducted) 7 4.2 Unwanted Emissions (Transmitter Conducted) 8 4.3 Field Strength of Spurious Radiation 10 4.4 Emission Masks (Occupied Bandwidth) 14 4.5 Transient Frequency Behavior 17 4.6 Audio Frequency Response / Audio Low Pass Filter (Voice Input) 21 4.7 Modulation Limiting 23 4.8 Frequency Stability (Temperature Variation) 25 4.9 Frequency Stability (Voltage Variation) 27 4.10 Necessary Bandwidth and Emission Bandwidth 29 SECTION 5. VALIDITY OF TEST REPORT 30 SECTION 6. DESCRIPTION OF TEST SITE 30 APPENDIX PHOTOGRAPHS ©Akzo Nobel K. K. EMC Div. Page 2 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 SECTION 1.1 GENERAL INFORMATION DESCRIPTION OF TEST ITEM Kind of EUT : UHF DIGITAL REPEATER Condition of EUT : Prototype Type : Table-top type Trademark : KENWOOD Model number : TKR-5800 Serial number : None Emission Designation : 11K0F3E / 6K00F1E / 6K00F1D Frequency Range : 450 to 483 MHz Output Power : 0.5 to 5 W (Continuously Variable to 0.5 W) Number of Channel : 30 Channel Spacing : 12.5 kHz / 6.25 kHz Antenna Impedance : 50 Ω Norminal TEST PERFORMED EUT Received : November 15, 2005 Test started : November 18, 2005 Test completed : November 30, 2005 Temperature : 21 to 25 degree C Humidity : 25 to 48 % Atmospheric : 100 to 102.9 kPa Voltage : DC 13.8 V +/- 15% Current : 4A Maximum Frequency : None TEST TRACABILITY Tracability to national standards of test result is achieved by means of calibration tractability to national or international standards. ABBREVIATIONS EUT = Equipment Under Test Cal Exp. = Calibration Expire D.R.G. Antenna = Double Rigid Guide Antenna ©Akzo Nobel K. K. EMC Div. Page 3 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 SECTION 1.2 GENERAL INFORMATION REQUIRED FOR CERTIFICATION In Accordance with FCC Rules and Regulations, Volume II, Part 2 and 90 Sub-part 2.1033 (c)(1) APPLICANT AND MANUFACTURER INFORMATION APPLICANT Company : Kenwood Corporation Address : 1-16-2, Hakusan, Midori-ku, Yokohama-shi Kanagawa, 226-8525 Japan Attenuation : Tamaki Shimamura Manager, Communications Equipment Division MANUFACTURER Company : Kenwood Corporation Address : 1-16-2, Hakusan, Midori-ku, Yokohama-shi, Kanagawa, 226-8525 Japan (c)(2) FCC ID FCC ID : K4437144110 Model number : TKR-5800 (c)(3) INTRUCTION MANUAL(S) Instruction manual(s) : Please refer to attached Exhibits F (c)(4) TYPE OF EMISSION Emission Designation : 11K0F3E / 6K00F1E / 6K00F1D (c)(5) FREQUENCY RANGE Frequency Range : 450 to 483 MHz (c)(6) POWER RATING Output Power : 0.5 to 5 W Type : Variable (c)(7) MAXIMUM POWER RATING Output Power : 5W OTHER INFORMATION Number of Channel : 30 Channel Spacing : 12.5 kHz / 6.25 kHz Antenna Impedance : 50 Ω Norminal Note a. DC Power Supply cable is supplied together with EUT by the applicant. b. One core of DC Power Supply cable is supplied together with EUT by the applicant. ©Akzo Nobel K. K. EMC Div. Page 4 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 SECTION 2. TEST AND MEASUREMENT DATA All test and measurements indicated in this document were performed in accordance with the Code of Federal Regulations Title 47 Part 2, Sub-part J and Industry Canada as the following individual parts: FCC RULE TEST ITEM Tested Part 21 Domestic Public Fixed radio Services N.A. Part 22 Non Cellular N.A. Part 22 Public Mobile Services N.A. Part 22 Subpart H - Cellular Radiotelephone Service N.A. Part 22 Alternative technologies and auxiliary service N.A. Part 23 International Fixed Public Radiocommunication service N.A. Part 24 Personal Communications Services N.A. Part 74 Subpart H - Low Power Auxiliary Stations N.A. Part 80 Stations in the Maritime Services N.A. Part 80 Subpart E - general Technical Standards N.A. Part 80 Subpart F - Equipment Authorization for Compulsory Ships N.A. Part 80 Subpart K - Private Coast Stations and Marine Utility Stations N.A. Part 80 Subpart S - Compulsory radiotelephone Installations for Small N.A. Passenger Boats Part 80 Subpart T - Radiotelephone Installation Required for Vessels on the N.A. Great Lakes Part 80 Subpart U - Radiotelephone Installations Required by the Bridge-to- N.A. Bridge Act Part 80 Subpart V - Emergency Position Indicating Radiobeacons (EPIRB'S) N.A. Part 80 Subpart W - Global Maritime Distress and Safety System (GMDSS) N.A. Part 80 Subpart X - Voluntary Radio Installations N.A. Part 87 Aviation Services N.A. Part 90 Private Land Mobile radio Services YES Part 94 Private Operational - Fixed Microwave Service N.A. Part 95 Subpart A - General Mobile radio Service N.A. Part 95 Subpart C - Radio Control (R/C) radio Service N.A. Part 95 Subpart D - Citizens Band (CB) Radio Service N.A. Part 95 Subpart E -Family radio Service N.A. Part 95 Subpart F -Interactive Video and Data Service (IVDS) N.A. Part 97 Amateur Radio Service N.A. Part 101 Fixed Microwave Service N.A. IC RULE TEST ITEM Tested RSS-119 Land Mobile and Fixed Radio Transmitters and Receivers N.A. ©Akzo Nobel K. K. EMC Div. Page 5 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 SECTION 3. MEASUREMENT RESULT FCC IC TEST ITEM RESULTS Part2 Part90 2.1046 - 6.2 Carrier Output Power (Conducted) PASS (a) 2.1051 90.210 6.3 Unwanted Emissions (Transmitter Conducted) PASS 2.1053 90.210 6.3 Field Strength of Spurious Radiation PASS (a) 2.1049 90.210 6.4 Emission Masks (Occupied Bandwidth) PASS (c) (1) - 90.214 6.5 Transient Frequency Behavior PASS 2.1047 90.242 6.6 Audio Low Pass Filter (Voice Input) PASS (a) (b) (8) 2.1047 - 6.6 Audio Frequency Response PASS (a) 2.1047 - 6.6 Modulation Limiting PASS (b) 2.1055 90.213 7 Frequency Stability (Temperature Variation) PASS (a) (1) (a) 2.1055 90.213 7 Frequency Stability (Voltage Variation) PASS (d) (1) (a) Limitation on Results The test result of this report is effective equipment under test itself and under the test configuration descried on the report. This test report dose not assure that whether the test result taken in other testing laboratory is compatible or reproducible to the test result on this report or not. ©Akzo Nobel K. K. EMC Div. Page 6 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 SECTION 4. TEST DATA 4.1 Carrier Output Power (Conducted) REGULATIONS : 47 CFR 2.1046 (a) TEST METHOD/GUIDE : ANSI/TIA/EIA-603B-2002, section 2.2.1.2 TEST PROCEDURE 1 The EUT and test equipment were set up as shown on the following page. 2 The EUT was conducted to a resistive coaxial attenuator of normal load impedance. RF Power (dBm) = Power Meter reading (dBm) + Attenuator Loss (dB) + Cable Loss (dB) RF Power (W) = 10^(RF Power (dBm)/10)/1000 TEST EQUIPMENTS No. Equipment Manufacture Model No. Serial No. Cal Exp. 1 Power Meter Hewlett Packard E4418B GB38410265 Sep-06 2 Power Sensor Hewlett Packard 8482A 2607A11551 Jan-06 3 Attenuator (20dB) Weinschel 40-20-34 AA5701 Jul-06 4 Attenuator (30dB) Weinschel WA-29-30-34 8923 Jul-06 5 50Ω Termination TME CT-01 None Oct-06 6 DC Power Supply DAIWA PS-3020 None None 7 Digital Multi Meter Sanwa CD721 3215593 Apr-06 MEASUREMENT EQUIPMENT CONFIGURATION Attenuator Power Sensor Power Meter Termination EUT RX port PTT SW DC Power Supply Digital Multi Meter (DC) :Ferrite core UNCERTAINTY Measurement uncertainty is +/- 0.5dB (k = 2) TEST RESULTS Measured for the worst case No. Frequency Setting RF Power (MHz) (W) 1 450.025 Low High Power 5 2 466.525 Mid High Power 5 3 482.975 High High Power 5 4 450.025 Low Low Power 0.5 5 466.525 Mid Low Power 0.5 6 482.975 High Low Power 0.5 ©Akzo Nobel K. K. EMC Div. Page 7 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 4.2 Unwanted Emissions (Transmitter Conducted) REGULATIONS : 47 CFR 2.1051, 90.210 TEST METHOD/GUIDE : ANSI/TIA/EIA-603B-2002, section 2.2.13.2 TEST PROCEDURE 1 The EUT and test equipment were set up as shown on the following page. 2 Modulate the transmitter with a 2.5 kHz sine wave at an input Level of 16 dB greater than that necessary to produce 50 % of rated system deviation. 3 Adjust the spectrum analyzer for the following setting: a) Resolution Bandwidth : 10 kHz (< 1 GHz), 1 MHz (> 1 GHz). b) Video Bandwidth : 30 kHz (< 1 GHz), 3 MHz (> 1 GHz). c) Sweep Speed : 50 msec. d) Detector mode : Average 4 The emissions were measured for the worst case as follows: a) : within a band of frequencies defined by the carrier frequency plus and minus one channel. b) : from the lowest frequency generated in the EUT and to at least the 10th harmonic of the carrier frequency, or 40 GHz, whichever is lower. TEST EQUIPMENTS No. Equipment Manufacture Model No. Serial No. Cal Exp. 1 Audio Generator ANRITSU MG443B 1004468 Jun-06 2 Attenuator (20dB) Weinschel 40-20-34 AA5701 Jul-06 3 Attenuator (30dB) Weinschel WA-29-30-34 8923 Jul-06 4 Modulation Analyzer Hewlett Packard 8901B 3403A04852 Mar-06 5 Signal Generator Hewlett Packard 8567B 3247U03266 Feb-06 6 Spectrum Analyzer Agilent E7403A MY42000062 Jul-06 7 50Ω Termination TME CT-01 None Oct-06 8 DC Power Supply DAIWA PS-3020 None None 9 Digital Multi Meter Sanwa CD721 3215593 Apr-06 MEASUREMENT EQUIPMENT CONFIGURATION RX port MIC. EUT Termination B Audio Generator (OUT 600Ω) Attenuator PTT A DC Power Digital Multi Signal Modulation Spectrum Supply Meter Generator Analyzer Analyzer (DC) (IN 50Ω) :Ferrite core UNCERTAINTY Measurement uncertainty is +/- 1.2 dB (k = 2) ©Akzo Nobel K. K. EMC Div. Page 8 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 TEST RESULTS Measured for the worst case State : High Power / 12.5 kHz channel bandwidth Correct Emission Limit Margin No. Frequency Level Level (MHz) (dBm) (dBc) (dBc) (dB) 1 900.05 Low -34.80 -71.79 -62.0 9.8 2 933.05 Mid -37.51 -74.50 -62.0 12.5 3 965.95 High -37.50 -74.49 -62.0 12.5 There is the margin of 20dB over except for the above points. State : Low Power / 12.5 kHz channel bandwidth Correct Emission Limit Margin No. Frequency Level Level (MHz) (dBm) (dBc) (dBc) (dB) 1 900.05 Low - - -52.0 - 2 933.05 Mid - - -52.0 - 3 965.95 High - - -52.0 - There is the margin of 20dB over except for the above points. Mask E Limit (dBc) = -(55+10Log(P)) Correct Level (dBm) = Substitute SG Level (dBm) Emission Level (dBc) = Correct Level (dBm) - 10Log(P*1000) P = Carrier Level (W) " - " = Measurement Limit ©Akzo Nobel K. K. EMC Div. Page 9 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 4.3 Field Strength of Spurious Radiation REGULATIONS : 47 CFR 2.1053 (a), 90.210 TEST METHOD/GUIDE : ANSI/TIA/EIA-603B-2002, section 2.2.12.2 TEST PROCEDURE 1 The EUT and test equipment were set up as shown on the following page. 2 Adjust the spectrum analyzer for the following setting: a) Resolution Bandwidth : 10 kHz (< 1 GHz), 1 MHz (> 1 GHz). b) Video Bandwidth : 300 kHz (< 1 GHz), 3 MHz (> 1 GHz). c) Sweep Speed : 50ms. d) Detector mode : Positive Peak 3 The transmitter was placed on a wooden turntable, and it was transmitting into non-radiating load which was also placed on the turntable. 4 The measurement antenna was placed at a distance of 3 meters from the EUT. During the tests, the antenna height and polarization as well as EUT azimuth were varied in order to identify the maximum level of emissions from the EUT. The test was performed by placing the EUT on 3-orthogonal axis. 5 The frequency range up to tenth harmonic of the fundamental frequency was investigated. 6 Remove the EUT and replace it with substitution antenna. A signal generator was connected to the substitution antenna by a non-radiating cable. The absolute levels of the spurious emissions were measured by the substitution. 7 Spurious emissions in dB = 10 Log (TX power in Watts/0.001) – the absolute level 8 Spurious attenuation 6.25 kHz channel bandwidth limit in dB = 55 + 10 Log10 (power out in Watts) 9 Spurious attenuation 12.5 kHz channel bandwidth limit in dB = 50 + 10 Log10 (power out in Watts) TEST EQUIPMENTS No. Equipment Manufacture Model No. Serial No. Cal Exp. 1 Dipole Antenna(TX) Schwarzbeck UHA9105 None Mar-06 2 D.R.G Antenna(TX) Schwarzbeck BBHA 9120 D 457 Apr-06 3 Tri-log Antenna(RX) Schwarzbeck VULB9167WP 106 Mar-06 4 D.R.G Antenna(RX) Schwarzbeck 3115 9612-5044 Jun-06 5 Pre-Amplifier Hewlett Packard 83051A 3332A00329 Jun-06 6 Step Attenuator Hewlett Packard 8494B 2726A14513 Nov-06 7 Attenuator(6dB) ANRITSU MP721B M57593 Nov-06 8 Attenuator(3dB) Narda 4768-3 79 Sep-06 9 Spectrum Analyzer Hewlett Packard 8564E 3643A00665 Aug-06 10 Signal Generator Hewlett Packard 8657B 3247U03266 Feb-06 11 Signal Generator Hewlett Packard 8672A 2449A04106 Jul-06 12 50Ω Termination TME CT-01 None Oct-06 13 Dummy Load TME CT-150NP 1138693 Jul-06 14 DC Power Supply Daiwa PS-3020 None None 15 Digital Mlti Meter Sanwa CD721 3215593 Apr-06 ©Akzo Nobel K. K. EMC Div. Page 10 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 MEASUREMENT EQUIPMENT CONFIGURATION TX Antenna Signal Generator RX Antenna B B Dummy A A Load Attenuator RX port Termination EUT Pre-Amp (above 1GHz) PTT SW DC Power Supply Spectrum Digital Multi Meter Analyzer Speaker (DC) :Ferrite core UNCERTAINTY Measurement uncertainty is +/- 4.2dB (k = 2) ©Akzo Nobel K. K. EMC Div. Page 11 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 TEST RESULTS Measured for the worst case State : High Power / 12.5 kHz channel bandwidth / 450.025 MHz Reading SG Out Cable Antenna Correct Emission Limit No Frequency Pol Level Level Loss Gain Level Level Level Margin (MHz) (dBm) (dBm) (dB) (dBi) (dBm) (dBc) (dBc) (dB) Hor. -83.85 -46.00 2.28 2.15 -46.1 -83.1 -62.0 21.1 1 900.05 Ver. -84.00 -48.00 2.28 2.15 -48.1 -85.1 -62.0 23.1 Hor. -61.00 -57.80 1.72 7.89 -51.6 -88.6 -62.0 26.6 2 1350.08 Ver. -61.42 -57.30 1.72 7.89 -51.1 -88.1 -62.0 26.1 Hor. -62.25 -61.70 2.00 10.32 -53.4 -90.4 -62.0 28.4 3 1800.10 Ver. -63.00 -56.90 2.00 10.32 -48.6 -85.6 -62.0 23.6 Hor. - - 2.25 10.50 - - - - 4 2250.13 Ver. -61.25 -53.10 2.25 10.50 -44.8 -81.8 -62.0 19.8 Hor. -64.40 -58.50 2.45 11.00 -50.0 -86.9 -62.0 25.0 5 2700.15 Ver. -63.00 -54.75 2.45 11.00 -46.2 -83.2 -62.0 21.2 Hor. -66.00 -64.50 2.70 11.89 -55.3 -92.3 -62.0 30.3 6 3150.18 Ver. - - 2.70 11.89 - - - - Hor. -62.10 -51.76 2.92 12.60 -42.1 -79.1 -62.0 17.1 7 3600.20 Ver. -54.33 -42.00 2.92 12.60 -32.3 -69.3 -62.0 7.3 Hor. -68.00 -58.25 3.14 12.57 -48.8 -85.8 -62.0 23.8 8 4050.23 Ver. -63.20 -55.50 3.14 12.57 -46.1 -83.1 -62.0 21.1 Hor. -70.00 -60.00 3.37 12.67 -50.7 -87.7 -62.0 25.7 9 4500.25 Ver. -63.25 -51.20 3.37 12.67 -41.9 -78.9 -62.0 16.9 There is the margin of 20dB over except for the above points. Mask E Limit (dBc) = -(55+10Log(P)) Correct Level (dBm) = Substitute SG Level (dBm) + ANT Gain (dBi) - Cable Loss (dB) Emission Level (dBc) = Correct Level (dBm) - 10Log(P*1000) P = Carrier Level (W) " - " = Measurement Limit ©Akzo Nobel K. K. EMC Div. Page 12 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 State : Low Power / 12.5 kHz channel bandwidth / 482.975 MHz Reading SG Out Cable Antenna Correct Emission Limit No Frequency Pol Level Level Loss Gain Level Level Level Margin (MHz) (dBm) (dBm) (dB) (dBi) (dBm) (dBc) (dBc) (dB) Hor. - - 2.38 2.15 - - - - 1 965.95 Ver. -88.00 -50.00 2.38 2.15 -50.2 -77.2 -52.0 25.2 Hor. -62.40 -58.70 1.79 8.38 -52.1 -79.1 -52.0 27.1 2 1448.93 Ver. -61.20 -57.20 1.79 8.38 -50.6 -77.6 -52.0 25.6 Hor. -58.40 -51.40 2.08 10.34 -43.1 -70.1 -52.0 18.1 3 1931.90 Ver. -55.00 -45.90 2.08 10.34 -37.6 -64.6 -52.0 12.6 Hor. -56.50 -48.00 2.33 10.56 -39.8 -66.8 -52.0 14.8 4 2414.88 Ver. -50.08 -42.00 2.33 10.56 -33.8 -60.8 -52.0 8.8 Hor. -67.50 -66.80 2.56 11.37 -58.0 -85.0 -52.0 33.0 5 2897.85 Ver. -66.30 -56.40 2.56 11.37 -47.6 -74.6 -52.0 22.6 Hor. - - 2.78 12.36 - - - - 6 3380.83 Ver. -68.10 -67.40 2.78 12.36 -57.8 -84.8 -52.0 32.8 Hor. - - 3.03 12.58 - - - - 7 3863.80 Ver. -68.10 -57.00 3.03 12.58 -47.5 -74.4 -52.0 22.5 Hor. -68.70 -57.90 3.33 12.65 -48.6 -75.6 -52.0 23.6 8 4346.78 Ver. -65.60 -64.80 3.33 12.65 -55.5 -82.5 -52.0 30.5 Hor. - - 3.76 12.63 - - - - 9 4829.75 Ver. - - 3.76 12.63 - - - - There is the margin of 20dB over except for the above points. Mask E Limit (dBc) = -(55+10Log(P)) Correct Level (dBm) = Substitute SG Level (dBm) + ANT Gain (dBi) - Cable Loss (dB) Emission Level (dBc) = Correct Level (dBm) - 10Log(P*1000) P = Carrier Level (W) " - " = Measurement Limit ©Akzo Nobel K. K. EMC Div. Page 13 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 4.4 Emission Masks (Occupied Bandwidth) REGULATIONS : 47 CFR 2.1049 (c) (1), 22.359, 357 (a) (1) , 74.1236 , 90.210 TEST METHOD/GUIDE : ANSI/TIA/EIA-603B-2002, section 2.2.11.2 TEST PROCEDURE 1 The EUT and test equipment were set up as shown on the following page. 2 For EUT supporting audio modulation, the audio signal generator was adjusted to the frequency of maximum response and with output level set for +/- 2.5 kHz or +/- 1.80 kHz deviation (or 50 % modulation). 3 With level constant, the signal level was increased 16 dB. For EUT supporting digital modulation, the digital modulation mode was operated to its maximum extent. 4 Adjust the spectrum analyzer for the following setting: a) Resolution Bandwidth : 100 Hz (Nonmodulation and 12.5 kHz channel and 6.25 kHz channel bandwidth). b) Video Bandwidth : 100 Hz (Nonmodulation and 12.5 kHz channel and 6.25 kHz channel bandwidth). c) Sweep Speed : 8 sec. d) Sampling Time : 10 times 5 The occupied Bandwidth was measured with the Spectrum Analyzer controls set as shown on the test results. TEST EQUIPMENTS No. Equipment Manufacture Model No. Serial No. Cal Exp. 1 Audio Generator ANRITSU MG443B 1004468 Jun-06 2 Attenuator (20dB) Weinschel 40-20-34 AA5701 Jul-06 3 Attenuator (30dB) Weinschel WA-29-30-34 8923 Jul-06 4 Modulation Analyzer HP 8901B 3403A04852 Mar-06 5 Spectrum Analyzer Agilent E7401A US39440256 Aug-06 6 50Ω Termination TME CT-01 None Oct-06 7 DC Power Supply DAIWA PS-3020 None None 8 Digital Multi Meter Sanwa CD721 3215593 Apr-06 MIC. Audio Generator Attenuator B Spectrum (OUT 600Ω) EUT A Analyzer PTT Termination SW RX port Digital Multi Meter DC Power Supply Modulation (DC) Analyzer :Ferrite core UNCERTAINTY Measurement uncertainty is +/- 1.2dB (k = 2) ©Akzo Nobel K. K. EMC Div. Page 14 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 TEST RESULTS Measured for the worst case State : High Power / None Modulation / 450.025 MHz Emission Masks 10 0 -10 -20 Attenuation [dB] -30 -40 -50 -60 -70 -80 -90 -100 449.98 450.00 450.02 450.04 450.06 450.08 Frequency [MHz] State : High Power / 12.5 kHz channel bandwidth:FM / 450.025 MHz Emission Masks Mask D Limit 10 0 -10 -20 Attenuation [dB] -30 -40 -50 -60 -70 -80 -90 -100 449.98 450.00 450.02 450.04 450.06 450.08 Frequency [MHz] State : High Power / 6.25 kHz channel bandwidth:4 Level FSK / 450.025 MHz Emission Masks Mask E Limit 10 0 -10 -20 Attenuation [dB] -30 -40 -50 -60 -70 -80 -90 -100 449.98 450.00 450.02 450.04 450.06 450.08 Frequency [MHz] ©Akzo Nobel K. K. EMC Div. Page 15 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 State : Low Power / None Modulation / 482.975 MHz Emission Masks 10 0 -10 -20 Attenuation [dB] -30 -40 -50 -60 -70 -80 -90 -100 482.93 482.95 482.97 482.99 483.01 483.03 Frequency [MHz] State : Low Power / 12.5 kHz channel bandwidth:FM / 482.975 MHz Emission Masks Mask D Limit 10 0 -10 -20 Attenuation [dB] -30 -40 -50 -60 -70 -80 -90 -100 482.93 482.95 482.97 482.99 483.01 483.03 Frequency [MHz] State : Low Power / 6.25 kHz channel bandwidth:4 Level FSK / 482.975 MHz Emission Masks Mask E Limit 10 0 -10 -20 Attenuation [dB] -30 -40 -50 -60 -70 -80 -90 -100 482.93 482.95 482.97 482.99 483.01 483.03 Frequency [MHz] ©Akzo Nobel K. K. EMC Div. Page 16 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 4.5 Transient Frequency Behavior REGULATIONS : 47 CFR 90.214 TEST METHOD/GUIDE : ANSI/TIA/EIA-603B-2002, section 2.2.19.3 TEST PROCEDURE 1 The EUT and test equipment were set up as shown on the following page. 2 The transmitter was turned on. 3 Sufficient attenuation was provided so that the transmitter carrier level measured at the output of the combiner was 40 dB below the maximum input level of the test receiver. This level was recorded as step f. 4 The transmitter was turned off. 5 An RF signal generator (1) modulated with a 1 kHz tone at either 12.5 kHz or 6.25 kHz deviation, and set to the same frequency as the assigned transmitter frequency, (2) was adjusted to a level -20 dB below the level recorded for step f, as measured at the output of the combiner. This level was then fixed for the remainder of the test and is recorded at step h. 6 The oscilloscope was setup using TIA/EIA-603B-2002 steps j and k as a guide, and to 10 msec./div. 7 The transmitter was turned on, and the level of the carrier at the output of the combiner was recorded as step l. 8 The carrier on-time as referenced in TIA/EIA-603B-2002 steps m, n, and o was captured and plotted. 9 The carrier off-time as referenced in TIA/EIA-603B-2002 steps p, q, r, and s was captured and plotted. TEST EQUIPMENTS No. Equipment Manufacture Model No. Serial No. Cal Exp. 1 Signal Generator Hewlett Packard 8657B 3247U03266 Feb-06 2 Oscilloscope IWATSU-LeCroy LT342 00922 Jul-06 3 Power Meter Hewlett Packard E4418B GB38410265 Sep-06 4 Power Sensor Hewlett Packard 8482A 2607A11551 Jan-06 5 Attenuator (20dB) Weinschel 40-20-34 AA5701 Jul-06 6 Modulation Analyzer Hewlett Packard 8901B 3403A04852 Mar-06 7 Combiner(1) ANRITSU Z-164A M89549 Jul-06 8 Combiner(2) ANRITSU Z-164A M89249 Jul-06 9 Attenuator (3dB) TMA CFA-20NPJ-3 679701 Jul-06 10 50Ω Termination TME CT-01 None Oct-06 11 DC Power Supply DAIWA PS-3020 None None 12 Digital Multi Meter Sanwa CD721 3040939 Apr-06 ©Akzo Nobel K. K. EMC Div. Page 17 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 MEASUREMENT EQUIPMENT CONFIGURATION Attenuator Combiner1 Combiner2 Attenuator EUT (20dB) B (3dB) Termination SG RX port B A PTT Detector SW Input Ch1 Input Ch2 DC Power (Trigger) Power Sensor Oscilloscope Supply Digital Modulation Analyzer Power Meter Multi Meter Mod. Input (50Ω) (DC) Mod. Output :Ferrite core UNCERTAINTY Measurement uncertainty is +/- 1.3dB (k = 2) ©Akzo Nobel K. K. EMC Div. Page 18 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 TEST RESULTS Measured for the worst case State : High Power / 12.5 kHz channel bandwidth:FM / 466.525 MHz / PTT:OFF -ON Transient frequency behavior 12.97 9.72 6.48 3.24 Volt [V] 0.00 -3.24 -6.49 -9.73 -12.97 0 10 20 30 40 50 60 70 80 90 100 Time [ms] State : High Power / 12.5 kHz channel bandwidth:FM / 466.525 MHz / PTT:ON -OFF Transient frequency behavior 12.97 9.72 6.48 3.24 Volt [V] 0.00 -3.24 -6.49 -9.73 -12.97 0 10 20 30 40 50 60 70 80 90 100 Time [ms] ©Akzo Nobel K. K. EMC Div. Page 19 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 State : High Power / 6.25 kHz channel bandwidth:4Level FSK / 466.525 MHz / PTT:OFF -ON Transient frequency behavior 6.31 4.73 3.16 1.58 Volt [V] 0.00 -1.58 -3.16 -4.73 -6.31 0 10 20 30 40 50 60 70 80 90 100 Time [ms] PTT: ON-OFF State : High Power / 6.25 kHz channel bandwidth:4Level FSK / 466.525 MHz / PTT:ON -OFF Transient frequency behavior 6.56 4.92 3.28 1.64 Volt [V] 0.00 -1.64 -3.28 -4.92 -6.56 0 10 20 30 40 50 60 70 80 90 100 Time [ms] ©Akzo Nobel K. K. EMC Div. Page 20 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 4.6 Audio Frequency Response / Audio Low Pass Filter (Voice Input) REGULATIONS : 47 CFR 2.1047 (a) TEST METHOD/GUIDE : ANSI/TIA/EIA-603B-2002, section 2.2.6.2.2, 3.2.6.2 TEST PROCEDURE 1 The EUT and test equipment were set up as shown on the following page. 2 Adjust the Modulation Analyzer for the following setting: a) High-pass filter : 50 Hz b) Low-pass filter : 15 kHz c) Detector : positive peak d) Function : FM 3 The audio signal input was adjusted to obtain 20 % modulation at 1 kHz, and this point was taken as the 0 dB reference level. 4 With input levels held constant and below limiting at all frequencies, the audio signal generator was varied from 300 Hz to 5 kHz. 5 The response in dB relative to 1 kHz was then measured, using the Modulation Analyzer. TEST EQUIPMENTS No. Equipment Manufacture Model No. Serial No. Cal Exp. 1 Audio Generator ANRITSU MG443B 1004468 Jun-06 2 Attenuator (20dB) Weinschel 40-20-34 AA5701 Jul-06 3 Attenuator (30dB) Weinschel WA-29-30-34 8923 Jul-06 4 50Ω Termination TME CT-01 None Oct-06 5 Modulation Analyzer HP 8901B 3403A04852 Mar-06 6 Audio Analyzer HP 8903B 2948A07326 Mar-06 7 DC Power Supply DAIWA PS-3020 None None 8 Digital Multi Meter Sanwa CD721 3215593 Apr-06 MEASUREMENT EQUIPMENT CONFIGURATION MIC. Input RF Output Audio EUT Attenuator Generator Termination RX port Digital Multi Meter (DC) DC Power Supply Mod. IN Audio Analyzer Modulation Analyzer Input 600Ω Mod. Ooutput :Ferrite core UNCERTAINTY Measurement uncertainty is +/- 1.2dB (k = 2) ©Akzo Nobel K. K. EMC Div. Page 21 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 TEST RESULTS Measured for the worst case State : High Power / 12.5 kHz channel bandwidth / 450.025 MHz Audio Frequency Response 14.0 12.0 10.0 8.0 6.0 4.0 2.0 Relative to 1kHz [dB] 0.0 -2.0 -4.0 -6.0 -8.0 -10.0 -12.0 -14.0 -16.0 -18.0 -20.0 100 1000 10000 Frequency [Hz] Note: Audio Filter of the above result is substituted with the same structure as Audio Frequency Resonse. On the transmission condition below 3kHz, Transceiver shows pre-emphasis condition of transmission function. On the transmission condition above 3kHz, Transceiver shows Audio Low Pass Filter. ©Akzo Nobel K. K. EMC Div. Page 22 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 4.7 Modulation Limiting REGULATIONS : 47 CFR 2.1047 (b) TEST METHOD/GUIDE : ANSI/TIA/EIA-603B-2002, section 2.2.3.2, 1.3.4.4 TEST PROCEDURE 1 The EUT and test equipment were set up as shown on the following page. 2 Adjust the Modulation Analyzer for the following setting: a) High-pass filter : off b) Low-pass filter : 15 kHz c) Detector : positive peak d) Function : FM 3 Apply a 1kHz moduralating signal to the transmitter from the audio generator, and adjust the level to obtain 60% of full rated system deviation. 4 Measure the modulation frequency that was showed on the Modulation Analyzer when the output levels of the Audio Generator were changed from -20 dB to +50 dB by 10 dB. 5 Set the output frequencies of the Audio Generator 300 Hz and 3 kHz, and repeat test procedure 4. 6 Set the the Detector of the Modulation Analyzer Negative Peak. 7 Repeat test procedure 4 and 5. TEST EQUIPMENTS No. Equipment Manufacture Model No. Serial No. Cal Exp. 1 Audio Generator ANRITSU MG443B 1004468 Jun-06 2 Attenuator (20dB) Weinschel 40-20-34 AA5701 Jul-06 3 Attenuator (30dB) Weinschel WA-29-30-34 8923 Jul-06 4 Modulation Analyzer HP 8901B 3403A04852 Mar-06 5 50Ω Termination TME CT-01 None Oct-06 6 DC Power Supply DAIWA PS-3020 None None 7 Digital Multi Meter Sanwa CD721 3215593 Apr-06 MEASUREMENT EQUIPMENT CONFIGURATION MIC. Audio Generator EUT Attenuator Modulation (OUT 600Ω) Analyzer PTT Termination SW RX port DC Power Supply Digital Multi Meter (DC) :Ferrite core UNCERTAINTY Measurement uncertainty is +/- 0.8dB (k = 2) ©Akzo Nobel K. K. EMC Div. Page 23 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 TEST RESULTS Measured for the worst case State : High Power / 12.5 kHz channel bandwidth / 466.525 MHz Positive Peaks 3.00 Moderation Frequency [kHz] Limit 2.00 3kHz 1kHz 1.00 300Hz 0.00 -20 -10 0 10 20 30 40 50 Audio Input [dB] State : High Power / 12.5 kHz channel bandwidth / 466.525 MHz Negative Peaks 3.00 Moderation Frequency [kHz] Limit 2.00 3kHz 1kHz 1.00 300Hz 0.00 -20 -10 0 10 20 30 40 50 Audio Input [dB] ©Akzo Nobel K. K. EMC Div. Page 24 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 4.8 Frequency Stability (Temperature Variation) REGULATIONS : 47 CFR 2.1055 (a) (1), 22.355 , 74.1261 (b) , 90.213(a) TEST METHOD/GUIDE : ANSI/TIA/EIA-603B-2002, section 2.2.2.2 TEST PROCEDURE 1 The EUT and test equipment were set up as shown on the following page. 2 Set the temperature -30 degrees C. 3 Leave the EUT for 1 hour after it became the temperature that was set up. 4 Make the EUT the transmitting state. Two minutes later, measure the output frequency. 5 Make the EUT the receiving state. 6 Set the temperature 50 degrees C by 10 degrees C. And repeat test procedure 3 to 5. TEST EQUIPMENTS No. Equipment Manufacture Model No. Serial No. Cal Exp. 1 Spectrum Analyzer Agilent E7401A US39440256 Aug-06 2 Attenuator (20dB) Weinschel 40-20-34 AA5701 Jul-06 3 Attenuator (30dB) Weinschel WA-29-30-34 8923 Jul-06 4 50Ω Termination TME CT-01 None Oct-06 5 DC Power Supply MICKEY MK-10A None None 6 Digital Multimater Sanwa CD721 3215593 Apr-06 7 Temperature Chamber TABAI PL-3F 5103661 None 8 Temperature Meter SATO PC-5000TRH-II A14999972 Mar-06 MEASUREMENT EQUIPMENT CONFIGURATION Temperature Chamber RX port EUT Termination RF Output PTT SW Spectrum Attenuator Analyzer Temperature Meter DC Power Supply Digital Multi Meter (DC) :Ferrite core UNCERTAINTY Measurement uncertainty is +/- 3.6% ©Akzo Nobel K. K. EMC Div. Page 25 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 TEST RESULTS Measured for the worst case State : High Power / 12.5 kHz channel bandwidth / 450.025 MHz No. Temperature Frequency Deviation Limit (Degree C) (MHz) (ppm) (ppm) 1 -30 450.025064 0.14 0.5 2 -20 450.025048 0.11 0.5 3 -10 450.025017 0.04 0.5 4 0 450.025013 0.03 0.5 5 10 450.025012 0.03 0.5 6 20 450.025008 0.02 0.5 7 30 450.025009 0.02 0.5 8 40 450.025016 0.04 0.5 9 50 450.025036 0.08 0.5 Frequency Stability (Temperature Variation) 1 Deviation [ppm] Upper Limit 0 Lower Limit Devation -1 -30 -20 -10 0 10 20 30 40 50 Temperature [Degree C] ©Akzo Nobel K. K. EMC Div. Page 26 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 4.9 Frequency Stability (Voltage Variation) REGULATIONS : 47 CFR 2.1055 (d) (1), 22.355 , 74.1261 (b) , 90.213(a) TEST METHOD/GUIDE : ANSI/TIA/EIA-603B-2002, section 2.2.2.2 TEST PROCEDURE 1 The EUT and test equipment were set up as shown on the following page. 2 The power supply voltage to the EUT was varied from 85 % to 115 % of the nominal value measured at the input to the EUT. TEST EQUIPMENTS No. Equipment Manufacture Model No. Serial No. Cal Exp. 1 Spectrum Analyzer Agilent E7401A US39440256 Aug-06 2 Attenuator (20dB) Weinschel 40-20-34 AA5701 Jul-06 3 Attenuator (30dB) Weinschel WA-29-30-34 8923 Jul-06 4 50Ω Termination TME CT-01 None Oct-06 5 DC Power Supply MICKEY MK-10A None None 6 Digital Multimater Sanwa CD721 3215593 Apr-06 7 Temperature Chamber TABAI PL-3F 5103661 None 8 Temperature Meter SATO PC-5000TRH-II A14999972 Mar-06 MEASUREMENT EQUIPMENT CONFIGURATION Temperature Chamber RX port EUT Termination RF Output PTT SW Spectrum Attenuator Analyzer Temperature Meter DC Power Supply Digital Multi Meter (DC) :Ferrite core UNCERTAINTY Measurement uncertainty is +/- 3.6% ©Akzo Nobel K. K. EMC Div. Page 27 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 TEST RESULTS Measured for the worst case State : High Power / 12.5 kHz channel bandwidth / 450.025 MHz No. Diviation Voltage Frequency Deviation Limit (%) (V) (MHz) (ppm) (ppm) 1 85 11.7 450.025008 0.02 0.5 2 100 13.8 450.025008 0.02 0.5 3 115 15.9 450.025009 0.02 0.5 ©Akzo Nobel K. K. EMC Div. Page 28 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 4.10 Necessary Bandwidth and Emission Bandwidth REGULATIONS : 47 CFR 2.202 (g) & Federal Register/ Vol.68, No236 CALCULATION RESULTS State : 11K0F3E(12.5kHz channel bandwidth) Item Mark Maximum Modulation (M) 3kHz Maximum Deviation (D) 2.5kHz Constant Factor (K) 1 Necessary Bandwidth (Bn) 11kHz Bn = (2xM)+(2xDxK) State : 6K00F1E(4Level FSK/4800bps, 6.25kHz channel bandwidth) Item Mark Digital information rate (R) 4800bps Peak frequency deviation (D) 1.8kHz Signaling states (S) 4 Numerical factor (K) 1 Necessary Bandwidth (Bn) 6kHz Bn = (R/log2S)+2xDxK State : 6K00F1D(4Level FSK/4800bps, 6.25kHz channel bandwidth) Item Mark Digital information rate (R) 4800bps Peak frequency deviation (D) 1.8kHz Signaling states (S) 4 Numerical factor (K) 1 Necessary Bandwidth (Bn) 6kHz Bn = (R/log2S)+2xDxK ©Akzo Nobel K. K. EMC Div. Page 29 of 30 Version 6.1

Report No : ANKK-105300 FCC ID : K4437144110 5. VALIDITY OF TEST REPORT The test result of this report is effective for equipment under test itself and under the test configuration described on the report. This test report does not assure that whether the test result taken in other testing laboratory is compatible or reproducible to the test result on this report or not. Copying of this report without permission is prohibited. 6. DESCRIPTION OF TEST LABORATORY ACCREDITATION SCOPE LAB. CODE NVLAP USA EMC Testing 100290-0 NVLAP USA Calibration 100290-0 NVLAP USA Telecommunication 100290-0 VLAC JAPAN EMC Testing VLAC-008 BSMI TAIWAN EMC Testing SL2-IN-E-6008 NATA AUSTRALIA Calibration 13491 NATA AUSTRALIA Telecommunication 100290-0 AUTHORIZATION SCOPE LAB. CODE NEMKO NORWAY EMC Testing ELA107 ETL SEMKO JAPAN SWEDEN EMC Testing 9200202558R FILING SCOPE LAB. CODE FCC USA EMC Testing 934283 IC CANADA EMC Testing IC-2065 IC CANADA Telecommunication IC-2065 VCCI JAPAN EMC Testing Note 1 : NVLAP accreditation does not constitute any product endorsement by NVLAP or any agent of the U.S. Government. ©Akzo Nobel K. K. EMC Div. Page 30 of 30 Version 6.1


Document Created: 2005-12-13 11:28:12
Document Modified: 2005-12-13 11:28:12
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