AFJIC-F620-1

iF620UHF TRANSCEIVERiF510VHF TRANSCEIVER INSTRUCTION MANUAL iF520iF610 IC-F510F520_F610F620- 2.qxd 02.2.4 5:22 PM Page a (1,1) i EXPLICIT DEFINITIONS R WARNING! NEVER connect the transceiver to an AC outlet. This may pose a fire hazard or result in an electricshock. NEVER connect the transceiver to a power source of more than 16 V DC such as a 24 V battery. This connection will ruinthe transceiver. NEVER cut the DC power cable between the DC plug and fuse holder. If an incorrect connection is made after cutting,the transceiver might be damaged. NEVER place the transceiver where normal operation of the vehicle may be hindered or where it could cause bodilyinjury. NEVER allow children to touch the transceiver. NEVER expose the transceiver to rain, snow or any liquids. USE supplied microphone only. Other microphones have different pin assignments and may damage the transceiver. DO NOT use or place the transceiver in areas with tem- CAUTIONS WORD DEFINITION R WARNING Personal injury, fire hazard or electric shockmay occur. CAUTION Equipment damage may occur. NOTE If disregarded, inconvenience only. No riskof personal injury, fire or electric shock. READ ALL INSTRUCTIONS carefully and complete- ly before using the transceiver. SAVE THIS INSTRUCTION MANUAL — This instruction manual contains important operating instructions forthe IC-F510/IC-F520 VHF TRANSCEIVER and IC-F610/IC-F620 UHF TRANSCEIVER . IMPORTANT IC-F510F520_F610F620- 2.qxd 02.2.4 5:22 PM Page b (1,1) ii peratures below –22°F (–30°C) or above +140°F (+60°C) or,in areas subject to direct sunlight, such as the dashboard.AVOID operating the transceiver without running the vehi- cle’s engine. The vehicle’s battery will quickly run out if thetransceiver is in transmission while the vehicle’s engine OFF. AVOID placing the transceiver in excessively dusty envi- ronments. AVOID placing the transceiver against walls. This will obstruct heat dissipation. AVOID the use of chemical agents such as benzine or alcohol when cleaning, as they damage the transceiver sur-faces. BE CAREFUL! The transceiver will become hot when operating continuously for long periods.For U.S.A. onlyCAUTION: Changes or modifications to this transceiver, not expressly approved by Icom Inc., could void your authority tooperate this transceiver under FCC regulations. TABLE OF CONTENTSIMPORTANT .................................................................................... iEXPLICIT DEFINITIONS ................................................................. iCAUTIONS ....................................................................................... iTABLE OF CONTENTS .................................................................. ii1 PANEL DESCRIPTION ........................................................ 1–6 Front panel ............................................................................ 1  Function display .................................................................... 2  Programmable function keys ................................................ 3 2 OPERATION ...................................................................... 7–10  Turning power ON ................................................................ 7  Channel selection ................................................................. 7  Receiving and transmitting ................................................... 8 D Transmitting notes .......................................................... 8 D Tx code channel selection .............................................. 9 D Tx code number selection .............................................. 9 D DTMF transmission ........................................................ 9 D Scrambler function ......................................................... 9 D User set mode .............................................................. 10 3 OPTIONAL SmarTrunk II™ OPERATION ....................... 11–12 SmarTrunk II™ and conventional modes ............................ 11  SmarTrunk II™ operation .................................................... 11 4 CONNECTION AND MAINTENANCE ............................. 13–18 Rear panel and connection ................................................. 13  Supplied Accessories ......................................................... 14  Mounting the transceiver ..................................................... 15 D Inverting the Front panel .............................................. 15 D Mounting the Transceiver ............................................. 16  Optional UT-105/UT-108 installation ................................... 17  Optional UT-109/UT-110 installation ................................... 17  Optional OPC-617 installation ............................................. 18  Antenna ............................................................................... 18  Fuse replacement ............................................................... 18  Cleaning ............................................................................. 18 5 OPTIONS ............................................................................... 19 6 SAFETY TRAINING INFORMATION ..................................... 20 IC-F510F520_F610F620- 2.qxd 02.2.4 5:22 PM Page c (1,1) 1 1 PANEL DESCRIPTION u y t r e w q  Front panel q AF VOLUME CONTROL KNOB ➥ Rotate the knob to adjust the audio output level. • Minimum audio level is pre-programmed. w LEFT UP/DOWN [ ∫∫ ] / [ √√ ] KEYS ➥ One of several functions can be programmed by yourDealer. (Same as [P0] to [P4] keys) e FUNCTION DISPLAY ➥ Displays variety of information, such as an operating chan-nel number/name, 2/5tone code, DTMF numbers and audi-ble condition, etc. NOTE: The above functions depend on pre-programming. r RIGHT UP/DOWN [ ] / [ ] KEYS ➥ Push to select the operating channel. ➥ Can be programmed for one of several functions by yourDealer. (Same as [P0] to [P4] keys) IC-F510F520_F610F620- 2.qxd 02.2.4 5:22 PM Page d (1,1)…

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Apr. 24, 2002 FEDERAL COMMUNICATIONS COMMISSION 7435 Oakland Mills Road Columbia, MD 21046 USA Subject:Certification Testing in Accordance with FCC 47 CFR, Parts 2 & 90 - Licensed Non-Broadcast Radio Transceivers Operating in the Frequency Band 400 - 430 MHz (12.5 kHz and 25 kHz Channel Spacings). Product:Mobile UHF FM Transceiver Model:IC-F620-1 FCC ID:AFJIC-F620-1 Dear Sir/Madam, As appointed agent Icom America, we would like to submit the application to Federal Communications Commission for certification of the above product. Please review all necessary files uploaded to FCC OET site. If you have any queries, please do not hesitate to contact us by our TOLL FREE number: OUR TELEPHONE NO.:1-877-765-4173 Yours truly, Tri Minh Luu, P. Eng., V.P., Engineering TML/DH Encl. 2 3000 Bristol Circle, Oakville, Ontario, Canada L6H 6G4 Telephone (905) 829-1570 Facsimile (905) 829-8050 Website: www.ultratech-labs.com Email: [email protected] UltraTech Group of Labs

FCC ID Lavel

RECEIVER CIRCUITS ANTENNA SWITCHING CIRCUIT Received signals are passed through the low-pass filter (L1, L2, L3, C1, C2, C6, C7, C8, C16). The filtered signals are applied to the antenna switching circuit (D2, D5, D6). The antenna switching circuit functions as a low-pass filter while receiving. However, its impedance becomes very high while D2, D5 and D6 are turned ON. Thus transmit signals are blocked from entering the receiver circuits. The antenna switching circuit employs a diode switching system. The passed signals are then applied to the RF amplifier circuit. RF CIRCUIT The RF circuit amplifies signals within the range of frequency coverage and filters out-of-band signals. The signals from the antenna switching circuit are amplified at the RF amplifier (Q2) after passing through the tunable band-pass filter of 2 steps (D8, L7, D4, L8). The amplified signals are applied to the 1st mixer circuit (Q3) after out-of-band signals are suppressed at the tunable band-pass filter of 2 steps (D9, L9, D10, L11). Varactor diodes are employed at the band-pass filters that track the filters and are controlled by the CPU (IC20) via the expander IC (IC7) using T1-T4 signals. These diodes tune the center frequency of an RF pass-band for wide bandwidth receiving and good image response rejection. 1ST MIXER AND 1ST IF CIRCUITS The 1st mixer circuit converts the received signal to a fixed frequency of the 1st IF signal with a PLL output frequency. By changing the PLL frequency, only the desired frequency will be passed through a crystal filter at the next stage of the 1st mixer. The signals from the RF circuit are mixed at the 1st mixer (Q3) with a 1st LO signal coming from the VCO circuit to produce a 46.35 MHz 1st IF signal. The 1st IF signal is applied to crystal filter (FI1) to suppress out-of-band signals. The filtered 1st IF signal is applied to the IF amplifier (Q4), then applied to the 2nd mixer circuit (IC1, pin 16). 2ND IF AND DEMODULATOR CIRCUITS The 2nd mixer circuit converts the 1st IF signal to a 2nd IF signal. A double conversion superheterodyne system (which converts receive signals twice) improves the image rejection ratio and obtains stable receiver gain. The 1st IF signal from the IF amplifier is applied to the 2nd mixer section of the FM IF IC (IC1, pin 16), and is mixed with the 2nd LO signal to be converted to a 450 kHz 2nd IF signal. The FM IF IC contains the 2nd mixer, limiter amplifier, quadrature detector and active filter circuits. A 2nd LO signal (45.9 MHz ) is produced at the PLL circuit by three times reference frequency. The 2nd IF signal from the 2nd mixer (IC1, pin 3) passes through a ceramic filter (FI2) to remove unwanted heterodyned frequencies. It is then amplified at the limiter amplifier (IC1, pin 5) and applied to the quadrature detector (IC1, pins 10, 11) to demodulate the 2nd IF signal into AF signals. AF CIRCUIT AF signals from the FM IF IC (IC1 pin 9) are applied to the AF filter circuit (IC14, pins 2-5). The output signals from pin 2 are applied to the LPF (Internal IC14). The output signals from pin38 are applied to the AF amplifier (IC18, pin 3) after being passed through the VOL IC (IC6) control CPU (IC20). The applied AF signals are amplified at the AF power amplifier circuit (IC8, pin 1) to obtain the specified audio level. The amplified AF signals, output from pin 4, are applied to the internal speaker when no plug is connected to the external speaker jack. SQUELCH CIRCUIT A squelch circuit cuts out AF signals when no RF signals are received. By detecting noise components in the AF signals, the squelch switches the AF mute switch. A portion of the AF signals from the FM IF IC (IC1, pin9) are applied to the active filter section (IC1, pin 8) where noise components are amplified and detected with an internal noise detector. The squelch level adjustment pot (IC6, pin 23) is connected in parallel to the active filter input (pin 8) to control the input noise level. The active filter section amplifies noise components. The filtered signals are rectified at the noise detector section and converted into "NOIS" (pulse type) signals at the noise comparator section. The "NOIS" signal is applied to the CPU (IC20, pin 37). The CPU detects the receiving signal strength from the number of the pulses, and outputs an "AFON" signal from CPU (IC20) pin19. And CPU (IC20) controls the mute switch (Internal IC14) to cut the AF signal line. TRANSMITTER CIRCUITS MICROPHONE AMPLIFIER CIRCUIT AF signals from Front unit are applied to the deviation adjustment pot (IC6, pin9). The microphone amplifier circuit amplifies audio signals with +6 dB/octave pre-emphasis characteristics from the IC6 to a level needed for the modulation circuit. The AF signals from the microphone are applied to the microphone amplifier circuit (IC14, pins 12, 13). The amplified AF signals are passed through the low-pass filter circuit (Internal IC14 and IC21). MODULATION CIRCUIT The modulation circuit modulates the VCO oscillating signal (RF signal) using the microphone audio signal. The audio signals change the reactance of a diode (D18) to modulate an oscillated signal at the VCO circuit (Q14). The oscillated signal is amplified at the buffer-amplifiers (Q11, Q10), then applied to the T/R switching circuit (D14, D15). DRIVE/POWER AMPLIFIER CIRCUITS The signal from the VCO circuit passes through the T/R switching circuit (D14,D15) and is amplified at the buffer (Q9), drive (Q8) and power amplifier (IC3) to obtain 25 W of RF power (at 13.6 V DC). The amplified signal passes through the antenna switching circuit (D2), and low-pass filter and is then applied to the antenna connector. Power control port (VCC1) of power amplifier (IC3) is controlled by the APC circuit. POWER DETECTOR CIRCUIT The power detector circuit (D1,11) detects the transmit power output level and converts it to DC voltage. The detected signal is applied to the APC circuit. APC CIRCUIT The signal output from the power detector circuit (…

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Adjustment for IC-F620 ADJUSTMENT Adjustment No. Adjustment Condition & Tuning Value Ref. No. CK. Point Preparation Connect the transceiver by cloning cable (OPC-1122) to a PC (IBM compatible) and boot up the cloning software. Check points Be sure to use a tester with more than 50 kohm/V internal resistance when making each test. Lock Voltage Set the transceiver to the 400 MHz Adjustment and set so that the LV voltage is C133 during RX and C134 during TX. Adj. Freq. 400 MHz RX Side 1.0V 1.0V C133 LV TX Side 1.1V 1.1V C134 Lock Voltage Set the transceiver to the 490 MHz Check and check that all is within specification. Adj. Freq. 430 MHz RX Side 3.0V~4.2V 3.0V-4.2V LV TX Side 3.0V~4.2V 3.0V-4.2V Frequency Connect a power meter or attenuator Adjustment to the antenna terminal. Loose coupling the antenna terminal and frequency counter. Set the transceiver to near the TX greatest high band frequency and set the unit to TX. Use adjustment software to adjust the TX frequency to the values below. Set Frequency Set Freq. ± 500 Hz ±500Hz Adj.Soft ANT Con TXF ADJUSTMENT Adjustment No. Adjustment Condition & Tuning Value Ref. No. CK. Point TX Output Use adjustment software to adjust the adjustment output to the values below. Adj.Soft Adj. Freq. Greatest Low Band Freq. Power Hi Power 25.0W 25.0W Hi ANT Con L2 Power 10.0W 10.0W L2 L1 Power 2.5W 2.5W L1 TX Output Check Check that the in-band TX output is within the specifications below. Hi Power 20.0~30.0W 20-30W ANT Con L2 Power 8.0~12.5W 8-12.5W L1 Power 2.0~3.0W 2.0-3.0W Current Check at Check that the in-band power consumption TX is within the specifications below. Hi Power Less than 7.0A Less 7.0A Checking Connect a spectrum analyzer to the ANT Spurious terminal through an attenuator. Set the attenuation so that the spectrum Analyzer does not distort. Set the transceiver to TX and when at Hi power, check that spurious is less than the value below in the bandwidth. Spurious Less than –70dB of the Less than ANT Con fundamental wave -70 dB ADJUSTMENT Adjustment No. Adjustment Condition & Tuning Value Ref. No. CK. Point Preparation for When there is no particular set limits, set Checking Modula- the modulation analyzer for adjustment and tion Adjustment checking as below. HPF OFF LPF 20 kHz De-Emphasis OFF Detector (P ± P)/2 Connect the modulation analyzer set at the above conditions, through the attenuator to the antenna terminal. Connect an oscillo- scope, distortion meter and a level meter to the modulation analyzer’s detection output terminal. Connect a millivolt meter or a 600 ohm out- put impedance CR oscillator to the trans- ceiver’s mic terminal. Modulation Use the adjustment software to adjust the Balance modulation analyzer’s detection output Adjustment horizontal line so that it becomes a Straight line as below Adjust. Freq. Near Center Frequency Detection Adj.Soft ANT Con Output Balance Deviation Set the CR oscillator to a 1 kHz sine wave, Adjustment 40mVrms, and input from the external mic terminal. Set the transceiver to TX and use the adjustment software to adjust to the following values. Adjust. Freq. Near Center Frequency ± 4.05 ~ Adj.Soft ANT Con WIDE ± 4.10 ± 0.05 kHz ±4.15kHz MOD W NARROW ± 2.10 ± 0.05 kHz ± 2.05 ~ MOD N ±2.15kHz ADJUSTMENT Adjustment No. Adjustment Condition & Tuning Value Ref. No. CK. Point Checking Check that the deviation in the bandwidth Deviation is as the values below. ± 3.6 ~ ANT Con WIDE ± 3.60 ~ 4.50 kHz ±4.5kHz NARROW ± 1.80 ~ 2.30 kHz ± 1.8 ~ ±2.3kHz Checking Modula- Check that the modulation in the bandwidth tion is as the value below WIDE/NARROW 2.8 ~ 6 mV rms 2.8-6mV ANT Con WIDE:±3 KHz DEV ; NARROW:±1.5 KHz DEV rms CTCSS Deviation Connect a linear detector via the attenuator Adjustment to the antenna terminal, Set the transceiver to wide ch and CTCSS 88.5Hz. Transmit while making sure no input is applied to the mic (or mic terminal) Adjust. Freq. Near Center Frequency Adj.Soft ANT Con WIDE ± 0.7 kHz ±0.7kHz CTCS/DTCS Checking CTCSS/ then reset so that each signaling type DTCS/2/5 TONE/ can be output. DTMF DEVIATION DTCS CODE 007 CTCSS 88.5 Hz 5 TONE CCIR 11111 DTMF # (Auto Dial Setting) 2 TONE 349.0 Hz check that each version in it’s bandwidth is as the values below, respectively. Wide CTCSS/DTCS ± 0.50~± 0.90kHz ±0.5-0.9kHz ANT Con Wide 2/5 TONE/ ± 2.40~± 3.60kHz ±2.4-3.6kHz DTMF Narrow CTCSS/DTCS ± 0.25~± 0.45kHz ±.25-.45kHz Narrow 2/5 TONE/ ± 1.20~± 1.80kHz ±1.2-1.8kHz DTMF ADJUSTMENT Adjustment No. Adjustment Condition & Tuning Value Ref. No. CK. Point Checking TX S/N Connect a linear detector via the attenuator to the antenna terminal, and set to the conditions below. HPF 50 Hz LPF 20 kHz De-emphasis OFF Level Meter (P/P)/2 Apply a 1 kHz signal from the low frequency oscillator to the mic terminal, and transmit, then adjust the low frequency oscillator output level so that the maximum modulation is 70%.(WIDE:3.5KHz,NAR:1.75KHz) Check that the TX S/N in the bandwidth is as the values below. WIDE More than 40 dB Over 40dB ANT Con NARROW More than 34 dB Over 34dB Adjusting RX When there is no particular set limits, set Sensitivity the RX adjustments and signal generator when checking to the settings below. Modulation Freq. 1kHz WIDE ± 3.5 kHz NARROW ± 1.75 kHz Set the signal generator in the following way for wide channels. Adjust Freq. Near Greatest Lo band F. SG Input level +20 dBu Connect an 4 ohm non-inductive load and Adj.Soft RSSI line a distortion meter to the external speaker terminal. Adjust BPF (T1) ~ (T4) with the adjustment software, so that the sensitivity is at maximum. ADJUSTMENT Adjustment No. Adjustment Condition & Tuning Value Ref. No. CK. Point Checking RX Check that the signal generator level when Sensitivity the RX frequency bandwidth becomes 12 dB SINAD, is the value below. RX Sensitivity Less than -10 dBu Less-10dB ANT Con SP Jack Use the same check method for Narrow channels also. Adjusting the This Adjustment is after the RX Sencitivity S3 LEVEL Finish. Set the signal gen…

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Apr. 24, 2002 Icom America, Inc. 2380 116 th Ave. N.E. Bellevue, Washington 98004 USA Attn.:Mr. Masaaki Takahashi Subject:Certification Testing in Accordance with FCC 47 CFR, Parts 2 & 90 - Licensed Non-Broadcast Radio Transceivers Operating in the Frequency Band 400 - 430 MHz (12.5 kHz and 25 kHz Channel Spacings). Product:Mobile UHF FM Transceiver Model:IC-F620-1 FCC ID:AFJIC-F620-1 Dear Mr. Takahashi, The product sample has been tested in accordance with FCC 47 CFR, Parts 2 and 90 - Licensed Non-Broadcast Radio Transceivers Operating in the Frequency Band 400 - 430 MHz (12.5 kHz and 25 kHz Channel Spacings), and the results and observation were recorded in the engineering report, Our File No.: ICOM-037-FTX Enclosed you will find copy of the engineering report. If you have any queries, please do not hesitate to contact us. Yours truly, Tri Minh Luu, P.Eng Vice President - Engineering Encl. 31040/SIT A96/TH/0093 46390-2049 200093-0 2 00-034 3000 Bristol Circle, Oakville, Ontario, Canada L6H 6G4 Telephone (905) 829-1570 Facsimile (905) 829-8050 Website: www.ultratech-labs.com Email: [email protected] UltraTech Group of Labs Mobile UHF FM Transceiver Model No.: IC-F620-1 FCC ID: AFJIC-F620-1 Applicant: Icom Incorporated 1-1-32, Kamiminami Hirano-ku, Oaska Japan, 547-0003 Tested in Accordance With Federal Communications Commission (FCC) 47 CFR, Parts 2 & 90 Licensed Non-Broadcast Radio Transceivers Operating in the Frequency Band 400 - 430 MHz (12.5 kHz and 25 kHz Channel Spacings) UltraTech's File No.: ICOM-037FTX This Test report is Issued under the Authority of Tri M. Luu, Professional Engineer, Vice President of Engineering UltraTech Group of Labs Date: April 22, 2002 Report Prepared by: Tri LuuTested by: Hung Trinh, RFI/EMI Technician Issued Date: April 22, 2002Test Dates: April 10 - 19, 2002 The results in this Test Report apply only to the sample(s) tested, and the sample tested is randomly selected. UltraTech 3000 Bristol Circle, Oakville, Ontario, Canada, L6H 6G4 Telephone (905) 829-1570 Facsimile (905) 829-8050 Website: www.ultratech-labs.com Email: [email protected] 47 CFR, Parts 2 & 90 - LICENSED NON-BROADCAST RADIO TRANSCEIVERS Contents i Mobile UHF FM Transceiver, Models IC-F620-1FCC ID: AFJIC-F620-1 ULTRATECH GROUP OF LABSFile #: ICOM-037FTX 3000 Bristol Circle, Oakville, Ontario, Canada L6H 6G4April 22, 2002 Tel. #: 905-829-1570, Fax. #: 905-829-8050, Email: [email protected], Website: http://www.ultratech-labs.com ß Accreditation: FCC & NVLAP (USA), ACA (Australia), VCCI (Japan), ITI (UK), ACC-LAB (Canada, Europe/APEC/Canada MRA) ß All test results contained in this engineering test report are traceable to National Institute of Standards and Technology (NIST) TABLE OF CONTENTS EXHIBIT 1.SUBMITTAL CHECK LIST............................................................................................................................................1 EXHIBIT 2.INTRODUCTION.............................................................................................................................................................2 2.1.SCOPE................................................................................................................................................................................................2 2.2.RELATED SUBMITTAL(S)/GRANT(S)............................................................................................................................................2 2.3.NORMATIVE REFERENCES.............................................................................................................................................................2 EXHIBIT 3.PERFORMANCE ASSESSMENT.................................................................................................................................3 3.1.CLIENT INFORMATION...............................................................................................................................................................3 3.2.EQUIPMENT UNDER TEST (EUT) INFORMATION......................................................................................................................3 3.3.EUT’S TECHNICAL SPECIFICATIONS............................................................................................................................................4 3.4.LIST OF EUT’S PORTS.....................................................................................................................................................................5 EXHIBIT 4.EUT OPERATION CONDITIONS AND CONFIGURATIONS DURING TESTS.................................................6 4.1.CLIMATE TEST CONDITIONS........................................................................................................................................................6 4.2.OPERATIONAL TEST CONDITIONS & ARRANGEMENT FOR TEST SIGNALS..........................................................................6 4.3.TEST SAMPLE SETUP.....................................................................................................................................................................7 EXHIBIT 5.SUMMARY OF TEST RESULTS...................................................................................................................................8 5.1.LOCATION OF TESTS......................................................................................................................................................................8 5.2.APPLICABILITY & SUMMARY OF EMC EMISSION TEST RESULTS..........................................................................................8 5.3.MODIFICATIONS INCORPORATED IN THE EUT FOR COMPLIANCE PURPOSES.....................................................................8 5.4.DEVIATION OF STANDARD TEST PROCEDURES.........................................................................................................................8 EXHIBIT 6.MEASUREMENTS, EXAMI…

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ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 1 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 99% OCCUPIED BANDWIDTH ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 2 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 99% OCCUPIED BANDWIDTH ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 3 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 99% OCCUPIED BANDWIDTH ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 4 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 99% OCCUPIED BANDWIDTH ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 5 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 99% OCCUPIED BANDWIDTH ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 6 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 99% OCCUPIED BANDWIDTH

ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 7 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK D ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 8 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK D ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 9 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK D ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 10 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK D ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 11 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK D ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 12 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK D

ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 13 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK B ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 14 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK B ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 15 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK B ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 16 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK B ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 17 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK B ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 18 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 EMISSION MASK B

ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 19 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 20 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 21 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 22 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 23 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 24 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 25 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 26 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 27 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 28 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 29 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 30 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSMITTER RF CONDUCTED EMISSIONS @ RF ANTENNA PORT

ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 31 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSIENT FREQUENCY BEHAVIOR FOR 12.5 kHz CHANNEL SPACING TRANSMITTER WAS TURNED OFF, NO MODULATION +12.5 KHz +6.25 kHz +1 kHz -1 kHz -6.25 kHz -12.5 kHz ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 32 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSIENT FREQUENCY BEHAVIOR FOR 12.5 kHz CHANNEL SPACING TRANSMITTER WAS TURNED ON, NO MODULATION +12.5 KHz +6.25 kHz +1 kHz -1 kHz -6.25 kHz -12.5 kHz ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 33 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSIENT FREQUENCY BEHAVIOR FOR 12.5 kHz CHANNEL SPACING TRANSMITTER WAS TURNED OFF, MODULATION: FM WITH 1 KHz SINEWAVE SIGNAL +12.5 KHz +6.25 kHz +1 kHz -1 kHz -6.25 kHz -12.5 kHz ANNEX 1 - PLOTS OF MEASUREMENTSPLOT # 34 Mobile UHF FM Transceiver, Model IC-F620-1FCC ID: AFJIC-F620-1 TRANSIENT FREQUENCY BEHAVIOR FOR…

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