AFJIC-F11VHF-FM Handheld Transceiver

iii this radio by the manufacturer or an antenna specifically authorized by the manufacturer for use with this radio. •DO NOTtransmit for more than 50% of total radio use time ( “50% duty cycle”). Transmitting more than 50% of the time can cause FCC RF exposure compliance requirements to be exceeded. The radio is transmitting when the “TX indicator” lights red. You can cause the radio to transmit by pressing the “PTT” switch. •ALWAYS useIcom authorized accessories (antennas, batteries, belt clips, speaker/mics, etc). Use of unauthorized accessories can cause the FCC RF exposure compliance requirements to be ex- ceeded. •ALWAYS keepthe antenna at least 2.5 cm (1 inch) away from the body when transmitting and only use the Icom belt-clips, listed in p. 22, when attaching the radio to your belt, etc., to ensure FCC RF ex- posure compliance requirements are not exceeded. To provide the recipients of your transmission the best sound quality, hold the an- tenna at least 5 cm (2 inches) from mouth, and slightly off to one side. The information listed above provides the user with the information needed to make him or her aware of RF exposure, and what to do to assure that this radio operates within the FCC RF exposure limits of this radio. Electromagnetic Interference/Compatibility During transmissions, your Icom radio generates RF energy that can possibly cause interference with other devices or systems. To avoid such interference, turn off the radio in areas where signs are posted to do so. DO NOToperate the transmitter in areas that are sensitive to electromagnetic radiation such as hospitals, aircraft, and blasting sites. Your Icom radio generates RF electromagnetic energy during transmit mode. This radio is de- signed for and classified as “Occupational Use Only”, meaning it must be used only during the course of employment by individuals aware of the hazards, and the ways to minimize such hazards. This radio is NOT intended for use by the “General Popula- tion” in an uncontrolled environment. This radio has been tested and complies with the FCC RF expo- sure limits for “Occupational Use Only.” In addition, your Icom radio complies with the following Standards and Guidelines with regard to RF energy and electromagnetic energy levels and evaluation of such levels for exposure to humans: • FCC OET Bulletin 65 Edition 97-01 Supplement C, Evaluating Compliance with FCC Guidelines for Human Exposure to Radio Frequency Electromagnetic Fields. • American National Standards Institute (C95.1 – 1992), IEEE Stan- dard for Safety Levels with Respect to Human Exposure to Radio Frequency Electromagnetic Fields, 3 kHz to 300 GHz. • American National Standards Institute (C95.3 – 1992), IEEE Rec- ommended Practice for the Measurement of Potentially Hazardous Electromagnetic Fields – RF and Microwave. To ensure that your exposure to RF electromag- netic energy is within the FCC allowable limits for occupational use, always adhere to the following guidelines: •DO NOToperate the radio without a proper antenna attached, as this may damage the radio and may also cause you to exceed FCC RF exposure limits. A proper antenna is the antenna supplied with WARNING CAUTION SAFETY TRAINING INFORMATION iviii FOREWORD Thank you for purchasing the IC-F11/S, F21/S FM transceiver. READ ALL INSTRUCTIONScarefully and completely before using the transceiver. SAVE THIS INSTRUCTION MANUAL–This instruction manual contains important operating instructions for the transceiver. IMPORTANT RCAUTION! NEVERhold the transceiver so that the antenna is very close to, or touching exposed parts of the body, especially the face or eyes, while transmitting. The transceiver will perform best if the microphone is 2 to 4 in. (5 to 10 cm) away from the lips and the transceiver is vertical. RCAUTION! NEVER operate the transceiver with a headset or other audio accessories at high volume levels. RCAUTION! NEVER short the terminals of the battery pack. DO NOTpush the PTT when not actually desiring to transmit. AVOID using or placing the transceiver in direct sunlight or in areas with temperatures below +14°F (–10°C) or above +122°F (+50°C). DO NOTmodify the transceiver for any reason. KEEPthe transceiver from the heavy rain, andNever immerse it in the water. The transceiver construction is water resistant, not water proof. The use of non-Icom battery packs/chargers may impair transceiver performance and invalidate the warranty. FCC caution:Changes or modifications to this transceiver, not expressly approved by Icom Inc., could void your authority to op- erate this transceiver under FCC regulations. TABLE OF CONTENTS SAFETY TRAINING INFORMATION . . . . . . . . . . . . . . . . . . . . . . .i-ii FOREWORD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .iii IMPORTANT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .iii TABLE OF CONTENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .iv 1 PANEL DESCRIPTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1–3 ‘Switches, controls, keys and connectors . . . . . . . . . . . . . . .1–2 ‘LED indicator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3 2 ACCESSORIES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 3 BATTERY PACKS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5–11 ‘Battery pack replacement . . . . . . . . . . . . . . . . . . . . . . . . . . . .5 ‘Battery cautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6 ‘Battery charging . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7-9 ‘ Charging NOTE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10 ‘ Battery case (Option) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11 44 PPRROOGGRRAAMMMMAABBLLEE FFUUNNCCTTIIOONNSS .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. 12-16 ‘General . . . . . . . . . . …

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Amendment The use of VHF versions of this transceiver in combi- nation with HS-51 HEADSEThas not been approved in SAR testing yet. Please do not use HS-51 HEADSETwith VHF versions of this transceiver. A-6017D-8US

July 9, 2001 FEDERAL COMMUNICATIONS COMMISSION 7435 Oakland Mills Road Columbia, MD 21046 USA Subject: Type Acceptance Application under FCC CFR 47, Parts 2, 22, 74, 80, 90 (Subpart I) and 95 – Licensed Non-Broadcast Radio Transceivers Operating in the frequency band 146-174 MHz (12.5 kHz and 25 kHz Channel Spacings). Applicant: Icom Incorporated Product: VHF-FM Handheld Transceiver Model: IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 Dear Sir/Madam, As appointed agent for Icom Incorporated, 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

Explanation of the Operation for FX-2463 (IC-F11) 1. Mic Amp The audio signal from the mic is given +6 dB/oct pre-emphasis characteristics from R138 and C185 while being amplified in IC5C. 2. Mute/Switchover Circuit The audio signal amplified in IC5C, during transmission, is sent to the next stage splatter filter (IC5D), and during receive, is muted by the switch circuit IC6. Also, IC6 changes the receive HPF (IC5B) output to the next stage LPF (IC5D) during receive. IC5D is used as the splatter filter during transmit, and as the receive LPF during receive. The output from IC5D is again by way of the switch circuit IC6 sent to the VCO modulation circuit during transmit, and to the AF amp circuit during receive. 3. Splatter Filter IC5D has two functions as the splatter filter and the receive LPF, and when working as the splatter filter, operates also as a summing amp for the different types of audio signal signaling (CTCSS/DTCS/5/2 Tone and DTMF) from the mic amp. 4. Signaling (Encode) The 5 tone/2 tone/DTMF encode output is wave adjusted in the 4-bit D/A (made up of R215~R219), then passes through the IC16 LPF and is sent to the splatter filter and AF amp. The CTCSS/DTCS encode output is wave matched in the 3-bit D/A (made up of R176~R179), then passes through the Q29 LPF and is sent to the splatter filter. 5. Signaling (Decode) 5 tone/2 tone passes through the IC5A LPF and amp, and is input to the CPU’s pin 58, where it is decoded. CTCSS/DTCS passes through the IC12 LPF and amp, and is input to the CPU’s pin 57 (CDEC) where it is decoded. In IC12, during DTCS the amp gain is increased for wave adjustment, and during CTCSS the gain resistor is switched ON and OFF at IC13 and Q30, to lower the gain so as not to distort the wave shape. 6. D/A Converter The surrounding temperature is detected in the R151 thermistor and the CPU calculates the PLL lock voltage, frequency etc., and maintains the optimal control of the PLL standard oscillation, RF/BPF, modulation and transmission output via IC9 (D/A). 7. Power Circuit In IC10 the stabilized 5V becomes the CPU power, and furthermore as the standard, T5V is made in Q27, R5V in Q26 and S5V in Q24. 8. VCO At transmission, the oscillating frequency is decided in D5, D7,L16,C66,C69,C268 and oscillation is carried out by Q10,Q11. D6 is a varactor condenser which employs to modulate the FM modulation while it is given the reverse voltage on the TX condition . At reception, the frequency is decided in D5,D7,L16,C66,C69,C268 and oscillation is also carried out by Q10,Q11. The transmit/receive circuit switchover is carried out by the Q8 which is controlled the R5V. The oscillation output after amplification passes through Q6 to the PLL circuit, and is also sent from Q5 to the transmit YGR circuit and receive mixer circuit. 9. YGR/PA During transmission, Q5 output is linked to the YGR circuit while D3 is ON. After amplification in Q4 , it goes to the final FET Q1 after passing the driver FET Q2, where it is amplified to the necessary power. 10. APC Circuit The LPF L4 high frequency voltage is detected in D2 and is compared with the D/A output (T4) in IC2 to adjust this voltage and the RF power. By making the IC2 output voltage as the Q1 and Q2 gate voltage, RF power is controlled. 11. ANT SW/LPF The RF output passes through the transmit/receive switchover circuit (made up of D1, D9 and D10) and is directed to the ANT after passing through the LPF. 12. RF BPF The signal received in the antenna passes the LPF and is directed to the 1 st stage receive BPF. The BPF (made up of L21, C105, D12 and C104), the same as the 2 nd stage BPF, is adjusted to the optimal BPF according to the frequency of the D/A output tracking voltage, and is given ample attenuation in regard to the image frequency. Q15 is a low noise RF amp, and here the signal is amplified and passes through the next stage BPF circuit, where it is input to the mixer circuit (Q16) by the FET. 13. MIX The output from the VCO, during receive passes through D4 and is input to the Q16 mixer circuit as the 1 st Lo signal after going through the R79/R80/R81 attenuator, and C126 and L25 filter. And the receive signal that has passed through the receive BPF is mixed with the 1 st Lo, and changed to the 1 st IF frequency. 14. IF Amp The changed signal in the 1 st IF passes through the crystal filter FI1, and after amplification in Q17, is input to the FM detection IC, IC3. 15. IF DET In the FM detection IC (IC3), the standard oscillation output from IC1 is amplified in Q18 and the 3 rd order higher harmonics are used as the 2 nd Lo. The signal changed to the 1 st IF frequency and the signal mixed in the 2 nd Lo, is output from pin 3. This signal has the unwanted band components eliminated in the ceramic filter FI2, and is re-input to pin 5 as the 450 kHz 2 nd IF signal. Inside IC3 it is sent to the detection circuit after this. The detection circuit uses X2 as the Phase Delay by the Quadrature detection method. The detection output is output as an AF signal from pin 9. 16. SQL The signal from IC3 pin 9 is made into noise components only in the noise amp (made up of IC3 pin7, 8, R98~R100, C154 and C155), and is detected inside IC3. The detection signal from IC3 pin 13 is input to CPU pin 53 (NOIS) and is controlled by the respective mute signals (RMUT, AFON) in the CPU. 17. AF The audio signal from the IC3 pin 9 is directed to the SW-A or SW-B VOL after passing through the IC5B HPF and the IC5D LPF. After the level is controlled by the VOL, it is amplified in the IC4 AF amp and comes out of the speaker. 18. PLL The signal from the VCO is input to IC1 pin 8 after passing through Q6. This signal is divided into the N-data sent from the CPU and compared with the standard oscillation from X1 and Q31, with the result output from IC1 pin 5. This signal is directed to the VCO D5 and D7 after passing through the LPF (made up of R40~R42 and C75~C77), and is oscillated as the intended frequency.

Adjustment for FX-2463 (IC-F11) ADJUSTMENT Adjustment No. Adjustment Condition & Tuning Value Ref.No. CK.Point Preparation Connect the transceiver by cloning cable (OPC-478) to a PC (IBM compatible) and boot up the cloning software. Check points Be sure to use a tester with more than 50 ohm/V internal resistance when making each test. Lock Voltage Set the transceiver to the highest Adjustment band frequency on the TX condition, and set the LV voltage as follows by means of spreadable coil L16. Adj. Freq. Highest. Band Freq. TX Side 4.0V 4.0V L16 Lock Voltage Set the transceiver to the lowest Check band frequency, and check that each of the LV voltage is within as follows. Adj. Freq. Lowest Band Freq. RX Side 0.8V~1.8V 0.8V-1.8V LV TX Side 0.8V~1.8V 0.8V-1.8V Frequency Connect a power meter or attenuator to the Adjustment antenna terminal. Loose coupling the ANT 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 Center Freq. ± 500 Hz ±500Hz Adj.Soft ANT Con ADJUSTMENT Adjustment No. Adjustment Condition & Tuning Value Ref. No. CK. Point TX Output Adjust so that the transceiver power voltage Adjustment is stable with the voltage from the power terminal at 7.5V during TX. Use adjustment software to adjust the adjustment output to the values below. Adj. Freq. Greatest Low Band Freq. Hi Power 5.0W 5.0W Adj. Soft ANT Con L2 Power 2.0W 2.0W L1 Power 1.0W 1.0W TX Output Check Check that the in-band TX output is within the specifications below. Hi Power 4.0~6.0W 4.0-6.0W ANT Con L2 Power 1.2~2.8W 1.2-2.8W L1 Power 0.5~2.0W 0.5-2.0W Current Check at Check that the in-band power consumption TX is within the specifications below. 4.0-6.0W ANT Con Hi Power Less than 2.0A Less 2.0A PWR Con L2 Power Less than 1.5A Less 1.5A L1 Power Less than 1.2A Less 1.2A Checking Spurious Connect a spectrum analyzer to the ANT 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 –65dB of the Less than ANT Con fundamental wave -65 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. Deviation Set the CR oscillator to a 1 kHz sine wave, Adjustment 150mVrms, 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 NARROW ± 2.10 ± 0.05 kHz ± 2.05 ~ ±2.15kHz Modulation Balance Use the adjustment software to adjust the Adjustment modulation analyzer’s detection output horizontal line so that it becomes a straight line as below Adjust. Freq. Near Center Frequency Detection Adj. Soft ANT Con Output ADJUSTMENT Adjustment No. Adjustment Condition & Tuning Value Ref. No. CK. Point Checking Deviation Check that the deviation in the bandwidth is as the values below. ± 3.6 ~ Adj. Soft 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 bandwidthtion is as the value below WIDE/NARROW 7 ~ 20mV rms 7~20mV ANT Con rms Checking CTCSS/ Connect a linear detector via the attenuator DTCS/5 TONE/ to the antenna terminal, then reset so that DTMF DEVIATION each signaling type can be output. DTCS CODE 007 CTCSS 88.5 Hz 5 TONE CCIR 11111 DTMF # (Auto Dial Setting) Set the linear detector to the following. HPF OFF LPF 20 kHz De-emphasis OFF Level Meter (P/P)/2 Transmit while making sure no input is applied to the mic (or mic terminal), and 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 antenna terminal, and transmit, then adjust the low frequency oscillator output level so that the maximum modulation is 70%. 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 ± 1.5 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 8 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 Use the same check method for Narrow channels al…

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VHF-FM Handheld Transceiver Model No.: IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 Applicant: Icom Incorporated 1-1-32, Kamiminami Hirano-Ku, Osaka Japan, 547-0003 Tested in Accordance With Federal Communications Commission (FCC) CFR 47, PARTS 2, 22, 74, 80, 90 (Subpart I) and 95 UltraTech's File No.: ICOM29-FTX This Test report is Issued under the Authority of Tri M. Luu, Professional Engineer, Vice President of Engineering UltraTech Group of Labs Date: ........................... Report Prepared by: Dan Huynh Tested by: Wayne Wu, RFI/EMI Technician Vinh K. Ngo, RFI/EMI Technician Issued Date: July 9, 2001 Test Dates: May 28 – June 8, 2001 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] FCC Parts 2, 22, 74, 80, 90 (Subpart I) & 95, Licensed Non-Broadcast Radio Transceivers Contents i VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 ULTRATECH GROUP OF LABS File #: ICOM29-FTX 3000 Bristol Circle, Oakville, Ontario, Canada L6H 6G4 July 9, 2001 Tel. #: 905-829-1570, Fax. #: 905-829-8050, Email: [email protected] , Website: http://www.ultratech-labs.com • Assessed by ITI (UK) Competent Body, NVLAP (USA) Accreditation Body & ACA/AUSTEL (Australia), VCCI (Japan) • Accredited by Industry Canada (Canada) under ACC-LAB (Europe/Canada MRA and APEC/Canada MRA) • Recognized/Listed by FCC (USA) • 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 OPERATING CONDITIONS AND CONFIGURATIONS DURING TESTS ............................. 6 4.1. CLIMATE TEST CONDITIONS ......................................................................................................................................... 6 4.2. OPERATIONAL TEST CONDITIONS & ARRANGEMENT FOR TEST SIGNALS ...................................................................... 6 EXHIBIT 5. SUMMARY OF TEST RESULTS ............................................................................................................. 7 5.1. LOCATION OF TESTS .................................................................................................................................................... 7 5.2. APPLICABILITY & SUMMARY OF EMC EMISSION TEST RESULTS ................................................................................... 7 5.3. MODIFICATIONS INCORPORATED IN THE EUT FOR COMPLIANCE PURPOSES .................................................................. 7 EXHIBIT 6. MEASUREMENTS, EXAMINATIONS & TEST DATA FOR EMC EMISSIONS............................. 8 6.1. TEST PROCEDURES ...................................................................................................................................................... 8 6.2. MEASUREMENT UNCERTAINTIES ................................................................................................................................. 8 6.3. MEASUREMENT EQUIPMENT USED ...............................................................................................................................8 6.4. ESSENTIAL / PRIMARY FUNCTIONS AS DECLARED BY THE MANUFACTURER ................................................................... 8 6.5. RF POWER OUTPUT @ FCC 2.1046 & 90.205............................................................................................................... 9 6.5.1. Limits @ FCC 90.205 ........................................................................................................................................ 9 6.5.2. Method of Measurements................................................................................................................................... 9 6.5.3. Test Equipment List ........................................................................................................................................... 9 6.5.4. Test Arrangement .............................................................................................................................................. 9 6.5.5. Test Data........................…

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ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 1 Plot # 1 Emission Mask B Carrier Frequency: 146.05 MHz Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 2 Plot # 2 Emission Mask B Carrier Frequency: 160.05 MHz Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 3 Plot # 3 Emission Mask B Carrier Frequency: 173.95 MHz Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 4 Plot # 4 Emission Mask B Carrier Frequency: 146.05 MHz Power: 5 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 5 Plot # 5 Emission Mask B Carrier Frequency: 160.05 MHz Power: 5 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 6 Plot # 6 Emission Mask B Carrier Frequency: 173.95 MHz Power: 5 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 7 Plot # 7 Emission Mask D Carrier Frequency: 146.05 MHz Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 8 Plot # 8 Emission Mask D Carrier Frequency: 160.05 MHz Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 9 Plot # 9 Emission Mask D Carrier Frequency: 173.95 MHz Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 10 Plot # 10 Emission Mask D Carrier Frequency: 146.05 MHz Power: 5 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 11 Plot # 11 Emission Mask D Carrier Frequency: 160.05 MHz Power: 5 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 12 Plot # 12 Emission Mask D Carrier Frequency: 173.95 MHz Power: 5 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 13 Plot # 13 Spurious Emissions at Antenna Terminals Carrier Frequency: 146.05 MHz, WB (25 kHz Channel Spacing) Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 14 Plot # 14 Spurious Emissions at Antenna Terminals Carrier Frequency: 146.05 MHz, WB (25 kHz Channel Spacing) Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 15 Plot # 15 Spurious Emissions at Antenna Terminals Carrier Frequency: 146.05 MHz, WB (25 kHz Channel Spacing) Power: 5 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 16 Plot # 16 Spurious Emissions at Antenna Terminals Carrier Frequency: 146.05 MHz, WB (25 kHz Channel Spacing) Power: 5 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 17 Plot #17 Spurious Emissions at Antenna Terminals Carrier Frequency: 160.05 MHz, WB (25 kHz Channel Spacing) Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 18 Plot # 18 Spurious Emissions at Antenna Terminals Carrier Frequency: 160.05 MHz, WB (25 kHz Channel Spacing) Power: 1 W Modulation: FM with 2.5 kHz Sine Wave ANNEX 1 - TEST DATA PLOTS Icom Incorporated VHF-FM Handheld Transceiver, Models IC-F11, IC-F11S and IC-F11BR FCC ID: AFJIC-F11 A1 - 19 Pl…

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