ACJ927131TXTV/VCR With 2 Ch FM Transmitter

Important Safeguards and Precautions GROUND CLAMP ELECTRIC SERVICE EQUIPMENT ANTENNA LEAD IN WIRE ANTENNA DISCHARGE UNIT (NEC SECTION 810-20) GROUNDING CONDUCTORS (NEC SECTION 810-21) GROUND CLAMPS POWER SERVICE GROUNDING ELECTRODE SYSTEM (NEC ART 250, PART H) NEC- NATIONAL ELECTRICAL CODE 2 INSTALLATION 1 POWER SOURCE CAUTION Operate only from power source indicated on unit or in this manual. If uncertain, have your Electric Utility Service Company or Video Products Dealer verify your home power source. 2 POWER CORD PLUG For safety, this unit has a polarized type plug (one wide blade), or a three-wire grounding type plug. Always hold the plug firmly and make sure your hands are dry when plugging in or unplugging the AC power cord. Regularly remove dust, dirt, etc. on the plug. POLARIZED PLUG CAUTION: The plug fits into outlet one way. If it cannot be fully inserted, try reversing it. If it still will not fit, have an electrician install the proper wall outlet. Do not tamper with the plug. GROUNDING PLUG CAUTION: The plug requires a three-hole grounding outlet. If necessary, have an electrician install the proper outlet. Do not tamper with the plug. 3 POWER CORD To avoid unit malfunction, and to protect against electrical shock, fire or personal injury: - Keep power cord away from heating appliances and walking traffic. Do not rest heavy objects on, or roll such objects over the power cord. - Do not tamper with the cord in any way. - An extension cord should have the same type plug (polarized or grounding) and must be securely connected. - Overloaded wall outlets or extension cords is a fire hazard. - Frayed cords, damaged plugs, and damaged or cracked wire insulation are hazardous and should be replaced by a qualified electrician. 4 DO NOT BLOCK VENTILATION HOLES Ventilation openings in the cabinet release heat generated during operation. If blocked, heat build-up may result in a fire hazard or heat damage to cassettes. For your protection: a. Never cover ventilation slots while unit is ON, or operate unit while placed on a bed, sofa, rug, or other soft surface. b. Avoid built-in installation, such as a book case or rack, unless properly ventilated. 5 AVOID EXTREMELY HOT LOCATIONS OR SUDDEN TEMPERATURE CHANGES Do not place unit over or near a heater or regulator, in direct sunlight, etc. If unit is suddenly moved from a cold place to a warm place, moisture may condense in unit and on the tape causing damage. 6 TO AVOID PERSONAL INJURY • Never place unit on support or stand that is not firm, level, and adequately strong. The unit could fall causing serious injury to a child or adult and damage to the unit. • Move any appliance and cart combination with care. Quick stops, excessive force, and uneven surfaces may cause objects to overturn. • Carefully follow all operating instructions. OUTDOOR ANTENNA INSTALLATION 1 SAFE ANTENNA AND CABLE CONNECTION An outside antenna or cable system must be properly grounded to provide some protection against built up static charges and voltage. Section 810 of the National Electrical Code, ANSI/NFPA 70 (in Canada, part 1 of the Canadian Electrical Code) provides information regarding proper grounding of the mast and supporting structure, grounding of the lead-in wire to an antenna discharge unit, size of grounding conductors, location of antenna discharge unit, connection to grounding electrodes, and requirements for the grounding electrode. 2 KEEP ANTENNA CLEAR OF HIGH VOLTAGE POWER LINES OR CIRCUITS Locate an outside antenna system well away from power lines and electric light or power circuits so it will never touch these power sources should it ever fall. When installing antenna, absolutely never touch power lines, circuits or other power sources as this could be fatal. USING THE UNIT Before unit is brought out of storage or moved to a new location, refer again to the INSTALLATION section of these safeguards. 1 KEEP UNIT WELL AWAY FROM WATER OR MOISTURE, such as vases, sinks, tubs, etc. 2 IF EXPOSED TO RAIN, MOISTURE, OR STRONG IMPACT, unplug unit and have it inspected by a qualified service technician before use. 3 ELECTRICAL STORMS During a lightning storm, or before leaving unit unused for extended periods of time, disconnect all equipment from the power source as well as the antenna and cable system. 4 WHEN UNIT IS PLUGGED IN • DO NOT OPERATE IF: - liquid has spilled into unit. - unit was dropped or otherwise damaged. - unit emits smoke, malodors, or noises. Immediately unplug unit, and have it inspected by a service technician to avoid potential fire and shock hazards. • Never drop or push any object through openings in unit. Touching internal parts may cause electric shock or fire hazard. • Keep magnetic objects, such as speakers, away from unit to avoid electrical interference. 5 USING ACCESSORIES Use only accessories recommended by the manufacturer to avoid risk of fire, shock, or other hazards. 6 CLEANING UNIT Unplug unit. Use a clean, dry, chemically untreated cloth to gently remove dust or debris. DO NOT USE cleaning fluids, aerosols, or forced air that could over-spray, or seep into unit and cause electrical shock. Any substance, such as wax, adhesive tape, etc. may mar the cabinet surface. Exposure to greasy, humid, or dusty areas may adversely affect internal parts. SERVICE 1 DO NOT SERVICE PRODUCT YOURSELF If, after carefully following detailed operating instructions, the unit does not operate properly, do not attempt to open or remove covers, or make any adjustments not described in the manual. Unplug unit and contact a qualified service technician. 2 REPLACEMENT OF PARTS Make sure the service technician uses only parts specified by the manufacturer, or have equal safety characteristics as original parts. The use of unauthorized substitutes may result in fire, electric shock, or other hazards. 3 SAFETY CHECK AFTER SERVICING After unit is serviced or repaired, request that a through safety check be done as described in the manufacturer’…

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Description of Application Model FCC ID : ACJ927131TX OUR REF : MKES99-F027 MODEL NO.: PV-C2580 Application model is as below. (This model is TV/VCR combination with FM Transmitter.) FCC ID:ACJ927131TX Appliance name:Intentional Radiators : FM Transmitter Grantee Name:Matsushita Electric Industrial Co., Ltd. Model No.:PV-C2580 Brand Name:Panasonic Chassis No.:KM-2500 Cabinet Material:Plastics Remote Controller:Wireless FM Transmitter portion: FM Transmitter:VEPS4033 Output Frequency:Low Band93 MHz (+0/-2 MHz) – 97 MHz (+2/-0 MHz) High Band99 MHz (+0/-2 MHz) – 103 MHz (+2/-0 MHz) Output Antenna:Lod Antenna on the main PCB TV/VCR combination portion: Broadcast ChannelsFM 87.5 MHz – 108.1 MHz, VHF 2-13, UHF 14-69 CATV Channels:Mid band A through I (14-22) Super band J through W (23-36) Hyper band AA - EEE (37-64) Low band A-5 - A-1 (95-99) Special CATV channel 5A (01) Ultra band 65-94, 100-125 Antenna Terminal:One FM/VHF/UHF Input Antenna Terminal Impedance:75 ohms Highest frequency- generated or used:847 MHz (Local oscillator frequency of UHF Ch69) Input Terminal:Video and Audio Input Terminals are provided.

To:Diane Poole / FCC From:Richard Mullen / Matsushita Re:FCC ID ACJ927131TX Applicant:Matsushita Electric Industrial Co Ltd. Correspondence Reference Number:12810 731 Confirmation Number:EA96535 Date of Original E-Mail:03/16/2000 1. Please be advised all the provided bandwidth plotted test data was made while the TV set volume control was set to maximum volume position to show absolute worst case 100% modulation test results. 2. The 3 graphs on the left side entitled Low Band represented transmitter Channel 1 tested with TV volume control set at maximum volume setting for the lowest center frequency 92.47MHz, the middle center frequency 94.92 MHz and the highest center frequency 97.36MHz. 3. The 3 graphs on the right side entitled High Band represents transmitter Channel 2 tested with TV volume control set at maximum volume setting for the lowest center frequency 98.19MHz, the middle center frequency 100.64 MHz and the highest center frequency 103.07MHz. 4. The plotted graph was made with SPAN set at 0.500 MHz. Each individual box represents 50 kHz and +/- 2 boxes from the tested center frequency would represent -26dB. From this plotted graph, all signal emissions fall within 200 kHz bandwidth of the tested center frequency. From the provided small sized plotted graph, it may appear some peak emissions are close to the maximum allowable 200 kHz bandwidth. Attached, find a copy of enlarged graphs for highest Channels 1 and 2 frequencies that show all peak points are contained within the -26 dB point and maximum bandwidth is less than 200 kHz from each tested center frequency. 5. If you disagree with the above explanation, please explain in more detail why you think the provided test data were measured incorrectly. I apologize to taking up so much of your time on this matter, but this product is critical to our pending marketing intentions. If at all possible, I would like to get your response either verbally or by email within today, as I must report updated status to my management and client. Best regards, Richard Mullen

EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 1 of 11 Sheets EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 2 of 11 Sheets Main PCB (Top view) EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 3 of 11 Sheets Main PCB (Top view) Main PCB (Top view)FM Transmitter EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 4 of 11 Sheets Main PCB (Bottom view) EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 5 of 11 Sheets AVR PCB (Top view) AVR PCB (Bottom view) EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 6 of 11 Sheets Vertical PCB (Top view) Vertical PCB (Bottom view) EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 7 of 11 Sheets VCJ Pack PCB (Top view) VCJ Pack PCB (Bottom view) EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 8 of 11 Sheets Stereo Pack PCB (Top view) FM Transmitter Lod Antenna Stereo Pack PCB (Bottom view) EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 9 of 11 Sheets FM Transmitter PCB (Bottom View) FM Transmitter PCB (Top View) EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 10 of 11 Sheets Tuner (Top View) Tuner PCB (Top View) EXHIBIT #: FCC ID: ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 Sheet 11 of 11 Sheets Tuner (Bottom View) Tuner PCB (Bottom View)

EXHIBIT #: 1 FCC ID : ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Sample of FCC Identifier Sample of Statement for compliance with FCC Rules Part 15 Location of FCC Identifier EXHIBIT #: 2 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Enclosure Rear Statement for Compliance with FCC Rules Part 15 Nameplate with FCC Identifier

Technical Specification EXHIBIT #: 4-1 FCC ID : ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Power Source :AC 120 V, 60 Hz Power Consumption :136W Audio input: Max. –7 dBV Operating Temperature: 5 - 40 Operating Humidity : 10 % - 75 % Description of FM Transmitter EXHIBIT #: 4-2 FCC ID : ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Performance Explanation of FM Transmitter Each signal of Tuner, Line-In and Playback passes through the limiting circuit and is converted to Stereo Composite signal by the Stereo Process circuit. Stereo Composite signal is FM-modulated by the Oscillation Process circuit, then passes through the BPF and radiate through the antenna. Band width is limited by the limiting circuit for the Base Band Audio. Spurious is attenuated by the BPF circuit. Frequency of carrier is determined by L, C, and D in oscillator circuit. Consequently the frequency stability is determined by L, C, and D which is +/-250 kHz. Antenna is permanently constructed by the foil-pattern on the main PCB. Lod Antenna TUNER LINE IN PLAY BACK LIMITTER STEREO PROCESS Micro- processor BPF OSC FM MOD Low band:93 MHz (+0/-2 MHz)to97 MHz (+2/-0 MHz) High band:99 MHz(+0/-2 MHz)to103 MHz (+2/-0 MHz) EXHIBIT #: 4-3 FCC ID : ACJ927131TX OUR REF. : MKES99-F027 MODEL NO.: PV-C2580 EXHIBIT #: 5 FCC ID : ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Block Diagram

EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 3 of 20 Sheets 1) 15.239 (a) Band wide Low Band 92.22 MHz No Audio signalAudio input 1 kHz +8 dBV 94.77 MHz No Audio signalAudio input 1 kHz +8 dBV 97.56 MHz No Audio signalAudio input 1 kHz +8 dBV EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 4 of 20 Sheets 1) 15.239 (a) Band wide High Band 98.13 MHz No Audio signalAudio input 1 kHz +8 dBV 100.83 MHz No Audio signalAudio input 1 kHz +8 dBV 103.58 MHz No Audio signalAudio input 1 kHz +8 dBV EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 5 of 20 Sheets 1) 15.239 (a) Band wide Note: Measuring Instruments: a) Spectrum Analyzer-ADVANTEST Co., Ltd. Model : R3261A (1) Frequency range : 9 kHz to 2.6 GHz (2) RF Input : 50 ohm (3) IF band width : 30 Hz to 1 MHz 200 Hz/9 kHz/120 kHz (4) Detector function: CISPR Q-Peak/Peak b) RC Oscillator- National (Matsushita Communication Industrial Co. Ltd.) Model : VP-7201A (1) Output Frequency: 5 Hz to 500 kHz (2) Output Level: -69.9 dBV to 10 dBV EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 6 of 20 Sheets 2) 15.107 Power Line Conducted Voltage No Audio signal Meter Read. (dBuV)Interference (dBuV) Output Freq. (MHz) Freq. (MHz) 1-end & Gro. The other- End&Gro. LISN Factor (dB) Matching Pad Loss (dB) 1-end & Gro. The other- End &Gro. 0.4631.530.90.16.237.837.2 0.4729.129.30.16.235.435.6 0.52 28.427.9 0.16.2 34.734.2 0.5429.929.50.16.236.235.8 1.8630.931.40.26.237.337.8 92.23 6.26 29.630.0 0.46.2 36.236.6 0.4630.931.00.16.237.237.3 0.47 30.030.1 0.16.2 36.336.4 0.5229.129.00.16.235.435.3 0.5430.329.90.16.236.636.2 1.86 31.831.7 0.26.2 38.238.1 94.77 6.2629.128.80.46.235.735.4 0.4631.831.80.16.238.138.1 0.47 30.130.0 0.16.2 36.436.3 0.5229.530.30.16.235.836.6 0.54 31.031.0 0.16.2 37.337.3 1.8631.831.80.26.238.238.2 Low Band 97.31 6.2629.329.30.46.235.935.9 0.46 31.531.3 0.16.2 37.837.6 0.4730.029.70.16.236.336.0 0.5228.629.40.16.234.935.7 0.54 31.331.0 0.16.2 37.637.3 1.8632.031.80.26.238.438.2 98.13 6.26 29.729.7 0.46.2 36.336.3 0.4631.731.50.16.238.037.8 0.4730.731.00.16.237.037.3 0.52 30.029.9 0.16.2 36.336.2 0.5430.930.00.16.237.236.3 1.8631.631.40.26.238.037.8 100.83 6.26 29.229.5 0.46.2 35.836.1 0.4632.031.10.16.238.337.4 0.47 29.729.3 0.16.2 36.035.6 0.5229.128.40.16.235.434.7 0.5430.029.90.16.236.336.2 1.86 31.431.7 0.26.2 37.838.1 High Band 103.58 6.2628.829.70.46.235.436.3 EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 7 of 20 Sheets 2) 15.107 Power Line Conducted Voltage No Audio signal Note: 1. Sample calculation at Output 92.23 MHz 1-end & Gro. 0.46 MHz ; 31.5+ 0.1 + 6.2 = 37.8 (dBuV) 2. Measuring Instruments: a) Field strength meter - Kyoritsu Electric Work Co., Ltd. Model : KNM-402C (1) Detector function : CISPR Q-Peak (2) IF band width : 9 kHz (3) Input impedance : 75 ohms b) Line impedance stabilized network (LISN) - Kyoritsu Electric Work CO., Ltd. Model : KNW-406 50 ohms / 50 uH network c) Matching pad - Kyoritsu Electric Work Co., Ltd. Model : KPD-401 3. The spectrum was checked from 0.45 MHz to 30 MHz and the six highest emissions relative to the appropriate limit were measured and reported. EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 8 of 20 Sheets 2) 15.107 Power Line Conducted Voltage Audio Input 1 kHz +8 dBV Meter Read. (dBuV)Interference (dBuV) Output Freq. (MHz) Freq. (MHz) 1-end & Gro. The other- End&Gro. LISN Factor (dB) Matching Pad Loss (dB) 1-end & Gro. The other- End &Gro. 0.4631.331.10.16.237.637.4 0.47 26.926.6 0.16.2 33.232.9 0.5228.628.00.16.234.934.3 0.5430.430.20.16.236.736.5 1.86 28.428.9 0.26.2 34.835.3 92.23 6.2630.630.50.46.237.237.1 0.46 31.031.2 0.16.2 37.337.5 0.4727.227.30.16.233.533.6 0.5228.328.00.16.234.634.3 0.54 30.029.5 0.16.2 36.335.8 1.8627.828.70.26.234.235.1 94.77 6.2630.430.80.46.237.037.4 0.46 31.030.8 0.16.2 37.337.1 0.4727.327.60.16.233.633.9 0.52 29.028.5 0.16.2 35.334.8 0.5429.529.20.16.235.835.5 1.8628.228.80.26.234.635.2 Low Band 97.31 6.26 30.530.7 0.46.2 37.137.3 0.4630.831.20.16.237.137.5 0.47 26.927.3 0.16.2 33.233.6 0.5227.928.40.16.234.234.7 0.5430.029.80.16.236.336.1 1.86 28.428.8 0.26.2 34.835.2 98.13 6.2630.130.00.46.236.736.6 0.4630.931.00.16.237.237.3 0.47 27.227.9 0.16.2 33.534.2 0.5227.828.10.16.234.134.4 0.54 29.930.2 0.16.2 36.236.5 1.8628.829.30.26.235.235.7 100.83 6.2629.729.50.46.236.336.1 0.46 31.331.7 0.16.2 37.638.0 0.4728.028.10.16.234.334.4 0.5228.928.70.16.235.235.0 0.54 29.929.8 0.16.2 36.236.1 1.8628.228.40.26.234.634.8 High Band 103.58 6.26 30.630.5 0.46.2 37.237.1 EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 9 of 20 Sheets 2) 15.107 Power Line Conducted Voltage Audio Input 1 kHz +8 dBV Note: 1. Sample calculation at Output 92.23 MHz 1-end & Gro. 0.46 MHz ; 31.3 + 0.1 + 6.2 = 37.6 (dBuV) 2. Measuring Instruments: a) Field strength meter - Kyoritsu Electric Work Co., Ltd. Model : KNM-402C (1) Detector function : CISPR Q-Peak (2) IF band width : 9 kHz (3) Input impedance : 75 ohms b) Line impedance stabilized network (LISN) - Kyoritsu Electric Work CO., Ltd. Model : KNW-406 50 ohms / 50 uH network c) Matching pad - Kyoritsu Electric Work Co., Ltd. Model : KPD-401 d) RC Oscillator- National (Matsushita Communication Industrial Co. Ltd.) Model : VP-7201A (1) Output Frequency: 5 Hz to 500 kHz (2) Output Level: -69.9 dBV to 10 dBV 3. The spectrum was checked from 0.45 MHz to 30 MHz and the six highest emissions relative to the …

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EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 3 of 20 Sheets 1) 15.239 (a) Band wide Low Band (Lowest: 92.47 MHz) No Audio signalAudio input 1 kHz -7 dBV (Middle: 94.92 MHz) No Audio signalAudio input 1 kHz -7 dBV (Highest: 97.36 MHz) No Audio signalAudio input 1 kHz -7 dBV EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 4 of 20 Sheets 1) 15.239 (a) Band wide High Band (Lowest: 98.19 MHz) No Audio signalAudio input 1 kHz -7 dBV (Middle: 100.64 MHz) No Audio signalAudio input 1 kHz -7 dBV (Highest: 103.07 MHz) No Audio signalAudio input 1 kHz -7 dBV EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 5 of 20 Sheets 1) 15.239 (a) Band wide Note: Measuring Instruments: a) Spectrum Analyzer-ADVANTEST Co., Ltd. Model : R3261A (1) Frequency range : 9 kHz to 2.6 GHz (2) RF Input : 50 ohm (3) IF band width : 30 Hz to 1 MHz 200 Hz/9 kHz/120 kHz (4) Detector function: CISPR Q-Peak/Peak b) RC Oscillator- National (Matsushita Communication Industrial Co. Ltd.) Model : VP-7201A (1) Output Frequency: 5 Hz to 500 kHz (2) Output Level: -69.9 dBV to 10 dBV EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 6 of 20 Sheets 2) 15.107 Power Line Conducted Voltage No Audio signal Meter Read. (dBuV)Interference (dBuV) Output Freq. (MHz) Freq. (MHz) 1-end & Gro. The other- End&Gro. LISN Factor (dB) Matching Pad Loss (dB) 1-end & Gro. The other- End &Gro. 0.46 32.230.3 0.16.2 38.536.6 0.48 30.529.0 0.16.2 36.835.3 0.53 29.128.0 0.16.2 35.434.3 0.5629.729.30.16.236.035.6 1.86 30.430.8 0.26.2 36.837.2 92.47 6.2529.430.00.46.236.036.6 0.46 31.930.0 0.16.2 38.236.3 0.4830.129.30.16.236.435.6 0.53 29.027.9 0.16.2 35.334.2 0.5630.030.20.16.236.336.5 1.86 30.030.6 0.26.2 36.437.0 94.92 6.2529.929.50.46.236.536.1 0.46 31.630.5 0.16.2 37.936.8 0.48 30.429.7 0.16.2 36.736.0 0.53 29.029.3 0.16.2 35.335.6 0.56 30.130.7 0.16.2 36.437.0 1.86 31.130.8 0.26.2 37.537.2 Low Band 97.36 6.25 29.629.7 0.46.2 36.236.3 0.4631.830.70.16.238.137.0 0.48 30.029.5 0.16.2 36.335.8 0.5328.829.90.16.235.136.2 0.56 29.531.0 0.16.2 35.837.3 1.8631.231.20.26.237.637.6 98.19 6.25 29.529.8 0.46.2 36.136.4 0.4632.030.90.16.238.337.2 0.48 30.929.9 0.16.2 37.236.2 0.53 29.129.6 0.16.2 35.435.9 0.56 29.330.1 0.16.2 35.636.4 1.86 30.630.8 0.26.2 37.037.2 100.64 6.25 30.029.7 0.46.2 36.636.3 0.46 31.531.8 0.16.2 37.838.1 0.48 30.930.5 0.16.2 37.236.8 0.53 29.129.9 0.16.2 35.436.2 0.5629.829.80.16.236.136.1 1.86 30.230.7 0.26.2 36.637.1 High Band 103.07 6.2529.829.90.46.236.436.5 EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 7 of 20 Sheets 2) 15.107 Power Line Conducted Voltage No Audio signal Note: 1. Sample calculation at Output 92.47 MHz 1-end & Gro. 0.46 MHz ; 32.2 + 0.1 + 6.2 = 38.5 (dBuV) 2. Measuring Instruments: a) Field strength meter - Kyoritsu Electric Work Co., Ltd. Model : KNM-402C (1) Detector function : CISPR Q-Peak (2) IF band width : 9 kHz (3) Input impedance : 75 ohms b) Line impedance stabilized network (LISN) - Kyoritsu Electric Work CO., Ltd. Model : KNW-406 50 ohms / 50 uH network c) Matching pad - Kyoritsu Electric Work Co., Ltd. Model : KPD-401 3. The spectrum was checked from 0.45 MHz to 30 MHz and the six highest emissions relative to the appropriate limit were measured and reported. EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 8 of 20 Sheets 2) 15.107 Power Line Conducted Voltage Audio Input 1 kHz -7 dBV Meter Read. (dBuV)Interference (dBuV) Output Freq. (MHz) Freq. (MHz) 1-end & Gro. The other- End&Gro. LISN Factor (dB) Matching Pad Loss (dB) 1-end & Gro. The other- End &Gro. 0.4631.530.90.16.237.837.2 0.48 27.026.7 0.16.2 33.333.0 0.53 29.128.9 0.16.2 35.435.2 0.56 30.731.0 0.16.2 37.037.3 1.86 28.028.4 0.26.2 34.434.8 92.47 6.25 30.730.6 0.46.2 37.337.2 0.46 30.930.9 0.16.2 37.237.2 0.48 26.927.2 0.16.2 33.233.5 0.53 28.628.3 0.16.2 34.934.6 0.5630.029.30.16.236.335.6 1.86 28.127.5 0.26.2 34.533.9 94.92 6.2530.230.00.46.236.836.6 0.46 30.730.6 0.16.2 37.036.9 0.4827.928.00.16.234.234.3 0.53 29.329.2 0.16.2 35.635.5 0.5629.728.40.16.236.034.7 1.86 28.128.1 0.26.2 34.534.5 Low Band 97.36 6.25 30.030.1 0.46.2 36.636.7 0.46 30.529.6 0.16.2 36.835.9 0.48 27.928.5 0.16.2 34.234.8 0.53 29.329.3 0.16.2 35.635.6 0.56 29.930.0 0.16.2 36.236.3 1.86 28.829.2 0.26.2 35.235.6 98.19 6.25 29.729.9 0.46.2 36.336.5 0.4630.530.10.16.236.836.4 0.48 28.228.7 0.16.2 34.535.0 0.5329.228.90.16.235.535.2 0.56 30.029.6 0.16.2 36.335.9 1.8629.029.30.26.235.435.7 100.64 6.25 29.630.2 0.46.2 36.236.8 0.4631.030.50.16.237.336.8 0.48 28.728.9 0.16.2 35.035.2 0.53 28.828.5 0.16.2 35.134.8 0.56 29.529.4 0.16.2 35.835.7 1.86 28.728.9 0.26.2 35.135.3 High Band 103.07 6.25 30.430.0 0.46.2 37.036.6 EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 9 of 20 Sheets 2) 15.107 Power Line Conducted Voltage Audio Input 1 kHz -7 dBV Note: 1. Sample calculation at Output 92.47 MHz 1-end & Gro. 0.46 MHz ; 31.5 + 0.1 + 6.2 = 37.8 (dBuV) 2. Measuring Instruments: a) Field strength meter - Kyoritsu Electric Work Co., Ltd. Model : KNM-402C (1) Detector function : CISPR Q-Peak (2) IF band width : 9 kHz (3) Input impedance : 75 ohms b) Line impedance stabilized network (LISN) - Kyoritsu Electric Work CO., Ltd. Model : KNW-406 50 ohms / 50 uH network c) Matching pad - Kyoritsu Electric Work Co., Ltd. Model : KPD-401 d) RC Oscillator- National (Matsushita Communication Industrial Co. Ltd.) Model : VP-7201A (1) Output Frequency: 5 Hz to 500 kH…

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EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027A MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter)Sheet 5-1 of 20 Sheets 1) 15.239 (a) Band wide Input RF TV signal (Audio Modulation 25.0kHz / Audio Signal 1 kHz) Low BandHigh Band (Lowest: 92.47 MHz / BW: 143.6 kHz)(Lowest: 98.19 MHz / BW: 145.0 kHz) Low BandHigh Band (Middle: 94.92 MHz / BW: 160.0 kHz)(Middle: 100.64 MHz / BW: 175.7kHz) Low BandHigh Band (Highest: 97.36 MHz / BW: 190.7 kHz)(Highest: 103.07 MHz / BW: 195.7 kHz) EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027A MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 5-2 of 20 Sheets 1) 15.239 (a) Band wide Note: Measuring Instruments: a) Spectrum Analyzer-ADVANTEST Co., Ltd. Model: R3261A (1) Frequency range : 9 kHz to 2.6 GHz (2) RF Input : 50 ohm (3) IF band width : 30 Hz to 1 MHz 200 Hz/9 kHz/120 kHz (4) Detector function: CISPR Q-Peak/Peak b) All Channel TV Signal Generater- EIDEN Model: 121B

EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027A MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter)Sheet 5-1 of 20 Sheets 1) 15.239 (a) Band wide Input RF TV signal (Audio Modulation 25.0kHz / Audio Signal 1 kHz) Low BandHigh Band (Lowest: 92.47 MHz / BW: 143.6 kHz)(Lowest: 98.19 MHz / BW: 145.0 kHz) Low BandHigh Band (Middle: 94.92 MHz / BW: 160.0 kHz)(Middle: 100.64 MHz / BW: 175.7kHz) Low BandHigh Band (Highest: 97.36 MHz / BW: 190.7 kHz)(Highest: 103.07 MHz / BW: 195.7 kHz) EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027A MODEL NO.: PV-C2580 Part 15 Subpart C. (Intentional Radiators : FM Transmitter) Sheet 5-2 of 20 Sheets 1) 15.239 (a) Band wide Note: Measuring Instruments: a) Spectrum Analyzer-ADVANTEST Co., Ltd. Model: R3261A (1) Frequency range : 9 kHz to 2.6 GHz (2) RF Input : 50 ohm (3) IF band width : 30 Hz to 1 MHz 200 Hz/9 kHz/120 kHz (4) Detector function: CISPR Q-Peak/Peak b) All Channel TV Signal Generater- EIDEN Model: 121B

EXHIBIT #: 3 FCC ID : ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Sheet 14 of 20 Sheets 15.107 POWER LINE CONDUCTED VOLTAGE - CONFIGURATION OF THE EQUIPMENT UNDER TEST - ( Arrangement of interface cable on the test table ) EXHIBIT #: 3 FCC ID : ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Sheet 15 of 20 Sheets 15.209 & 15.239 RADIATED EMISSION - CONFIGURATION OF THE EQUIPMENT UNDER TEST - ( Arrangement of interface cable on the test table ) EXHIBIT #: 3 FCC ID : ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Sheet 16 of 20 Sheets 15.209 & 15.239 RADIATED EMISSION - CONFIGURATION OF THE EQUIPMENT UNDER TEST - ( Arrangement of interface cable on the test table ) EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Sheet 17 of 20 Sheets EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Sheet 18 of 20 Sheets EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Sheet 19 of 20 Sheets EXHIBIT #: 3 FCC ID: ACJ927131TX OUR REF.: MKES99-F027 MODEL NO.: PV-C2580 Sheet 20 of 20 Sheets