K66HX260SVHF HAND HELD RADIO TRANSMITTER

HX260S VHF/FM Marine Handheld Transceiver Owner’s Manual DW 16 9 SCAN H/L WX SQL V O L OFF page 24Owner’s ManualHX260S TABLE OF CONTENTS FCC NOTICE .......................................................................................................... 1 1GENERAL INFORMATION .............................................................................. 2 1.1 INTRODUCTION .............................................................................................. 2 1.2 FCC/ INDUSTRY CANADA INFORMATION .................................................... 2 2ACCESSORIES ............................................................................................... 3 2.1 PACKING LIST ................................................................................................. 3 2.2 OPTIONS ......................................................................................................... 3 2.3 REPLACEMENT PARTS .................................................................................. 3 3CONTROLS AND INDICATORS ..................................................................... 4 3.1 CONTROLS AND CONNECTIONS ................................................................. 4 3.2 INDICATORS ................................................................................................... 8 4OPERATION .................................................................................................. 10 4.1 INITIAL PROCEDURE ................................................................................... 10 4.2 RECEPTION ................................................................................................... 11 4.3 TRANSMISSION ............................................................................................ 12 4.4 TRANSMIT TIME - OUT TIMER (TOT) .......................................................... 12 4.5 SIMPLEX/DUPLEX CHANNEL USE .............................................................. 13 4.6 USA, CANADA, AND INTERNATIONAL MODE ............................................ 13 4.7 NOAA WEATHER CHANNELS ...................................................................... 13 4.8 WEATHER ALERT ......................................................................................... 14 4.9 MEMORY SCANNING .................................................................................... 14 4.10 DUAL WATCHING ........................................................................................ 15 4.11 EMERGENCY CHANNEL 16 ........................................................................ 15 4.12 CHANNEL 9 .................................................................................................. 15 4.13 OPERATING ON CHANNEL 13 ................................................................... 15 4.14 OPERATING ON CHANNEL 67 ................................................................... 16 4.15 RESETTING THE TRANSCEIVER’S MICROPROCESSOR ....................... 16 5BATTERY ....................................................................................................... 17 5.1 BATTERY CHARGING ................................................................................... 17 5.2 BATTERY PACK REMOVAL/INSTALLATION ............................................... 17 5.3 USING BATTERY TRAY ................................................................................ 18 5.3 OPERATING CWC260 BATTERY CHARGER ............................................... 18 5.4 BATTERY SAFETY ........................................................................................ 19 6MAINTENANCE ............................................................................................. 20 7SPECIFICATIONS ......................................................................................... 21 7.1 GENERAL ...................................................................................................... 21 7.2 TRANSMITTER .............................................................................................. 21 7.3 RECEIVER ..................................................................................................... 21 HX260SOwner’s Manualpage 1 FCC NOTICE NOTICE Unauthorized changes or modifications to this equipment may void compliance with FCC Rules. Any change or modification must be approved in writing by STANDARD HORIZON, a division of YAESU USA. NOTICE This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: —Increase the separation between the equipment and receiver. —Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. —Consult the dealer or an experienced marine electronicstechnician for help. page 2Owner’s ManualHX260S 1GENERAL INFORMATION 1.1 INTRODUCTION The STANDARD HORIZON (a division of YAESU USA) HX260S is a marine handheld two-way VHF transceiver. The transceiver has 65 channels: 55 marine and 10 weather. The 55 marine channels are switchable to comply with either USA, International, or Canadian regulations. It has an emergency channel 16 which can be immediately selected from any channel by pressing the red 16/9 key. Weather channels can also be accessed immediately by pressing the WX key. The transceiver includes the f…

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Owner’s Manual Supplement For Marine VHF Radios Contains FCC / INDUSTRY CANADA Information Maintenance Service VHF Channel Charts Warranty page 1Standard HorizonMarine Radios NOTE Please fill out the enclosed warranty registration postcard attached to the front of this manual. Should the warranty registration postcard be missing, please register on line at www.yaesu.com or contact Standard Horizon at: 17210 Edwards Road Cerritos, CA 90703 FCC RADIO LICENSE INFORMATION Standard Horizon radios comply with the Federal Communication Commission (FCC) requirements that regulate the Maritime Radio Service. Station License An FCC ship station license is no longer required for any vessel traveling in U.S. waters which uses a VHF marine radio, RADAR or EPIRB, and which is not required to carry radio equipment. A license is necessary however for a DSC MMSI number, any vessel required to carry a marine radio on an international voyage, carrying a HF single side band radiotelephone or marine satellite terminal. FCC license forms, including applications for ship (506) and land station licenses can be downloaded via the Internet at www.fcc.gov/forms. To obtain a form from the FCC, call (888) 225-5322. Radio Call sign Currently the FCC does not require recreational boaters to have a Ship Radio Station License. The USCG recommends the boats registration number and the state to be used. Canadian Ship Station Licensing You do not need a license if your vessel is not operated in sovereign waters of a country other than Canada or the U.S.A. If you do need a license contact their nearest field office or regional office or write: Industry Canada Radio Regulatory Branch Attn: DOSP 300 Slater Street Ottawa, Ontario Canada, KIA 0C8 Marine RadiosStandard Horizonpage 2 FACTORY SERVICE In the unlikely event that the radio fails to perform or needs servicing, please contact the following: Standard Horizon Factory Service 115 N. Wright Brothers Drive Salt Lake City, UT 84116-2838 Telephone (800) 366-4566 Fax No. (801) 359-4122 WARRANTY INFORMATION CARD INSTRUCTIONS THANK YOU for buying STANDARD HORIZON (a division of YAESU USA) products! We are confident your new radio will serve your needs for many years! Please complete the Owner’s Record below for your records. Then complete the Warranty Information Card that should be attached to the front of this manual, detach it and mail it to STANDARD HORIZON. Should you ever return the equipment to your STANDARD HORIZON Dealer or to STANDARD HORIZON for in-warranty repair, the Owner’s Record, or other proof of purchase, must be included with the unit to provide warranty information. In addition to the warranty, STANDARD HORIZON includes a lifetime “flat rate” program to provide service after the warranty period has expired. If you wish to obtain the flat rate price for out-of-warranty repair, you must include the information on the Owner’s Record with the unit when you return it to your Dealer or to STANDARD HORIZON. Lifetime Flat Rate Service Program: For the original Owner only, for the lifetime of the unit, STANDARD HORIZON will repair the unit to original specifications. Note: The flat rate amount is payable by the Owner only if STANDARD HORIZON or the STANDARD HORIZON Dealer determines that a repair is needed. After the repair, a 90-day warranty will be in effect from the date of return of the unit to the Owner. This service program is not available for equipment which has failed as a result of neglect, accident, breakage, misuse, improper installation or modification, or water damage. (depending on the product) Model Serial Number Purchase Date Dealer page 3Standard HorizonMarine Radios OPERATING PRACTICES Emergency (Channel 16 Use) Channel 16 is known as the Hail and Distress Channel. An emergency may be defined as a threat to life or property. In such instances, be sure the transceiver is on and set to CHANNEL 16. Then use the following procedure: 1. Press the microphone push-to-talk switch and say “Mayday, Mayday, Mayday. This is , , ” (your vessel's name). 2. Then repeat once: “Mayday, ,” (your vessel’s name). 3. Now report your position in latitude/longitude, or by giving a true or magnetic bearing (state which) to a well-known landmark such as a navigation aid or geographic feature such as an island or harbor entry. 4. Explain the nature of your distress (sinking, collision, aground, fire, heart attack, life-threatening injury, etc.). 5. State the kind of assistance your desire (pumps, medical aid, etc.). 6. Report the number of persons aboard and condition of any injured. 7. Estimate the present seaworthiness and condition of your vessel. 8. Give your vessel's description: length, design (power or sail), color and other distinguishing marks. The total transmission should not exceed 1 minute. 9. End the message by saying “OVER”. Release the microphone button and listen. 10. If there is no answer, repeat the above procedure. If there is still no response, try another channel. Calling Another Vessel (Channel 16 or 9) Channel 16 may be used for initial contact (hailing) with another vessel. However, its most important use is for emergency messages. This channel must be monitored at all times except when actually using another channel. It is monitored by the U.S. and Canadian Coast Guards and by other vessels. Use of channel 16 for hailing must be limited to initial contact only. Calling should not exceed 30 seconds, but may be repeated 3 times at 2-minute intervals. In areas of heavy radio traffic, congestion on channel 16 resulting from its use as a hailing channel can be reduced significantly in U.S. waters by using channel 9 as the initial contact (hailing) channel for non- emergency communications. Here, also, calling time should not exceed 30 seconds but may be repeated 3 times at 2-minute intervals. Prior to making contact with another vessel, refer to the channel charts in this manual, and select an appropriate channel for communications after initial contact.…

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00-06-12 470B K.ATSUTA HX260S 1 1 USA 470B493BLK HX260S BLOCK ANTENNA L.P.F MIC AMP TX/RX H.P.FAF MUTE L.P.F TX/RX DE-EMPHASIS AF POWERAMPAF POWER AMP VCC SWITCH ANTENNA SWITCH TX FINALTX DRIVERAMPTX PRI DRIVERTX/RXSWITCH B.P.FRF AMPB.P.FFIRST MIXERM.C.F 21.4MHzFIRST IF AMPSECOND IF IC CERAMIC FILTER 450kHz DISCRIMININATOR PLL ICPLL L.P.F REF OSC21.850MHz 5V REGULATORTX PO +5V SWITCH SAVE+5V SWITCH APC AMPDETECTERTX POWER TX PO +5V SAVE+5V L.C.D L.C.D BACK LIGHT KEY BACK LIGHT BACK LIGHT SWITCH 4.19MHz CLOCK EEPROM RESET REG+5V SWED+7.2V SWED+7.2V 5V REGULATOR WA B.P.F/COMPARATOR TX PO WER DET H/L CONTPLL STB/D ATA/CLOCK/UNLOCK TX/RX CONT SQL DETWA DETAF MUTEAF AMP SWBEEP TX POWER+B CONT SAVE+B CONT LAMP/KEY LOCK PTT SW SQL SWED+7.2V KEY MATRIX 16/9H/LWXUP DOWNSCANDW SWED+7.2V TX+5V SWED+7.2VTX PO +5V SAVE+5V SAVE+5VTX PO +5V SAVE+5VSAVE+5V SAVE+5V REG+5V MOD ERR OR SWITCH REG+5V REG+5V REG+5V DC7.2V REG+5V REG+5V REG+5V REG+5V POWER SW MICROPROCESSOR QT06 RLS-135 QT07 RLS-135 2SK29742SK2973 MA742NJM12902V(4/4) B.P.F QR01 3SK131(V12)QR02 3SK131(V12)QF01 2SC4726(P) CDBC450CX24 TA31136FN REG+5V RIPPLE FILTER 2SC4666(B) VCO BUFFERPLL BUFFER AMPAMPOSC 2SC4726(P)2SC4726(P) MB15A02 REG+5V 2SK210(GR) CFWM450E NJM12902V(3/4) BU4053BCFV(1/3) BU4053BCFV(2/3) BU4053BCFV(3/3) NJM12902V(2/4) NJM12902V(1/4) 2SB798(DL,DK) 2SC4116(BL)NJM2070M 2SA1588(Y) S-81350HG 2SC4116(BL) x2 CL-190YG x2 SWED+7.2VV SWED+7.2VV AT93LC46R PST575D M38223M4 BA TT CHECK TXD/RXD/TEST SW AF OUT MIC PTT GND TXD RXD NC TEST SW PP01 RF PCB U-COM PCB PL01 2SC4226(R24)DAN235E REG+5VREG+5V REG+5V PTT REG+5V L1650YG x2 RA19 CA15 NJM2904V WA CONT REG+5V WA VCC SWITCH SWITCH SWITCH UN9114 S-814A50AUC FF01FF02 QF02 FF03XF01 QA06 QA07 QA07 QA06 QA07 QA05 QA05 QA03 QA08 2SA1588(Y) QA09 H.HOSHINO QA06 QA01 QA02 XP01 QP01 QV09QV06 QV10 QV07 QT01QT02QT03QT04 QT05QA06 QL01 QL06QL05 QL02 XL01 QL09,QL12 QL03 QL10,QL11 QL07,QL08 NA01 RA18 EA01 ANT EXT MIC TC4S66F QA12 QA14 SWITCH TX:156.025MH-157.025MHz RX:156.050MHz-163.275MHzTX:156.025MH-157.025MHzRX:134.650MHz-141.845MHz 21.4MHz 450kHz 21.850MHz PB01 LIMITTER PTT REG+5V AFVOL Y001 SPEAKER MIC BA TTER Y YY07YY02YY03YY04 YY06YY01SL01 SL02 SL03 YY05 HH 1234567891011 1234567891011 A B C D E F G A B C D E F G REVISIONS DATE; ORDER;MODEL;DEST; SCHEMATIC DIAGRAM OF MARANTZ JAPAN INC DRAWN BY DESIGINED BY APPROVED BY DATE; D D D 1 2 3 4 5 1 1 2 1 2 1 2 12 12 12 3 TEST JACK 1 2 3 4 5 6 7 8 GNDA GNDA GNDA GNDA GNDA GNDA

APPLICANT : YAESU MUSEN CO., LTD. FCC ID : K66HX260S JOB # : 276A0 EXHIBITS CONTAINING : EXHIBIT 1A.............EQUIPMENT SPECIFICATION EXHIBIT 1B.............SPECIFICATION SHEET EXHIBIT 2A-2J........CIRCUIT DESCRIPTION EXHIBIT 3................OPERATING MANUAL & OWNERS MANUAL EXHIBIT 4A-4I........ALIGNMENT EXHIBIT 5................BLOCK DIAGRAM EXHIBIT 6A-6B.......SCHEMATIC EXHIBIT 7................COMPONENT APPLICATION EXHIBIT 8A-8H.......TEST DATA EXHIBIT 9.................FCC ID LABEL SAMPLE EXHIBIT 10...............SKETCH OF FCC ID LABEL LOCATION EXHIBIT 11A............EXTERIOR PHOTO - FRONT VIEW EXHIBIT 11B............EXTERIOR PHOTO - SIDE VIEW EXHIBIT 11C............EXTERIOR PHOTO – TOP VIEW EXHIBIT 11D............EXTERIOR PHOTO – FRONT VIEW W/DISPLAY REMOVED EXHIBIT 12A............INTERNAL PHOTO – COMPONENT VIEW EXHIBIT 12B............INTERNAL PHOTO - COPPER VIEW APPLICANT : YAESU MUSEN CO., LTD. FCC ID : K66HX260S

TIMCO ENGINEERING, INC. P.O. BOX 370 849 N.W. STATE ROAD 45 NEWBERRY, FL 32669 PHONE: 888-472-2424 OR 352-472-5500 FAX: 352-472-2030 EMAIL: [email protected] 9/8/00 Mr. Joe Dichoso Federal Communicatio ns Co mmission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 REF: Yaesu Musen Co., Ltd.’s FCC ID: K66HX260S, Confirmation #: EA98240 Correspondence ID #: 15902 Dear Joe: The equipment code that was put on the 731 form was incorrect. It should have been TNF (Licensed Non- Broadcast Transmitter Held to Face). This is to request that you modify the 731 form. Should you have any questions or require any further information, please advise. Regards, Sharon A. Hoffma n TIMCO ENGINEERING, INC.

HH 1234567891011 1234567891011 A B C D E F G A B C D E F G REVISIONS DATE; ORDER;MODEL;DEST; SCHEMATIC DIAGRAM OF MARANTZ JAPAN INC DRAWN BY DESIGINED BY APPROVED BY DATE; JT02 1 3.5T LT10 5p CT24 36pCT2839pCT2736pCT26 4p CT23 3.5T LT09 100p CT21 RLS-135 QT07 RLS-135QT06 18p CT20 22p CR01 10T LT07 LR01 1 2 34 5 6 10k RR02 1000p CR07 1000p CR10 10pCR09 100 RR05 LR03 1 2 3 4 5 6 0.75p CR11 0.5p CR13 LR04 1 2 3 4 5 6 12p CR12 LR05 1 2 3 4 5 6 0.5pCR15 TP01 1 10p CR18 470n LR06 220 RR07 0.01 CR19 100 RR08 0.01 CR20 820n LR08 220 RF01 FF0112 3 6p CF01 FF0212 3 680 RF02 680k RF03 2SC4726(P) QF01 1 2 3 1u LF01 51p CF03 1000p CF02 1SS361 QF03 2 13 0.01u CF04 10uLT08 100p CT19 220 RT14 100p CT22 1.5p CT18 QT05MA742 2 13 10p CT17 1000p CT31 10u/20V CT32 1000p CT33 15p CT05 82nLT01 1000p CT04 10k RT04 150 RT05 10k RT03 2SC4226 QT02 1 2 3 1000p CT03 22p CT01 1k RT02 1000p CT02 DAN235E QT01 2 1 3 1k RR10 1000p CR23 1k RT01 10k RT20 1 2 3 47k RT21 1 2 3 1k RT15 4.7k RT16 1000p CT30 1000p CT37 1SS357QT09 4.7u/16V CA21 TA31136FN QF02 1234567 8 910111213141516 82pCF13 CDBC450XF01 1 2 1.5k RF12 3pCF05 33k RF05 0.1u CF10 1000p CF07 22u/16V CF06 330k RF06 120p CF08 120p CF09 150k RF07 6.8k RF08 1000p CF11 3.3k RF11 1000p CF12 0.1uCF15 NJM2904M QA01 1 2 3 4 5 6 7 8 39k RA01 5.6k RA02 22kRA08 22k RA07 100kRA05 10kRA06 0 RV0212pCV02 56p CV03 1SS314 QV044.7kRV03 1000pCV041000pCV01 1k RV01 UN9114 QV01 12 3 10kRV13 RN1303 QV08 1 2 3 2.2uLV01 4.5TLV021p UJCV05 1SV230 QV02 1SV214 QV05 6.8k RV04 10k RV05 1000p CV06 2SK210(GR) QV06 1 2 3 5p UJCV07 2.2uLV03 100RV06 4p UJ CV08 100 RV07 1000p CV09 1p CV102SC4726(P) QV07 1 2 3 100k RV080.22u LV04 1000pCV12 1000p CV11 100RV09 TP02 1 1u LP02 470RP06 4.7u/16V CP13 1.5kRP05 DA204U QP02 2 13 1000pCV19 MB15A02 QP01 1234567 8 910111213141516 470 RP04 0 RP01 21.850MHz XP01 12 15p CP03 4p CP02 10p CP01 0.33u/35V CP14 1000p CP040.1uCP05 10u LP01 4.7u/16V CP07 1000p CP12 1k RP02100kRP030.1uCP11 UN9114 QA10 12 3 CT 68u/16V CA28 1 2 1000pCA27 CT 6.8u/16V CA30 1000p CA25 4.7u/16V CA26 1.8kRA34 1u/20V CA32 12kRA33 100kRA35 0 RA40 150k RA38 82p CA33 150k RA39 1500p CA35 1200p CA34 22kRA49 10k RA50 1 2 3 820 RA36 0.033u CA31 100p CP10 100p CP09 4.7k RA13 10kRA11 0.01u CA05 47kRA12 1000p CA09 0.01u CA08 2SB798 QA04 1 2 3 2SC4116 QA03 1 2 3 330 RA15 470RA16 4.7u/16V CA07 10k RA14 JF02 S4B-ZR 1 2 3 4 ZHR-4 1 2 3 4 33k RA20 1000p CA14 0.22u CA13 1 RA17 100u/16V CA10 NJM2070M QA05 1234 5678 68u/16V CA11 820 RA18 2.2u/16V CA12 1 2 1 2 1p CR03 3.5T LT11 6p CT25 4p CT29 5p CR02 6p CR04 7p CR05 22k RR01 10k RR03 100 RR04 1000p CR08 1000p CR06 6p CR17 22k RR06 2.2k RR09 10p CV14 100k RV10 470 RV12 1000p CV16 2SC4726(P) QV09 1 2 3 0.22u LV05 1p CV13 1000p CV15 100 RV11 15p CT07 56n LT02 100RT09 1000p CT08 QT03 2SK2973 1 2 3 QT04 2SK2974 1 2 3 10n LT03 47 RT10 1000p CT09 100RT13 1000p CT11 150p CT10 15n LT04 1000p CT12 11n LT05 27n LT06 68p CT14 12p CT15 1000p CT16 8p CT13 0 RT12 10k RT08 470k RT11 15k RT07 LT13 EXCML20A390 LT12 EXCML20A390 47k RT19 1000p CT36 QT08 MA8033H 2SC4666(B) QV10 12 3 4.7u/16V CV17 4.7k RV14 100k RF09 3.3k RF10 1k RF13 0.1u CF14 100p CP08 0 RA10 QA06 NJM12902V 1234567 891011121314 QA07 BU4053BCFV 1 2 3 4 5 6 7 89 10 11 12 13 14 15 16 220 RA03 100kRA04 6800p CA01 6800p CA02 10u/10V CA04 820k RA37 3.9kRA32 0 RA48 0.1 CA39 0.018 CA37 1M RA43 27k RA47 6800p CA36 6.8kRA46 100k RA41 1M RA42 33kRA31 100kRT18 10kRA24 470p CT34 22kRT17 1000p CT35 1000pCA29 QA12 S-814A50AUC 123 45 47k RA45 1000p CA41 FF03 CFWM450E 12 345 UN9114 QA02 12 3 JF01 FH12-24S-0.5SH 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 QA11 DAP202U 2 1 3 2700p CA38 QA08 2SA1588(Y) 1 2 3 QA09 2SA1588(Y) 12 3 4.7u/16V CA22 4.7kRA22 4.7kRA21 0.01u CA24 0.01u CA23 8.2k RA19 0.15uCA15 100 RF04 47 RT06 10u/10V CV18 QR02 3SK131(V13) 1 2 3 4 QR01 3SK131(V13) 1 2 3 4 47nLR07 15p CR24 15p CR25 100n LP03 100 RP07 1000pCP06 1000p CP15 1000p CA99 47k RA51 JB01 4PINHEADER 1 2 3 4 YP02 1 TB01 1 TB02 1 QT10 DA204U 2 13 YP01 1 2 3 4 5 6 7 8 D RB01 20k(D) 1 2 3 4 5 1u CA06 QA14TC4S66F 123 45 47k RA54 1SS357QA15 0RA53 0RA52 12p CT38 LR02 1 2 34 5 6 0 RR11 0 RF12 8p CR27 56p CR26 1000p CA16 1000p CT39 0.1 CP16 100k RA55 QT11 DTC114YE 1 2 3 1000p CT40 TEST_SW NC WA_DET AF_AMP_CONT WA_CONT BEEP NC TEST_SW TXD RXD TX_PO_CONT H/L_CONT PLL_STB PLL_DATA PLL_CLK PLL_UN AF_MUTE GND TX/RX_CONT TXD RXD SAVE_CONT ALL+B ALL+B PTT_SW SQL_DET TX_DET ANT LPF (0.8V) 0V Y001 JT01 0.3V 4.8V FRA FRONT END G1 G2 D4.8V S 0.9V FIA 21.4MHz FILTER CRYSTAL 0.7V 0V 4.9V IF AMP TXA 7.2V (1.7V) (5.0V) (2.3V) 2.3V (1.7V) 1.7V ((0V))(5.0V) (5.0V) 0V TX+B SW SAVE+B SW SAVE OFF:5.0V SAVE ON :0V 0V (0V) 5.0V SAVE OFF:0V SAVE ON :5.0V 1.0V0V1.5V IF IC 4.0V4.9V1.1V CX24 4.8V4.7V3.7V5.0V4.5V4.5V0.7V0.7V AFA 2.5V 2.5V 2.5V 2.5V 5V(0V) 5V(0V) /DTC124EU VCO (1.0V) 0.7V 0V 3.1V 0.7V 0.7V 3.8V PLB ERR OR T/R CONT MOD PLL IC PLA 2.5V2.5V5.0V5.0V 0V 5.0V2.6V OSC INOSCOUTVpVccDo STB 0V0V0V UNLOCKFin DATA CLK 5.0V 5.0V (0V) (5.0V) 0V 5.0V7.2V 5V REGULATOR 0V MIC AMP&LIMITER/LPF/HPF/APC AMP WA B.P.F/COMPARATOR WF01 24Pin FFC TO JL02 SWED+7.2V (+)BATT.TERMINAL (DL,DK) (BL) 6.5V 4.8V 4.9V AF VCC SW RED (2.5V) 5.0V 0V 0V3.2V7.1V0V 0V0V 0.6V AF AMP RF PCB PP01 470B HX260S (RF) 470B493A0F 1 2 K.ATSUTA K.IMAI ’00-06-12 NOTES:1. VOLTAGE NATIONS ARE AS FOLLOWS : NO MARKING - RX ( ) - TX (( )) - TX Lo 2. REFER TO PARTS LIST FOR COMPONENT VALUES. 3. UNLESS OTHERWISE NOTED RESISTOR VALUES ARE IN OHMS (1/16W) AND CAPACITOR VALUES ARE IN FARADS. + - NA01MIC + - EA01 SPEAKER J001 J002 5.0V 2.5V 2.5V 3.2V 1.4V P.L 4n IN OUT NC CONT GND GND GND PTT MIC AF OUT TEST SW NC TXD RXD TEST JACK 5.0V H.HOSHINO 1Y 0Y 1Z Z 0Z INH VEE VSSC B Y X 1X VDD 0X A 1/10W 4PIN WIRE (-)BATT.TERMINAL PB01 VOL PCB JUMPER AF VOL (R24) HX260S 1.4V VDDCONT BLK GRN BRN WF02 WW01 4.4V5.0V 4.8V 5V(0V)

HH 1234567891011 1234567891011 A B C D E F G A B C D E F G REVISIONS DATE; ORDER;MODEL;DEST; SCHEMATIC DIAGRAM OF MARANTZ JAPAN INC DRAWN BY DESIGINED BY APPROVED BY DATE; 47kRL12 56k RL35 4.19MHz XL01 12 0.1uCL07 CL-190YG QL07 SL01 SL03 0.1u CL28 0.01u CL08 22k RL36 1000p CL01 68kRL03 YY02 4.7u/16V CL03 330RL05 JL02 123456789 1011121314151617181920212223242526 AT93LC46R QL02 1234 5678 4.7u/16V CL02 YY06 0.01u CL04 YY03 33p CL22 YY01 22k RL34 47k RL04 180k RL02 S-81350HG QL06 3 OUT 1 IN 2 GND YY05 QL05 PST575D 1 2 3 4 CL-190YG QL08 100kRL13 56k RL37 100kRL28 QL01 Microprocessor 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22232425262728293031323334353637383940 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 6162636465666768697071727374757677787980 33p CL21 47kRL26 YY04 SL02 0.1u CL29 47k RL01 2.2u/16V CL05 RL40 0 0RL11 22k RL38 0.1u CL30 56k RL39YY07 330RL06 L1650YG QL11 L1650YG QL10 QL12 2SC4116 1 2 3 QL09 2SC4116 1 2 3 47kRL07 47kRL08 47kRL09 QL041SS314 470RL16 JL01 FH12-24S 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 GND 0.01u CL19 0.01uCL10 0.01uCL11 0.01uCL12 0.01uCL13 0.01uCL14 0.01uCL15 0.01uCL16 100pCL17 100pCL18 0.01u CL20 47p CL23 47p CL24 47p CL25 47p CL26 1kRL30 0.01u CL27 0.01u CL06 10k RL31 10k RL33 0RL32 1MRL22 RL171k 1 2 3 4 RL141k 1 6 2 3 45 7 8 RL151k 1 6 2 3 45 7 8 RL25 1k 1 6 234 578 47k RL29 47kRL10 47k RL18 47k RL21 47k RL19 47k RL20 47k RL23 0.01uCL09 47k RL24 47k RL41 47k RL42 47kRL43 47kRL44 47kRL45 0.1u CL31 DI SK DO CS B04 SEG20SEG19SEG18SEG17SEG16SEG15 SEG14 SEG13 SEG12 SEG11 SEG10 SEG9 SEG8 SEG6 SEG7 SEG2 SEG4 SEG3 SEG5 SEG0 SEG1 SEG0SEG1SEG2SEG3SEG4SEG5SEG6SEG7SEG8SEG9 SEG10SEG11SEG12SEG13SEG14SEG15SEG16SEG17SEG18SEG19SEG20SEG21SEG22SEG23 COM2COM2 BATT_CHK SEG21SEG22SEG23 COM2COM1 B03 Vss KEY1 KEY2 KEY3 XOUT KEY1KEY2 KEY3 BEEP_OUT RXD AVSS GND GND RESET NC TEST_SW TX/RX_CONT WA_CONT TXD RXD PLL_UNPLL_CLK XIN DISKCSDO LAMP_CONT PLL_STBPLL_D ATA TEST_SW SQL_DET SQL_DET BEEP AF_AMP_CONT WA_DET WA_DET WA_CONT NC ALL+B ALL+B TX_PO_CONT SAVE_CONT PLL_UN PLL_CLK PLL_DATA PLL_STB TX/RX_CONT AF_MUTE H/L_CONT TX_DET TX_DET TXD AF_AMP_CONT AF_MUTE VL3VL2 SAVE_CONT H/L_CONT BEEP_CONT Vcc TX_PO_CONT PTT_SW PTT_SW 470BHX260S 00-06-12 470B493B0F 2 2 K.IMAI K.ATSUTA 7.2V5.0V 0V 5.0V 5.0V 0V 4.9V 5.0V 5.0V 1. VOLTAGE NATIONS ARE AS FORROWS : TX/RX 2. REFED TO PARTS LIST FOR COMPONENT VALUES. 3. UNLESS OTHERWISE NOTED RESISTOR VALUES ARE IN OHMS (1/16W) AND CAPACITOR VALUES ARE IN MICROFARADS SQL SW LAMP/KEY LOCK SW PTT SW DOWN H/L WX UP SCAN DW QL03 LCD 16/9 VL1 VREF LCA 1/10W1/10W H.HOSHINO (BL)(BL) (1%) (1%) HX260S(u-com)