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Kenwood NEXEDGE NX-200, Service Manual

The Kenwood NEXEDGE NX-200 is a professional-grade two-way radio designed for seamless communication. Ensure optimal performance and convenience with the included Instruction Manual, available for free download at manualshive.com. Access the manual for detailed product usage guidelines and unleash the full potential of your device.

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NX-200

102

ADJUSTMENT

■

 Necessary Deviation adjustment item for each signaling and mode

The following shows the necessary adjustment items for each signaling deviation.  Please read the following table like the following example.  In the 
case of the signaling “QT (Wide)”, this signaling is composed of three elements [Balance, Maximum Deviation (Analog Wide) and QT Deviation (Wide)].  
Please adjust Balance and Maximum Deviation (Analog Wide) before adjusting QT Deviation (Wide).

Mode

Signaling

Necessary adjustment and order

Wide

Narrow

Very Narrow

Analog

Audio

Step1. Balance adjust
Step2. Maximum Deviation (Analog Wide)

Step1. Balance adjust
Step2. Maximum Deviation (Analog Narrow)

-

QT

Step1. Balance adjust
Step2. Maximum Deviation (Analog Wide)
Step3. QT Deviation (Wide)

Step1. Balance adjust
Step2. Maximum Deviation (Analog Narrow)
Step3. QT Deviation (Narrow)

-

DQT

Step1. Balance adjust
Step2. Maximum Deviation (Analog Wide)
Step3. DQT Deviation (Wide)

Step1. Balance adjust
Step2. Maximum Deviation (Analog Narrow)
Step3. DQT Deviation (Narrow)

-

LTR

Step1. Balance adjust
Step2. Maximum Deviation (Analog Wide)
Step3. LTR Deviation (Wide)

Step1. Balance adjust
Step2. Maximum Deviation (Analog Narrow)
Step3. LTR Deviation (Narrow)

-

DTMF

Step1. Balance adjust
Step2. Maximum Deviation (Analog Wide)
Step3. DTMF Deviation (Wide)

Step1. Balance adjust
Step2. Maximum Deviation (Analog Narrow)
Step3. DTMF Deviation (Narrow)

-

2TONE

Step1. Balance adjust
Step2. Maximum Deviation (Analog Wide)
Step3. Single Tone Deviation (Analog Wide)

Step1. Balance adjust
Step2. Maximum Deviation (Analog Narrow)
Step3. Single Tone Deviation (Analog Narrow)

-

MSK 
(FleetSync)

Step1. Balance adjust
Step2. Maximum Deviation (Analog Wide)
Step3. MSK Deviation (Analog Wide)

Step1. Balance adjust
Step2. Maximum Deviation (Analog Narrow)
Step3. MSK Deviation (Analog Narrow)

-

NXDN

Audio

-

Step1. Balance adjust
Step2. Maximum Deviation (NXDN Narrow)

Step1. Balance adjust
Step2. Maximum Deviation (NXDN Very Nar-
row)

CWID

-

-

Step1. Balance adjust
Step2. Maximum Deviation (Analog Narrow)
Step3. CWID Deviation (NXDN Very Narrow)

•  Balance is common with all the above deviation adjustments.  If Balance (Transmitter Section 3) has already adjusted, please skip Step1 and adjust 

from Step2.

•  Maximum Deviation (Analog Wide/Narrow) is common with all the analog signaling deviations and CWID Deviation (NXDN Very Narrow).  If Balance 

and Maximum Deviation (Analog Wide/Narrow) (Transmitter Section 5) have already adjusted, please skip Step2 and adjust from Step3.

Summary of Contents for NEXEDGE NX-200

Page 1: ... 2009 10 PRINTED IN CHINA B51 8889 00 N C version C 版本 NX 200 VHF DIGITAL TRANSCEIVER VHF 数字模拟双模手持对讲机 Does not come with antenna Antenna is available as an option 不附带天线 天线是选购件 1 2 ABC 5 JKL 0 8 TUV 4 7 GHI PQRS 3 DEF 6 MNO MIC 9 WXYZ Knob Selector K29 9408 13 Knob Volume K29 9407 03 Helical Antenna KRA 22 option Badge B43 1606 04 Knob PTT K29 9405 03 Plastic cabinet assy 18 key A02 4003 23 Packing...

Page 2: ...Corporation 拥有版权 2009 保留所有权利 未经 Kenwood 公司预先书面同意 无论出于何种目的 均 不得以任何形式或任何方式包括电子 机械 影印 录音或 其他方式复制 翻译 分发或传播本手册的任何部分 免责声明 Kenwood 公司在准备本文档时已采取所有必要的预防措施 恕不对错误或疏漏承担任何责任 也不对因使用本文中所含 的信息而导致的损害负责 Kenwood 公司保留出于改进的需要 而随时对文中的产品信息做出更改的权利 概 述 3 系统体系 4 模式组合 5 安 装 10 维修拆卸 12 电路说明 31 元件说明 42 零 件 表 46 部件分解图 58 包 装 59 故障排除 60 调 整 67 端子功能 116 PC 板 控制单元 X53 4260 11 132 TX RX 单元 X57 7360 10 136 互 连 图 140 原 理 图 142 方 块 图...

Page 3: ...ither Service Bulletins or Manual Revisions These are issued as required ORDERING REPLACEMENT PARTS When ordering replacement parts or equipment informa tion the full part identification number should be included This applies to all parts components kits or chassis If the part number is not known include the chassis or kit number of which it is a part and a sufficient description of the re quired ...

Page 4: ...eiver Frequency range MHz RF power Type TX RX 136 174 5W NX 200 C YES KRA 22 or KRA 26 Optional antenna NO NO Option Option YES KMC 25 KMC 41 KMC 42W Speaker microphone or KMC 38GPS GPS speaker microphone Are you using the voice guide storage unit NO Option See page 10 YES VGS 1 Delivery 接收订单 选择手持对讲机的类型 手持对讲机编程 您使用可选件天线吗 您使用扬声器话筒吗 需使用个人电脑 编程接口 KPG 36 36A USB适配器 KCT 53U 和编程软件 KPG 111D C 进行编程 编制手持对讲...

Page 5: ...program of the flash memory Clone mode Used to transfer programming data from one transceiver to another Firmware version information Used to confirm the internal firmware ver sion 2 How to Enter Each Mode Mode Operation User mode Power ON Panel test mode Power ON PC mode Received commands from PC Panel tuning mode Panel test mode Firmware programming mode Power ON Clone mode Power ON Firmware ver...

Page 6: ...transceiver enter PC mode and PROGRAM is displayed on the LCD When data transmitting from transceiver the red LED is lights When data receiving to transceiver the green LED is lights Note The data stored in the computer must match the Model Name when it is written into the flash memory REALIGNMENT 模式组合 M IC PC KPG 111D C KPG 36 or KPG 36A or KPG 36A KCT 53U KPG 36或KPG 36A或KPG 36A KCT 53U Illustrat...

Page 7: ... Fpro exe ver 4 0 or later The Fpro exe exists in the KPG 111D C installed folder 2 Set the communications speed normally 115200 bps and communications port in the configuration item 3 Set the firmware to be updated by File name item 4 Press and hold the key while turning the transceiver power ON Then the orange LED on the transceiver lights and PROGRAM 115200 is displayed 5 Check the connection b...

Page 8: ...ng data Embedded message with password Model name data ESN Electronic Serial Number data Note The following data can be cloned Fleet own ID own for FleetSync Unit ID own for NXDN Key guide on the Read authorization password input screen CONFRM key The password confirmation DELETE key Delete the least digit from the current password number Press and hold to delete all password numbers SELECT key De...

Page 9: ...PRO GRAM is displayed When cloning of data is complet ed the source displays END and the target automati cally operates in the User mode The target can then be operated by the same program as the source 7 The other target can be continuously cloned When the key on the source is pressed while the source dis plays END the source displays CLONE MODE Carry out the operation in step 4 to 6 Note Cannot ...

Page 10: ...tween the chassis and the screw for the option board cover using a pair of twee zers Bond 粘合剂 2 Remove the two screws from the cover 3 Remove the cover by inserting the tip of a pair of twee zers into the screw hole of the cover and prying it open 语言指导及存储单元 VGS 1 选购件 在手持对讲机中安装 VGS 1 语言指导及存储单元 1 用镊子除去底座与可选板盖的螺丝之间的粘合剂 2 卸下盖子上的两颗螺丝 3 将镊子的尖端插入盖子的螺丝孔将其撬开 取下盖子 ...

Page 11: ...N710 VGS 1 VGS 1 Flat spring 板簧 G02 1846 03 Convex part 凸起部分 PCB hollow PCB凹槽 VGS 1 Flat spring 板簧 Cushion 缓冲垫 G13 1974 04 21x21x1 0mm Cushion 缓冲垫 8 Reinstall the cover using the two screws removed in step 2 9 Perform the water resistance confirmation and then ap ply the bond to the two left side screws tightened in the rear of the transceiver Refer to pages 23 to 30 INSTALLATION 安装 4 从控制 PCB 的连接器...

Page 12: ...aracteristic numeral indicates water resis tance The overview of the IP67 requirements are provided be low IP6 Dust resistant type Reduce pressure in the set to a maximum of 2kPa to prevent entry of dust of 25 mi crons IP 7 Water immersion endurance There is no ill effect on performance or function when the unit is immersed in water at a depth of 0 15 to 1m 0 49 to 3 28 feet for 30 minutes In case...

Page 13: ...ication Refer to page 27 Apply bond to the top of the left side screw for the chassis and between the chassis and the left side screw for the option board cover Refer to page 28 Repair procedure flow chart Start NG NG OK OK Water Resistance Confirmation page 24 Water Resistance Confirmation page 24 Disassembly page 14 Reassembly page 17 Replace the parts End Replace the indentified parts Attaching...

Page 14: ...rd ASSY from the connector of the TX RX unit CN400 q 2 Remove the PTT FPC from the connector of the TX RX unit CN401 w 3 Remove the 14 screws e 4 Anchor the screw hole of the TX RX unit using the tip of a pair of tweezers as shown in the figure Then lift the TX RX unit to remove it from the chassis r CN401 PTT FPC TX RX unit TX RX单元 CN400 Cord ASSY 线缆组件 DISASSEMBLY FOR REPAIR 维修拆卸 2 拆卸注意事项 拆卸手持对讲机...

Page 15: ...le sided adhesive tape J99 0727 04 J99 0728 04 Note The two pieces of double sided adhesive tape attached to the TOP packing cannot be reused Perform the following procedures when you reassemble the TOP packing 1 Attach the TOP packing after attaching new double sided adhesive tape to the chassis as shown in the figure TOP packing 顶盖 IP67 Double sided adhesive tape 双面胶带 J99 0727 04 IP67 Double sid...

Page 16: ...non conductive screwdriver to groove of one side of the socket CN401 and pry the lithium cell up from the socket Installing the lithium cell W09 0971 05 Insert a lithium cell into one side of the socket CN401 Push the lithium cell to insert the lithium cell into the socket DISASSEMBLY FOR REPAIR 维修拆卸 2 如图所示移动顶盖 将其安装到底座上 3 将顶盖装入底座的右侧凹槽 4 将顶盖装入底座的左侧凹槽 取出锂电池 W09 0971 05 将不导电的螺丝刀插入电池座 CN401 的一侧 从电池座 中...

Page 17: ... confirmation and then ap ply the bond to the two left side screws tightened in the rear of the transceiver Refer to pages 23 to 30 Inserting the Volume and Channel j50 into the chassis Insert the volume and channel switch into the chassis with the VOL CH FPC formed as shown in the figure VOL CH FPC Volume 音量 Channel switch 信道开关 DISASSEMBLY FOR REPAIR 维修拆卸 3 重新组装注意事项 将可选板盖安装到底座 1 用两颗螺丝将可选板盖安装到底座上 ...

Page 18: ...line on the bottom CONT TX RX J87 0005 J87 0007 Cord ASSY 线缆组件 Universal Connector FPC 通用连接器FPC Mounting the chassis onto the case 1 Apply the silicon grease W05 1492 00 onto the speaker part of the key top and around the chassis IP67 Apply the silicon grease W05 1492 00 onto the speaker part of the key top and around the chassis 在键帽的扬声器部分和底座周围涂上硅脂 W05 1492 00 DISASSEMBLY FOR REPAIR 维修拆卸 确定 VOL CH...

Page 19: ...king Auxiliary Orange key 辅助 橙色 键 18 key part 18键部分 Correspondence when replacing the Terminal block E72 0425 03 or Packing G53 1763 03 Apply the silicon grease W05 1492 00 around the hole of the negative terminal in the rear of the chassis when replacing the terminal block E72 0425 03 or pack ing G53 1763 03 IP67 Apply the silicon grease W05 1492 00 around the hole of the negative terminal in the...

Page 20: ...ion board is removed from the Control unit it becomes easy to confirm the three positioning holes Positioning holes 定位孔 Control unit 控制单元 Keyboard ASSY 键盘组件 Changing the channel selector from 16 channel operation to free 1 Remove the channel selector knob 2 Remove the circular nut 3 Remove the mechanical stopper 4 Reassemble the circular nut and channel selector knob that were removed in steps 1 a...

Page 21: ... pin FPC G13 2258 04 Speaker T07 0755 15 Rubber Cushion SP G11 4272 14 Sheet SP G11 4458 14 Used for stabilizing the waterproof performance a hole on the Sheet SP shows the upper side 6 key FPC side Switch Unit 6 key FPC X41 3720 10 Adhesive Sheet 6 key FPC J99 0390 04 Used for fixing the Switch Unit 6 key FPC from the back side of the Holder FG SP before soldering Adhesive Sheet 6 key FPC J99 071...

Page 22: ...6 键 FPC 黏结片 6 键 FPC J99 0712 14 用于将开关单元 6 键 FPC 固定到支架 FG SP 上 开关单元 PTT FPC X41 3710 10 薄片 PTT G11 4428 04 用于将掀下旋钮 PTT 固定到开关单元 PTT FPC 上 并稳定防水性能 黏结片 PTT FPC J99 0711 04 用于将开关单元 PTT FPC 固定到底座上 底座 A10 4127 01 中间硬件 VCO 底座 E29 1221 14 用于稳定 VCO 的屏蔽性能 薄片 空气 G11 4331 04 该薄片可让空气透过 而不让水透过 橡胶片 FET G11 4429 04 用于稳定 FET 的辐射性能 薄片 空气 G11 4440 04 该薄片是薄片 G11 4331 04 的防护盖 缓冲垫 ANT G13 2220 04 用于固定端子组件 接线盒 E72 0425 0...

Page 23: ...499 00 0 5 5 10 10 vacuum pressure meter 真空 压力表 hose adapter 软管适配器 hose 软管 hose 软管 pump 泵 piston 活塞 valve 阀门 Note 0 point adjustment of the meter needle can be done by turning the screw on the rear of the meter DISASSEMBLY FOR REPAIR 维修拆卸 4 防水检验方法 准备 防水检验夹具 W05 1499 00 注意 可通过转动仪表背面的螺丝进行表针的 0 位调整 ...

Page 24: ...g hose into the hose adapter e Note The piston of the water resistant inspection jig pump must be pushed in to the end hose 软管 hose adapter 软管适配器 pump 泵 piston 活塞 0 5 5 10 10 5 Turn and open the valve on the side of the pump of the water resistant inspection jig then pull the pump piston to reduce the pressure in the transceiver Pull the piston until the meter needle of the water resistant inspec ...

Page 25: ...ater resistance is not adequate Perform the Leakage Location Identification procedure on page 26 Note If the valve is not closed the pump piston is drawn by the negative pressure of the transceiver and the meter needle will move unexpectedly Be sure to close the valve before beginning the observation 0 5 5 10 10 0 5 5 10 10 OK 良好 Within one scale 0 2kPa 一个刻度 0 2kPa 以内 NG 不良 More than one scale 0 2...

Page 26: ... needle indicates approximately 10kPa right side of meter Disassemble and reassembly the transceiver when you do not reach approximately 10kPa even if the step from a to e is repeated three times 3 Wait for one minute after the meter needle reaches ap proximately 10kPa Go to the next step if the meter nee dle indicates 5kPa or more Disassemble and reassemble the transceiver if the meter needle ind...

Page 27: ...tween the transceiver case and chassis may be leaked inside the transceiver during disassembly and damage the trans ceiver components 8 After the transceiver is dried completely replace the components with the leakage location identified while paying attention to foreign matters Refer to page 29 for parts concerning the waterproof of each leakage location 9 Perform the Water Resistance Confirmatio...

Page 28: ...assembling After repairing and reassembling apply bond to the top of the left side screw for the chassis and between the chassis and the left side screw for the option board cov er Note Take care that the bond does not protrude above the chassis surface Take care that the bond does not come into contact with the battery Use a silicon based bond Bond 粘合剂 DISASSEMBLY FOR REPAIR 维修拆卸 ...

Page 29: ... AUX J99 0728 04 Double sided adhesive tape VOL CH J99 0727 04 Packing VOL CH O RING G53 1768 04 Packing SMA O RING G53 1792 04 Terminal ASSY SMA X60 3860 10 Variable Resistor VOL R31 0666 05 Rotary Switch CH S60 0437 05 Circular Nut VOL CH N14 0844 04 Universal Connector Part Name Part Number Rectangular Receptacle SP MIC E58 0532 05 FPC Lead Free Universal J87 0007 15 Battery Terminal Part Name ...

Page 30: ... 02 双面胶带 AUX J99 0728 04 双面胶带 VOL CH J99 0727 04 衬垫 VOL CH O RING G53 1768 04 衬垫 SMA O RING G53 1792 04 端子组件 SMA X60 3860 10 可变电阻器 VOL R31 0666 05 旋转开关 CH S60 0437 05 圆形螺母 VOL CH N14 0844 04 通用连接器 零件名称 零件号 直角插座 SP MIC E58 0532 05 FPC 无铅 通用 J87 0007 15 电池端子 零件名称 零件号 衬垫 接线盒 G53 1763 03 接线盒 E72 0425 03 黏结片 接线盒 J99 0725 04 缓冲垫 BATT G13 2265 04 可选板盖 零件名称 零件号 衬垫 可选板盖 G53 1764 03 黏结片 可选板盖 J99 0732 04 DIS...

Page 31: ...his is then mixed with the 57 6MHz second local oscillator output to produce the 450kHz second IF The transmit signal frequency is gener ated by the PLL VCO and modulated by the signal from the DSP It is then amplified and fed to the antenna x3 57 6MHz ANT SW RF AMP MIX IF AMP PLL VCO Base band circuit ANT TX RX 136 174MHz 136 174MHz MCF CF 450kHz 58 05MHz 19 2MHz 194 05 232 05MHz PA AMP TX AMP VC...

Page 32: ...f second local oscillator output and produces the second IF signal of 450kHz The second IF signal is passed through the ceramic filter CF200 to reject the adjacent channel signal The filtered second IF signal is amplified by the AGC amplifier The signal from the AGC amplifier is input to the ASIC IC108 through the ceramic filter CF201 and operational amplifier IC203 IC413 INAMT IC713 2 2 IC409 SW ...

Page 33: ...nal SSW on the universal connector When the SP MIC is not attached SSW becomes High IC108 detects the logic of SSW and activates either INAMT or EX AMT Q406 Q405 IC409 IC413 VDD INT SP SHUT DOWN B INAMT EXAMT AF signal from IC408 IC412 VDD EXT SP SHUT DOWN 3 4 Squelch Circuit It amplifies the demodulated noise signal from IC108 after filtering through the BPF circuit Then the amplified signal is c...

Page 34: ...IC108 The DTMF and MSK base band signals are also generated by the DSP and output by IC108 LPF IC705 works as a smoothing filter The DAC IC703 assigns the base band signal to the VCO and VCTCXO X1 At this time the level output according to the transmit car rier is fine adjusted according to each modulation method SW Q707 IC712 MM AMP IC710 1 2 LPF IC706 LPF IC705 1 2 AMP IC703 IC710 2 2 IC108 ASIC...

Page 35: ...1 2 with the reference voltage from IC108 and the output of IC100 2 2 controls the VGG of Q102 Q103 and Q106 to make the both voltages the same The change of power high low is carried out by the change of the reference voltage Q105 Q107 and Q110 are turned on and Q104 and Q109 are turned off in transmit and the APC circuit is active Final AMP VDD R136 VGG IC100 1 2 From T R SW D100 REF VOL IC108 B...

Page 36: ...orks only when T_R is low 5 3 PLL IC IC3 The PLL IC compares the differences in phases of the VCO oscillation frequency and the VCTCXO reference frequency returns the difference to the VCO CV terminal and realizes the Phase Locked Loop for the return con trol This allows the VCO oscillation frequency to accurately match lock the desired frequency When the frequency is controlled by the PLL the fre...

Page 37: ...00 D201 50C 50C to TX stage 50T 50R to 1st Mixer IC4 1 2 Q12 Q3 IC2 CV VCO_MOD ASSIST BPF RX L2 L6 L30 BPF TX L3 L5 L7 RF SW D5 D6 RF SW D2 D3 Doubler 6 Control Circuit The control circuit consists of the ASIC IC108 and its peripheral circuits IC108 mainly performs the following 1 Switching between transmission and reception by PTT signal input 2 Reading system zone frequency and program data from...

Page 38: ...ing IC1 6 4 Key Detection Circuit Keys are detected using the key scan circuit in IC108 The KEYI signals that are normally pulled down go high when any key is pressed 6 5 Low Battery Warning The battery voltage is divided using R444 and R445 and is detected by the ASIC IC108 When the battery voltage falls below the voltage set by the Low battery warning ad justment the red LED blinks to notify the...

Page 39: ...on the Control unit SB2 and Q403 on the TX RX unit SB3 are turned on IC402 and IC403 operate by turning on these AVR ICs and FET switches The 5UC signal becomes High when an option is in stalled on the universal connector Then IC411 50U oper ates When the SAVE signal becomes High IC400 50C operates The output of IC400 is connected to three FET switches Q401 Q402 Q405 When the SBC signal be comes H...

Page 40: ...SW SB3 TX Busy LED F400 2 5A IC411 AVR IC 5UC 50U Universal IC416 AVR IC Q409 31BU IC708 AVR IC 5A Option Q403 SB2 SW SBC SB2 BackLight Key Light 33M SB1 ASIC DSP I O Flach LCD DRV IC407 DC DC IC404 AVR VOL SW 15M ASIC DSP core IC717 DC DC 33A PSW BINT ASIC Analog Audio IC406 AVR IC414 Detect Q408 AND D408 OR D412 OR Q402 Lvl Conv IC108 ASIC Q401 Lvl Conv CN404 Control unit X53 SBC TX RX unit X57 ...

Page 41: ...LTR DTMF 2 tone MSK The audio signal is removed from the FM detection signal sent to the DSP circuit and the resulting signal is de coded 9 Compander Circuit The term compander means compressor and expand er The compander reduces noise by utilizing a compressor and an expander The transceiver contains a DSP IC102 to perform this operation The transceiver compander can be turned on or off using the...

Page 42: ...RX summing AMP IC714 IC OPT switch IC715 716 IC VOX AMP IC717 IC DC DC converter 15M Q1 2 Transistor LCD backlight switch Q3 FET LCD backlight switch Q4 FET MIC mute control Q5 FET MIC mute switch Q101 102 Transistor 12key backlight switch 控制单元 X53 4260 11 有关号码 零件名称 说 明 IC1 IC LCD 对比度 IC101 IC FLASH ROM IC102 IC DSP IC103 IC SRAM IC104 IC 2 输入 AND 栅 IC105 IC 复位 IC106 IC RTC IC107 IC 缓冲器 IC108 IC A...

Page 43: ...e DC DC converter control D409 410 Diode SP control D411 Diode RTC BATT control D412 Diode DC switch control D413 Diode RTC BATT control D414 415 Diode Reverse current prevention D416 Diode 33M control D417 Diode 33A control D701 Diode 5A switch D702 Diode PLD control D703 704 Diode Detector D705 Diode Noise detector D706 Diode VOX detector D707 Diode VOX 有关号码 零件名称 说 明 Q103 场效应管 12 键背光开关 Q401 402 ...

Page 44: ... FET Mixer Q204 FET RF AMP Q401 FET 50R switch Q402 FET 50IF switch Q403 FET SB3 switch Q404 FET DC DC converter switch Q405 Transistor 50T switch Q406 Transistor TX RX LED switch D1 Diode Ripple filter D2 3 Diode fin RF switch D4 Diode Bypass diode TX RX 单元 X57 7360 10 有关号码 零件名称 说 明 IC1 IC 温度传感器 IC2 IC VCO 调谐用 AF AMP IC3 IC PLL IC IC4 IC OP AMP VCO MOD APC IC5 IC TCXO MOD 的 DC AMP IC100 IC 自动电源控制...

Page 45: ...capaci tance diode Vari cap tune D209 Diode Antenna switch D211 Diode Antenna switch D213 Diode Reverse protection D400 Diode Reverse protection D401 Diode 50T control D402 LED TX RX LED D403 Diode Reverse protection COMPONENTS DESCRIPTION 元件说明 有关号码 零件名称 说 明 D5 6 二极管 fin RF 开关 D7 二极管 纹波滤波器 D8 9 D12 17 可变电容二极管 频率控制 D18 可变电容二极管 TX 调制 D100 二极管 本地开关 D103 稳压二极管 APC 开关 D104 105 二极管 天线开关 D106 稳压二极管 APC 保...

Page 46: ...let ppm C 0 80 150 220 330 470 750 s 4OLERANCE ORE THAN P Code C D G J K M X Z P No code 0 25 0 5 2 5 10 20 40 80 100 More than 10μF 10 50 20 20 0 Less than 4 7μF 10 75 s 6OLTAGE RATING 2nd word A B C D E F G H J K V 1st word 0 1 0 1 25 1 6 2 0 2 5 3 15 4 0 5 0 6 3 8 0 1 10 12 5 16 20 25 31 5 40 50 63 80 35 2 100 125 160 200 250 315 400 500 630 800 3 1000 1250 1600 2000 2500 2150 4000 5000 6300 80...

Page 47: ...LDER FG SP 57 2B J19 5506 03 HOLDER VOL CH 58 2A J19 5507 02 HOLDER OP BOARD 59 2B J21 8579 04 MOUNTING HARDWARE FG SP HOLDER 60 1C J29 0730 05 BELT CLIP ACCESSORY 62 2B J30 1296 04 SPACER VOL 64 3B J87 0007 15 FPC LEAD FREE UNIVERSAL 63 2B J87 0028 05 FPC LEAD FREE VOL CH 66 2B J99 0390 04 ADHESIVE SHEET 6KEY FPC 67 3A J99 0711 04 ADHESIVE SHEET PTT FPC 68 2B J99 0712 14 ADHESIVE SHEET 6KEY FPC 6...

Page 48: ...441 CK73GB1E105K CHIP C 1 0UF K C442 CK73HB1H471K CHIP C 470PF K C443 CK73HB1E103K CHIP C 0 010UF K C445 CK73HB1H102K CHIP C 1000PF K C446 CK73GB1E105K CHIP C 1 0UF K C447 CK73HB1H102K CHIP C 1000PF K C448 450 CK73HB0J105K CHIP C 1 0UF K C452 453 CK73HB1E103K CHIP C 0 010UF K C454 CK73GB1E105K CHIP C 1 0UF K C455 457 CK73HB1H471K CHIP C 470PF K C459 CK73HB1H471K CHIP C 470PF K C460 CK73HB1E682K CH...

Page 49: ...2 L92 0444 05 CHIP FERRITE L713 L92 0163 05 BEADS CORE L714 717 L92 0444 05 CHIP FERRITE L718 L92 0408 05 CHIP FERRITE L719 L33 1494 05 SMALL FIXED INDUCTOR 4 7UH X101 L77 1802 05 CRYSTAL RESONATOR 32768HZ X102 L77 3015 05 TCXO 18 432MHZ R1 RK73HB1J105J CHIP R 1 0M J 1 16W R2 RK73HB1J104J CHIP R 100K J 1 16W R3 RK73HB1J123J CHIP R 12K J 1 16W R4 10 RK73HB1J103J CHIP R 10K J 1 16W R11 RK73HB1J104J ...

Page 50: ...274J CHIP R 270K J 1 16W R447 RK73HB1J104J CHIP R 100K J 1 16W R448 RK73HB1J103J CHIP R 10K J 1 16W R449 452 RK73HB1J474J CHIP R 470K J 1 16W R453 RK73HB1J104J CHIP R 100K J 1 16W R454 RK73HB1J474J CHIP R 470K J 1 16W R455 RK73HB1J102J CHIP R 1 0K J 1 16W R456 RK73HB1J474J CHIP R 470K J 1 16W R457 458 RK73HB1J104J CHIP R 100K J 1 16W R459 460 RK73HB1J102J CHIP R 1 0K J 1 16W R461 RK73HB1J103J CHIP...

Page 51: ...B1J333J CHIP R 33K J 1 16W R797 RK73HB1J102J CHIP R 1 0K J 1 16W R798 RK73HB1J104J CHIP R 100K J 1 16W R799 RK73HB1J334J CHIP R 330K J 1 16W R800 RK73HB1J474J CHIP R 470K J 1 16W R801 RK73HB1J473J CHIP R 47K J 1 16W R802 RK73HB1J474J CHIP R 470K J 1 16W R803 RK73HB1J103J CHIP R 10K J 1 16W R804 RK73HB1J000J CHIP R 0 0 J 1 16W R805 806 RK73HB1J473J CHIP R 47K J 1 16W R807 RK73HB1J102J CHIP R 1 0K J...

Page 52: ...TE F FET Q405 SSM6N16FE F FET Q406 2SB1132 Q R TRANSISTOR Q407 UMG3N TRANSISTOR Q408 EMD12 TRANSISTOR Q409 2SA1955A F TRANSISTOR Q410 SSM3K15TE F FET Q411 SSM6N16FE F FET Q412 SSM3K15TE F FET Q413 2SA1955A F TRANSISTOR Q414 415 EMD12 TRANSISTOR Q701 2SA1832 GR F TRANSISTOR Q702 703 SSM3K15TE F FET Q704 2SC4617 S TRANSISTOR Q705 2SC4738 GR F TRANSISTOR Q706 2SA1832 GR F TRANSISTOR Q707 2SJ243 A FET...

Page 53: ...2 CK73HB1H102K CHIP C 1000PF K C133 134 CK73HB1H471K CHIP C 470PF K C135 CC73GCH1H220G CHIP C 22PF G C136 CK73GB1H102K CHIP C 1000PF K C139 CK73HB1H471K CHIP C 470PF K C140 CC73GCH1H070B CHIP C 7 0PF B C141 CK73HB1H471K CHIP C 470PF K C142 CC73GCH1H090B CHIP C 9 0PF B C143 CC73HCH1H101J CHIP C 100PF J C144 CC73GCH1H240G CHIP C 24PF G C145 CK73HB1C103K CHIP C 0 010UF K C146 CC73GCH1H090B CHIP C 9 0...

Page 54: ... 0 22UF K C411 CK73HB1A104K CHIP C 0 10UF K C414 CK73GB1C224K CHIP C 0 22UF K C415 CK73HB1H471K CHIP C 470PF K C416 CK73GB1E105K CHIP C 1 0UF K C417 CC73HCH1E181J CHIP C 180PF J C418 CK73GB1E105K CHIP C 1 0UF K C419 CC73HCH1H220J CHIP C 22PF J C420 CK73HB1H471K CHIP C 470PF K C421 CK73GB1C224K CHIP C 0 22UF K C422 CK73GB1E105K CHIP C 1 0UF K C423 CK73GB1C224K CHIP C 0 22UF K C424 425 CK73GB1E105K ...

Page 55: ... 16W R41 RK73HB1J474J CHIP R 470K J 1 16W R42 RK73HB1J473J CHIP R 47K J 1 16W R43 RK73HB1J102J CHIP R 1 0K J 1 16W R44 45 RK73HB1J473J CHIP R 47K J 1 16W R46 RK73HH1J331D CHIP R 330 D 1 16W R47 RK73HB1J220J CHIP R 22 J 1 16W R48 RK73HH1J271D CHIP R 270 D 1 16W R49 RK73HB1J154J CHIP R 150K J 1 16W R50 RK73HB1J101J CHIP R 100 J 1 16W R51 RK73HB1J102J CHIP R 1 0K J 1 16W R52 RK73HB1J473J CHIP R 47K J...

Page 56: ...3HB1J000J CHIP R 0 0 J 1 16W R265 RK73HB1J000J CHIP R 0 0 J 1 16W R268 RK73HB1J680J CHIP R 68 J 1 16W R269 RK73HB1J221J CHIP R 220 J 1 16W R272 RK73HB1J154J CHIP R 150K J 1 16W R273 RK73HB1J823J CHIP R 82K J 1 16W R274 RK73GB2A000J CHIP R 0 0 J 1 10W R276 277 RK73HB1J104J CHIP R 100K J 1 16W R279 RK73HB1J000J CHIP R 0 0 J 1 16W R280 RK73GB2A000J CHIP R 0 0 J 1 10W R281 RK73HB1J000J CHIP R 0 0 J 1 ...

Page 57: ...C200 201 TLV2381IDBV MOS IC IC202 TK10931VTL G ANALOGUE IC IC203 MCP6021 E OT MOS IC IC400 TK11250CUCB MOS IC IC401 TC75S51FE F MOS IC IC402 XC9101D09AKR ANALOGUE IC IC403 TK71733S BI POLAR IC IC404 TC75W51FUF MOS IC Q1 EMD9 TRANSISTOR Q2 RT1P144U T111 TRANSISTOR Q3 2SC5383 T111 TRANSISTOR Q4 2SC5636 TRANSISTOR Q6 2SC5383 T111 TRANSISTOR Q7 SSM6L05FU F FET Q8 2SK508NV K52 FET Q9 2SJ347F FET Q10 2S...

Page 58: ... 34 41 51 13 2 12 53 6 A 78 79 28 10 69 69 69 69 7 8 83 88 92 43 703 58 41 36 85 30 38 86 27 56 66 91 68 42 40 37 45 33 77 90 67 20 9 46 4 29 29 17 62 57 63 59 52 52 93 54 S1 VR1 64 70 21 31 35 47 72 22 48 24 3 701 702 Control unit X53 Hx2 Hx2 D D Hx2 H E E F F B C C E E Optional board unit X57 B 2 Hx4 Hx10 704 705 TX RX unit X57 A 2 709 710 73 74 75 A N08 0564 04 B N09 2426 14 C N09 2440 15 D N09...

Page 59: ... not supplied 3 2 1 D C 14 Instruction manual B62 2189 10 715 Packing fixture 719 Item carton case 715 Packing fixture 60 Belt clip J29 0730 05 G Pan head machine screw N30 3008 60 x2 6 Cap B09 0712 03 53 Packing Cap G53 1769 04 A Dressed screw N08 0564 04 716 Carton board ...

Page 60: ... When a normal value is confirmed When a normal value is confirmed Checking the Reset Control signal Checking the control signal input to the ASIC Points to be checked Normal voltage RESET IC105 4 pin 3 3V BINT Q401 6 pin 3 3V PSW Q402 3 pin 3 3V Checking the control signal output from the ASIC Points to be checked Normal voltage FRST C110 3 3V If the FRST is always 0V the ASIC is broken If the FR...

Page 61: ...3M L717 SRAM 31BU L710 检查时钟 检查时钟 检查点 正常电压 3 3V 18 432MHz ASIC侧R158 18 432MHz ASIC DSP侧R159 18 432MHz 32 768kHz IC106 1 针 32 768kHz 确认数值正常时 确认数值正常时 检查复位 控制信号 检查输入到ASIC的控制信号 检查点 正常电压 RESET IC105 4 针 3 3V BINT Q401 6 针 3 3V PSW Q402 3 针 3 3V 检查从ASIC输出的控制信号 检查点 正常电压 FRST C110 3 3V 如果 FRST始终为0V 则ASIC已损坏 如果 FRST交替重复3 3V和0V 则ASIC FLASH和SRAM可能已损坏 BGA部分未损坏 检查异常点 检查异常点33M有异常电压 ASIC 取出L714检查33M的电压 如果电压变正常 则A...

Page 62: ...value is confirmed When a normal value is confirmed When a normal value is confirmed When a normal value is confirmed When an abnormal value is confirmed When an abnormal value is confirmed When an abnormal value is confirmed When an abnormal value is confirmed When an error display appears on the LCD The LCD displays INIT ERROR1 An error occurs when the ASIC internal RAM reads or writes The ASIC ...

Page 63: ...SH SRAM可能已损坏 检查点 正常电压 LCDRST R406 3 3V 取下R406 如果ASIC侧为0V 则ASIC FLASH SRAM可能已损坏 确认数值正常时 确认数值正常时 确认数值正常时 确认数值正常时 确认数值异常时 确认数值异常时 确认数值异常时 确认数值异常时 LCD上出现错误显示时 LCD显示 INIT ERROR1 ASIC内部RAM读取或写入时发生错误 ASIC可能已损坏 LCD显示 INIT ERROR2 DSP内部RAM读取或写入时发生错误 DSP可能已损坏 LCD显示 INIT ERROR3 SRAM内部RAM 读取或写入时发生错误 SRAM可能已损坏 信号名称说明 1 RST RESET ASIC 复位信号 LOW 复位 2 BINT 电池终止电压监测 LOW 终止电压 3 PSW 电源开关信号 LOW ON 4 FRST FLASH 复位信号 LOW...

Page 64: ...e 0 13 None 0Ω 0Ω None Note The 0Ω resistor R849 and R853 is used to differenti ate the destination with a visual check These are not connected with any PCB pattern they are specifically for production control There is no need to change the mount of these resistors There is no difference between the schematic diagram of the Service Control unit X53 4260 13 and the sche matic diagram of the origina...

Page 65: ...nforma tion menu then use Program Write Data to the Trans ceiver to write the FPU data PC Programming mode When writing to the transceiver a Warning Message corresponding to the item selected appears Click OK to continue writing the data 3 Enter Program Test Mode then adjust the various ad justment data PC Test Mode as described in the AD JUSTMENT 4 Attach the new labels corresponding to the new p...

Page 66: ...and NXDN ESN please contact our service center MPT ESN Label 11 digits xxx xx xxxxxx MPT ESN 标签 11 位 xxx xx xxxxxx NXDN ESN Label 12 digits NXDN ESN 标签 12 位 Kenwood ESN Lable Kenwood ESN 标签 Product Number Lable 16 digits for Kx type 产品编号标签 Kx 型 16 位 Not used 未使用 Cut off Line 剪切线 Note A UPC code and UPC barcode is not printed on the Kenwood ESN Label If necessary cut the label at the cut off line a...

Page 67: ...Test channel down Hold Test channel down continuously Channel No Side1 Push Squelch level up Hold Squelch off Squelch level Squelch off icon appears Side2 Wide Narrow Very narrow Wide w Narrow n Very narrow v Shift to panel tuning mode Function on FNC appears on the sub LCD display MSK 1200bps and 2400bps 2400bps icon appears Push Test signaling up Hold Test signaling up continuously Signaling No ...

Page 68: ...电源 Battery type detect 电池类型检测 LI NML Li ion normal capacity battery 普通容量锂电池 LI HI Li ion high capacity battery 高容量锂电池 IS IS Ni MH battery IS镍氢电池 Market code 市场代码 Frequency range 频率范围 F1 136 174MHz After 2sec 2秒后 Temperature 温度 Power 功率 Sub LCD display 副LCD显示 Main LCD display 主LCD显示 Channel No 信道号 Signaling No 信令号 Squelch level Analog mode only 静噪电平 仅模拟模式 An Analog narrow mode 模拟窄模式 Aw Analog wide ...

Page 69: ...106 0Hz 13 Single Tone 979 9Hz Single Tone 979 9Hz 14 None Single Tone 1000Hz 15 None MSK 16 MSK MSK NXDN mode signaling No RX TX 1 RAN1 RAN1 2 None PN9 3 RAN1 Maximum deviation pattern 7 None FSW PN9 RAN Radio Access Number PN9 Pseudo Random Pattern for production only ADJUSTMENT 调整 频率和信令 已经根据下表所示的频率调整了设置 需要时 按调整步 骤重新调整 以获得实际操作时想要的频率 测试频率 CH 接收 MHz 发射 MHz 1 155 05000 155 10000 2 136 05000 136 100...

Page 70: ... to select the adjustment item through tuning modes Use the key to adjust 5 reference level adjustments and use the Side2 key to switch between Wide Narrow Very narrow LCD display in panel tuning mode An CNTR 256 2 6 CV voltage AD value etc CV电压 AD值等 Sub LCD display 副LCD显示 Main LCD display 主LCD显示 Adjustment value 调整值 1 4096 Proper value guide When the frequency adjustment is necessary or is displa...

Page 71: ...adjustment item Orange PTT Transmit 0 to 9 and 5 reference level adjustments frequency Tuning point RX MHz TX MHz Low 136 05000 136 10000 Low 145 55000 145 60000 Center 155 05000 155 10000 High 164 55000 164 60000 High 173 95000 173 90000 键操作 键 功 能 按 下 按住 1 秒钟 选择器 调整值递增 连续增加 调整值递减 连续减小 Side1 自动调整开始 Side2 宽 窄 超窄 换到面板测试模式 进入 5 点基准电平调整 写入调整值 转到下一调整项目 返回到最后调整的项目 橙色 PTT 发射 0 至 9 和 5 点基准电平调节频率 调谐点 接收 MH...

Page 72: ...sted Maximum Deviation NXDN Narrow Very Narrow Maximum Deviation of NXDN Narrow Very Narrow is adjusted Maximum Deviation Analog Wide Narrow Maximum Deviation of Analog Wide Narrow is adjusted This item must be adjusted before all adjustment items for tone deviations are adjusted Note Maximum Deviation Analog Narrow must be adjusted before CWID Deviation NXDN Very Narrow is adjusted QT Deviation Q...

Page 73: ...在调整频偏的所有调整项目之前调整此项 最大频偏 NXDN 窄 超窄 调整 NXDN 最大频偏 窄 超窄 最大频偏 模拟宽 窄 调整模拟最大频偏 宽 窄 必须在调整音调频偏的所有调整项目之前调整此项 注意 必须在调整 CWID 频偏 NXDN 超窄 之前调整 最大频偏 模拟窄 QT 频偏 调整 QT 音调频偏 DQT 频偏 调整 DQT 音调频偏 LTR 频偏 调整 LTR 音调频偏 DTMF 频偏 调整 DTMF 音调频偏 单音频偏 调整 2 音 中使用的单音频偏 MSK 频偏 调整 MSK 音调频偏 CWID 频偏 调整 CWID 音调频偏 CWID 用于通知在 6 25 kHz 间隔信道上发射的其他人 按照 FCC 规则 各信道间隔须使用模拟模式或 CWID VOX1 调整 VOX 1 的 VOX 灵敏度 VOX10 调整 VOX 10 的 VOX 灵敏度 灵敏度 1 调整带通滤波器 ...

Page 74: ...1024 8 Low Transmit Power LOPWR 5 Transmitter Section 2 1 1024 9 Balance BAL Encode frequency 5 Transmitter Section 3 1 256 10 Maximum Deviation NXDN NDEV 5 5 Transmitter Section 4 1 1024 11 Maximum Deviation Analog ADEV 5 5 Transmitter Section 5 1 1024 12 QT Deviation QT 1 1 Transmitter Section 6 1 1024 13 DQT Deviation DQT 1 1 Transmitter Section 7 1 1024 14 LTR Deviation LTR 1 1 Transmitter Sec...

Page 75: ...R 5 发射机部分 1 1 1024 8 低发射功率 LOPWR 5 发射机部分 2 1 1024 9 平衡 BAL 编码频率 5 发射机部分 3 1 256 10 最大频偏 NXDN NDEV 5 5 发射机部分 4 1 1024 11 最大频偏 模拟 ADEV 5 5 发射机部分 5 1 1024 12 QT 频偏 QT 1 1 发射机部分 6 1 1024 13 DQT 频偏 DQT 1 1 发射机部分 7 1 1024 14 LTR 频偏 LTR 1 1 发射机部分 8 1 1024 15 DTMF 频偏 DTMF 1 1 发射机部分 9 1 1024 16 单音频偏 TONE 1 1 发射机部分 10 1 1024 17 MSK 频偏 MSK 1 1 发射机部分 11 1 1024 18 CWID 频偏 CWID 1 发射机部分 12 1 1024 19 VOX1 VOX1 VO...

Page 76: ...nalog Narrow it is not necessary to adjust NXDN Narrow Panel tuning mode flow chart Note In this Panel tuning mode flow chart the Adjustment item name is modified ADJUSTMENT 调整 LCD Contrast CNTR Low L Low Center L Center C Center High H High H RX Assist RAST TX Assist TAST RTC RTC Volume1 CCW Max VOL1 Volume2 CW Max VOL2 High Power HIPWR Low Power LOPWR Balance BAL NXDN Deviation NDEV Narrow Narro...

Page 77: ...噪 SQLT ASQDET 测量值 5 5 接收机部分 8 1 256 28 电池警告电平 BATT BATT 测量值 1 点调整 发射机部分 15 1 256 1 由于 NXDN 窄通过调整模拟窄进行调整 因此不需要调整 NXDN 窄 面板调谐模式流程图 注意 在此面板调谐模式流程图中 调整项目的名称作了修改 LCD对比度 CNTR 低 L 低 中心 L 中心 C 中心 高 H 高 H RX辅助 RAST TX辅助 TAST RTC RTC 音量1 CCW最大 VOL1 音量2 CW最大 VOL2 高功率 HIPWR 低功率 LOPWR 平衡 BAL NXDN频偏 NDEV 窄 窄 窄 窄 NXDN频偏 NDEV 超窄 面板测试模式 对于所有调整项目 请按 键写入调整值 N W VN 调整项目 LCD显示 5基准电平调整 5基准电平调整 5基准电平调整退出 调整点 LCD显示 5基准电平...

Page 78: ...el Adjustments 5 reference level Adjustments 5 reference level Adjustments 5 reference level Adjustments 5 reference level Adjustments hold press hold press hold press hold press hold press hold press hold press hold press VOX Level 10 VOX10 hold press VOX Level 1 VOX1 hold press hold press hold press hold press hold press hold press hold press press Analog MAX Deviation ADEV QT Deviation QT DQT D...

Page 79: ... 5基准电平调整 5基准电平调整 5基准电平调整 5基准电平调整 5基准电平调整 按住 按下 按住 按下 按住 按下 按住 按下 按住 按下 按住 按下 按住 按下 按住 按下 VOX电平10 VOX10 按住 按下 VOX电平1 VOX1 按住 按下 按住 按下 按住 按下 按住 按下 按住 按下 按住 按下 按住 按下 按下 模拟MAX频偏 ADEV QT频偏 QT DQT频偏 DQT DTMF频偏 DTMF MSK频偏 MSK 单音频偏 TONE Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 Side2 RSSI 基准 RRSSI 宽 宽 宽 宽 宽 LTR频偏 LTR Side2 Side2...

Page 80: ...er Supply 5V to 10V approx 3A Useful if ammeter equipped ADJUSTMENT 调整 Antenna connector adapter The antenna connector of this transceiver uses an SMA terminal Use an antenna connector adapter SMA f BNC f or SMA f N f for adjustment The adapter is not provided as an option so buy a commercially available one Nut wrench In order to turn the volume nut and the channel selector nut use a recommendati...

Page 81: ...kHz 电压范围 1mV 到 10V 9 音频发生器 AG 频率范围 50Hz 到 5kHz 或更高 输出 0 到 1V 10 失真测试仪 能力 在 1kHz 时 3 或更低 输入电平 50mV 到 10Vrms 11 8Ω 假负载 大约 8Ω 3W 12 可调电源 5V 到 10V 大约 3A 配备了电流表时更好 ADJUSTMENT 调整 天线接口转换头 此对讲机的天线接口使用 SMA 终端 使用天线接口转换头 SMA f BNC f 或 SMA f N f 进 行调整 转换头不作为可选件提供 因此请购买商用转换头 螺母扳手 为了转动音量螺母和信道选择螺母 请使用推荐的工具 KENWOOD 零件号 W05 1123 00 电池夹具 W05 1370 00 在对讲机的电池夹具和电源之间连接适当的电源电缆 确 认了输出电压之后接通电源开关 电压超过或极性颠倒都有 可能损坏对讲机 端子 红 ...

Page 82: ...nd GND Universal connector 1 SSW 3 SP 5 EMC 7 PTT 9 OPT 11 5V 13 RXD 2 SP 4 MSW 6 ME 8 PF 10 E 12 TXD 14 NC Panel tuning 11 GREEN 5M 绿 5M TUBE 套管 SCREW 螺丝 8 YELLOW PF SW 黄 PF SW 2 RED RX AF OUTPUT 红 RX AFOUTPUT 3 BLACK RX AF OUTPUT 黑 RX AFOUTPUT 10 BROWN GND 棕 GND 6 BROWN MIC GND 棕 MIC GND 5 WHITE MIC INPUT 白 MIC INPUT 7 BLUE PTT SW GND ON 蓝 PTT SW GND ON Note Pin 1 SSW and Pin 4 MSW are connected...

Page 83: ...For output the wires out of the connector case need to process the connector case Connector case 接线盒 KPG 36 36A Remove the screw 取下螺丝 ADJUSTMENT 调整 PC 调谐 将配线连接到接口电缆接线盒内的 PCB 为将配线引出接线盒 需要对接线盒进行处理 PCB layout PCB布局 Shield 屏蔽 AF Voltmeter AF电压表 Audio generator 音频发生器 100μ 10V 100μ 10V 10μ 10V 8Ω ...

Page 84: ...nel Channel 2 Test Signaling Mode Analog Signaling 1 PTT Press Transmit button 3 CH Sig 3 1 PTT ON 3 Test Channel Channel 3 Test Signaling Mode Analog Signaling 1 PTT Press Transmit button 3 Low power check Battery voltage 7 5V 1 CH Sig 1 1 PTT ON 1 Test Channel Channel 1 Test Signaling Mode Analog Signaling 1 PTT Press Transmit button 0 7W 1 2W 1 0A or less 2 CH Sig 2 1 PTT ON 2 Test Channel Chan...

Page 85: ...2 0A 或更低 2 CH Sig 2 1 PTT 开启 2 测试信道 信道 2 测试信令 模式 模拟 信令 1 PTT 按 Transmit 按钮 3 CH Sig 3 1 PTT 开启 3 测试信道 信道 3 测试信令 模式 模拟 信令 1 PTT 按 Transmit 按钮 3 低功率 检查 电池电 压 7 5V 1 CH Sig 1 1 PTT 开启 1 测试信道 信道 1 测试信令 模式 模拟 信令 1 PTT 按 Transmit 按钮 0 7W 1 2W 1 0A 或更低 2 CH Sig 2 1 PTT 开启 2 测试信道 信道 2 测试信令 模式 模拟 信令 1 PTT 按 Transmit 按钮 3 CH Sig 3 1 PTT 开启 3 测试信道 信道 3 测试信令 模式 模拟 信令 1 PTT 按 Transmit 按钮 4 麦克风灵 敏度检查 1 CH Sig 1...

Page 86: ...C test mode Test equipment Unit Terminal Unit Parts Method 1 Setting 1 DC voltage 7 5V 2 SSG standard modulation Wide MOD 1kHz DEV 3kHz Narrow MOD 1kHz DEV 1 5kHz 2 LCD contrast 1 Adj item CNTR Adjust Press key to store the adjust ment value 1 Adj item LCD Contrast Press Apply but ton to store the adjustment value Panel Panel tuning mode PC test mode Adjust the LCD contrast by looking This item is...

Page 87: ...TVM 示波器 失真测试 仪 8Ω 假负载 天线 通用连 接器 检查 12dB SINAD 或更高 共通部分 项 目 条 件 测 量 调 整 规 格 备 注 面板调谐模式 PC 测试模式 测量装置 单元 端子 单元 部件 方 法 1 设置 1 DC 电压 7 5V 2 SSG 标准调制 宽 MOD 1kHz DEV 3kHz 窄 MOD 1kHz DEV 1 5kHz 2 LCD 对比度 1 调整项目 CNTR 调整 按 键储存调 整值 1 调整项目 LCD Contrast 按 Apply 按钮储 存调整值 面板 面板调 谐模式 PC测试 模式 通过观察调整 LCD 对比度 更换 LCD 组件 B38 0923 05 时 需调整此项 3 逆时针 音量 1 调整项目 VOL1 调整 1 调整项目 Counterclockwise Volume 面板调谐模式 逆时针完全转动音 量旋钮 按 键...

Page 88: ...he PC window shows VCO lock voltage Change the adjustment value to get VCO lock voltage within the limit of the speci fied voltage Note Confirm the VCO lock voltage approxi mately 3 seconds after the adjustment value is changed 2 5V 0 1V PC test mode Press Apply All button to store the adjustment value after all adjustment point was adjusted Transmit Assist 1 Adj item TAST Adjust 2 Adj item L TAST...

Page 89: ... All 按 钮储存调整值 面板调 谐模式 PC测试 模式 副 LCD 显示和 PC 窗口上的 V 指示 显示了 VCO 锁定电 压 更改调整值 以获 得指定电压范围内 的 VCO 锁定电压 注意 在更改调整值约 3 秒后确认 VCO 锁定 电压 调整所有调整点 之后 按 Apply All 按钮储存调整 值 2 5V 0 1V PC 测试模式 调整所有调整点 之后 按 Apply All 按钮储存调整 值 发射辅助 1 调整项目 TAST 调整 2 调整项目 L TAST L TAST C TAST H TAST H TAST 调整 PTT 开启 RF 功率 不輸出 按 键储存调 整值 1 调整项目 Transmit Assist 2 调整项目 Low Low Center High High PTT 按 Transmit 按钮 按 Apply All 按 钮储存调整值 6 RTC 振荡...

Page 90: ...h SSG Transmitter Section Item Condition Measurement Adjustment Specifications Remarks Panel tuning mode PC test mode Test equipment Unit Terminal Unit Parts Method 1 High Transmit Power adjust Battery voltage 7 5V 1 Adj item HIPWR Adjust 2 Adj item L HIPWR L HIPWR C HIPWR H HIPWR H HIPWR Adjust PTT ON Press key to store the adjust ment value 1 Adj item High Transmit Power 2 Adj item Low Low Cente...

Page 91: ...量 调 整 规 格 备 注 面板调谐模式 PC 测试模式 测量装置 单元 端子 单元 部件 方 法 1 高发射功 率调整 电池电 压 7 5V 1 调整项目 HIPWR 调整 2 调整项目 L HIPWR L HIPWR C HIPWR H HIPWR H HIPWR 调整 PTT 开启 按 键储存调 整值 1 调整项目 High Transmit Power 2 调整项目 Low Low Center High High PTT 按 Transmit 按钮 按 Apply All 按 钮储存调整值 功率计 电流表 面板 天线 面板 面板调 谐模式 PC测试 模式 5 0W 0 2W 2 0A 或更低 PC 测试模式 调整所有调整点 之后 按 Apply All 按钮储存调整 值 2 低发射功 率调整 电池电 压 7 5V 1 调整项目 LOPWR 调整 2 调整项目 L LOPWR L ...

Page 92: ...justed 2 Refer to the Necessary Deviation adjustment item for each signaling and mode table on page 102 Balance adjustment is common with the adjustment of all signaling deviations 4 Maximum Deviation NXDN adjust 3 Narrow 1 Adj item Nn NDEV Adjust Deviation meter LPF 3kHz HPF OFF 2 Adj item NnL NDEV NnL NDEV NnC NDEV NnH NDEV NnH NDEV Adjust PTT ON Press key to store the adjust ment value 1 Adj it...

Page 93: ...点 之后 按 Apply All 按钮储存调整 值 2 请参阅第 103 页的 各信令和模式所需的频偏调整项目 表 所有信令频偏的平衡调整共用 4 最大频偏 NXDN 调整 3 窄 1 调整项目 Nn NDEV 调整 频偏仪 LPF 3kHz HPF 关闭 2 调整项目 NnL NDEV NnL NDEV NnC NDEV NnH NDEV NnH NDEV 调整 PTT 开启 按 键储存调 整值 1 调整项目 Maximum Deviation NXDN Narrow 频偏仪 LPF 3kHz HPF 关闭 2 调整项目 Low Low Center High High PTT 按 Transmit 按钮 按 Apply All 按 钮储存调整值 频偏仪 示波器 面板 天线 面板 面板调 谐模式 PC测试 模式 3056Hz 2995 3117Hz PC 测试模式 调整所有调整点 之后 ...

Page 94: ...Adj item Maximum Deviation Analog Wide 2 Adj item Low Low Center High High Press Apply All button to store the adjustment value Write the same adjustment value of NXDN Deviation Narrow for each adjustment point Transmit at each adjustment point and check that the Analog deviation is between 4150Hz and 4250Hz Deviation meter LPF 15kHz HPF OFF Panel tuning mode PTT ON PC test mode PTT Press Transmit...

Page 95: ... ADEV 调整 2 调整项目 AwL ADEV AwL ADEV AwC ADEV AwH ADEV AwH ADEV 调整 按 键储存调 整值 1 调整项目 Maximum Deviation Analog Wide 2 调整项目 Low Low Center High High 按 Apply All 按 钮储存调整值 为每个调整点写入 相同的 NXDN 频偏 窄 调整值 在每个调整点发射 检查模拟频偏是否 在 4150Hz 和 4250Hz 之间 频偏仪 LPF 15kHz HPF 关闭 面板调谐模式 PTT 开启 PC 测试模式 PTT 按 Transmit 按钮 4150 4250Hz PC 测试模式 调整所有调整点 之后 按 Apply All 按钮储存调整 值 3 请参阅第 103 页的 各信令和模式所需的频偏调整项目 表 对于最大频偏 模拟 所有模拟信令的调整共用 6 Q...

Page 96: ...ion meter LPF 3kHz HPF OFF PTT ON Press key to store the adjust ment value 1 Adj item LTR Deviation Analog Narrow Deviation meter LPF 3kHz HPF OFF PTT Press Transmit button Press Apply button to store the adjustment value Write the value as followings 465 Reference value 0 75kHz 0 05kHz Wide 1 Adj item Aw LTR Adjust PTT ON Press key to store the adjust ment value 1 Adj item LTR Deviation Analog Wi...

Page 97: ...TR 频偏调整 4 窄 1 调整项目 An LTR 调整 频偏仪 LPF 3kHz HPF 关闭 PTT 开启 按 键储存调 整值 1 调整项目 LTR Deviation Analog Narrow 频偏仪 LPF 3kHz HPF 关闭 PTT 按 Transmit 按钮 按 Apply 按钮储 存调整值 写入以下值 465 基准值 0 75kHz 0 05kHz 宽 1 调整项目 Aw LTR 调整 PTT 开启 按 键储存调 整值 1 调整项目 LTR Deviation Analog Wide PTT 按 Transmit 按钮 按 Apply 按钮储 存调整值 1 00kHz 0 05kHz 9 DTMF 频偏调整 4 窄 1 调整项目 An DTMF 调整 频偏仪 LPF 15kHz HPF 关闭 PTT 开启 按 键储存调 整值 1 调整项目 DTMF Deviation ...

Page 98: ... 11 MSK Deviation adjust 4 Narrow 1 Adj item An MSK Adjust Deviation meter LPF 15kHz HPF OFF PTT ON Press key to store the adjust ment value 1 Adj item MSK Deviation Analog Narrow Deviation meter LPF 15kHz HPF OFF PTT Press Transmit button Press Apply button to store the adjustment value Write the value as followings 513 Reference value 1 50kHz 0 05kHz Wide 1 Adj item Aw MSK Adjust PTT ON Press ke...

Page 99: ...按钮 按 Apply 按钮储 存调整值 3 00kHz 0 05kHz 11 MSK 频偏调整 4 窄 1 调整项目 An MSK 调整 频偏仪 LPF 15kHz HPF 关闭 PTT 开启 按 键储存调 整值 1 调整项目 MSK Deviation Analog Narrow 频偏仪 LPF 15kHz HPF 关闭 PTT 按 Transmit 按钮 按 Apply 按钮储 存调整值 写入以下值 513 基准值 1 50kHz 0 05kHz 宽 1 调整项目 Aw MSK 调整 PTT 开启 按 键储存调 整值 1 调整项目 MSK Deviation Analog Wide PTT 按 Transmit 按钮 按 Apply 按钮储 存调整值 3 00kHz 0 05kHz 12 CWID 频偏调整 4 超窄 1 调整项目 Nv CWID 调整 频偏仪 LPF 15kHz HP...

Page 100: ... item VOX10 AG 1kHz 3mV at MIC terminal 15 BATT detection writing 1 Adj item BATT Adjust PTT ON 1 Adj item Battery Warning Level PTT Press Transmit button Power meter DVM Panel ANT BATT terminal Press the PTT switch or Transmit button on the PC window Apply 6 20V to bat tery terminal Confirm that one pre determined nu meric in the range 1 to 256 appears Panel tuning mode Press key to store the adj...

Page 101: ... 按 钮储存调整值 14 VOX10 调整 1 调整项目 VOX10 调整 AG MIC 端子处 1kHz 3mV 1 调整项目 VOX10 AG MIC 端子处 1kHz 3mV 15 BATT 检测写入 1 调整项目 BATT 调整 PTT 开启 1 调整项目 Battery Warning Level PTT 按 Transmit 按钮 功率计 DVM 面板 天线 BATT 终端 按 PTT 开关或 PC 窗 口上的 Transmit 按钮 在电池端子上施加 6 20V 确认范围 1 至 256 中出现预定 的数字 面板调谐模式 按 键储存调 整值 PC 测试模式 按 Apply 按钮储 存调整值 16 BATT 检测检查 面板测试模式 1 CH Sig 1 1 BATT 端子电压 发 射时 6 0V 1 测试信道 信道 1 测试信令 模式 模拟 信令 1 BATT 端子电压 发射时...

Page 102: ...nce adjust Step2 Maximum Deviation Analog Narrow Step3 LTR Deviation Narrow DTMF Step1 Balance adjust Step2 Maximum Deviation Analog Wide Step3 DTMF Deviation Wide Step1 Balance adjust Step2 Maximum Deviation Analog Narrow Step3 DTMF Deviation Narrow 2TONE Step1 Balance adjust Step2 Maximum Deviation Analog Wide Step3 Single Tone Deviation Analog Wide Step1 Balance adjust Step2 Maximum Deviation A...

Page 103: ...调整 步骤 2 最大频偏 模拟宽 步骤 3 LTR 频偏 宽 步骤 1 平衡调整 步骤 2 最大频偏 模拟窄 步骤 3 LTR 频偏 窄 DTMF 步骤 1 平衡调整 步骤 2 最大频偏 模拟宽 步骤 3 DTMF 频偏 宽 步骤 1 平衡调整 步骤 2 最大频偏 模拟窄 步骤 3 DTMF 频偏 窄 2 音 步骤 1 平衡调整 步骤 2 最大频偏 模拟宽 步骤 3 单音频偏 模拟宽 步骤 1 平衡调整 步骤 2 最大频偏 模拟窄 步骤 3 单音频偏 模拟窄 MSK FleetSync 步骤 1 平衡调整 步骤 2 最大频偏 模拟宽 步骤 3 MSK 频偏 模拟宽 步骤 1 平衡调整 步骤 2 最大频偏 模拟窄 步骤 3 MSK 频偏 模拟窄 NXDN 音频 步骤 1 平衡调整 步骤 2 最大频偏 NXDN 窄 步骤 1 平衡调整 步骤 2 最大频偏 NXDN 超窄 CWID 步骤 1 平...

Page 104: ...the adjustment value SSG AF VTVM Oscilloscope Panel ANT Universal connector Panel Panel tuning mode PC test mode Write the value as followings L SENS1 Low 10 Preset L SENS1 Low 50 Preset C SENS1 Center 95 Fixed H SENS1 High 135 Fixed H SENS1 High 180 Fixed 3 Adj item L SENS1 L SENS1 3 Adj item Low Low Increase the adjust ment value from the preset value to get the maximum RSSI level Caution Perfor...

Page 105: ... Low Center High High 按 Apply All 按 钮储存调整值 SSG AF VTVM 示波器 面板 天线 通用连 接器 面板 面板调 谐模式 PC测试 模式 写入以下值 L SENS1 Low 10 预设 L SENS1 Low 50 预设 C SENS1 Center 95 固定 H SENS1 High 135 固定 H SENS1 High 180 固定 3 调整项目 L SENS1 L SENS1 3 调整项目 Low Low 从预设值增大调整 值 以获得最大 RSSI 电平 注意 进行 L SENS1 L SENS1 调整之前 请 进行 3 灵敏度 2 调整 的步骤 2 的调整 调整 SSG 输出 90dBm 7 08µV MOD 1kHz 1 5kHz 按 键储存调 整值 按 Apply All 按 钮储存调整值 3 灵敏度 2 调整 1 调整项目 SE...

Page 106: ... tuning mode After input signal from SSG press key to store the adjustment value PC test mode After input signal from SSG press Apply button to store the adjust ment value Analog Wide 1 Adj item Aw RRSSI Adjust 2 Adj item AwL RRSSI AwL RRSSI AwC RRSSI AwH RRSSI AwH RRSSI Adjust SSG output 12dB SINAD level 3dB MOD 1kHz 3kHz 1 Adj item RSSI Reference Analog Wide 2 Adj item Low Low Center High High S...

Page 107: ...平 3dB MOD 1kHz 1 5kHz SSG 失真测试 仪 示波器 面板调谐模式 从 SSG 输入信号之 后 按 键储 存调整值 PC 测试模式 从 SSG 输入信号之 后 按 Apply 按 钮储存调整值 模拟宽 1 调整项目 Aw RRSSI 调整 2 调整项目 AwL RRSSI AwL RRSSI AwC RRSSI AwH RRSSI AwH RRSSI 调整 SSG 输出 12dB SINAD 电平 3dB MOD 1kHz 3kHz 1 调整项目 RSSI Reference Analog Wide 2 调整项目 Low Low Center High High SSG 输出 12dB SINAD 电平 3dB MOD 1kHz 3kHz NXDN 超窄 1 调整项目 Nv RRSSI 调整 2 调整项目 NvL RRSSI NvL RRSSI NvC RRSSI Nv...

Page 108: ...Aw SQL Adjust 2 Adj item AwL SQL AwL SQL AwC SQL AwH SQL AwH SQL Adjust SSG output 12dB SINAD level MOD 1kHz 3kHz 1 Adj item Open Squelch Analog Wide 2 Adj item Low Low Center High High SSG output 12dB SINAD level MOD 1kHz 3kHz NXDN Very Narrow 1 Adj item Nv SQL Adjust 2 Adj item NvL SQL NvL SQL NvC SQL NvH SQL NvH SQL Adjust SSG output 12dB SINAD level for Analog Narrow 4dB MOD 400Hz 1 1kHz 1 Adj...

Page 109: ...调 整 静噪开 模拟宽 1 调整项目 Aw SQL 调整 2 调整项目 AwL SQL AwL SQL AwC SQL AwH SQL AwH SQL 调整 SSG 输出 12dB SINAD 电平 MOD 1kHz 3kHz 1 调整项目 Open Squelch Analog Wide 2 调整项目 Low Low Center High High SSG 输出 12dB SINAD 电平 MOD 1kHz 3kHz NXDN 超窄 1 调整项目 Nv SQL 调整 2 调整项目 NvL SQL NvL SQL NvC SQL NvH SQL NvH SQL 调整 SSG 输出 模拟窄的 12dB SINAD 电平 4dB MOD 400Hz 1 1kHz 1 调整项目 Open Squelch NXDN Very Narrow 2 调整项目 Low Low Center High H...

Page 110: ...fter input signal from SSG press Apply button to store the adjust ment value Analog Wide 1 Adj item Aw LRSSI Adjust 2 Adj item AwL LRSSI AwL LRSSI AwC LRSSI AwH LRSSI AwH LRSSI Adjust SSG output 118dBm 0 28µV MOD 1kHz 3kHz 1 Adj item Low RSSI Analog Wide 2 Adj item Low Low Center High High SSG output 118dBm 0 28µV MOD 1kHz 3kHz NXDN Very Narrow 1 Adj item Nv LRSSI Adjust 2 Adj item NvL LRSSI NvL L...

Page 111: ...测试模式 从 SSG 输入信号之 后 按 Apply 按 钮储存调整值 模拟宽 1 调整项目 Aw LRSSI 调整 2 调整项目 AwL LRSSI AwL LRSSI AwC LRSSI AwH LRSSI AwH LRSSI 调整 SSG 输出 118dBm 0 28µV MOD 1kHz 3kHz 1 调整项目 Low RSSI Analog Wide 2 调整项目 Low Low Center High High SSG 输出 118dBm 0 28µV MOD 1kHz 3kHz NXDN 超窄 1 调整项目 Nv LRSSI 调整 2 调整项目 NvL LRSSI NvL LRSSI NvC LRSSI NvH LRSSI NvH LRSSI 调整 SSG 输出 118dBm 0 28µV MOD 1kHz 1 5kHz 1 调整项目 Low RSSI NXDN Very N...

Page 112: ...After input signal from SSG press Apply button to store the adjust ment value Analog Wide 1 Adj item Aw HRSSI Adjust 2 Adj item AwL HRSSI AwL HRSSI AwC HRSSI AwH HRSSI AwH HRSSI Adjust SSG output 80dBm 22 4µV MOD 1kHz 3kHz 1 Adj item High RSSI Analog Wide 2 Adj item Low Low Center High High SSG output 80dBm 22 4µV MOD 1kHz 3kHz NXDN Very Narrow 1 Adj item Nv HRSSI Adjust 2 Adj item NvL HRSSI NvL H...

Page 113: ... 测试模式 从 SSG 输入信号之 后 按 Apply 按 钮储存调整值 模拟宽 1 调整项目 Aw HRSSI 调整 2 调整项目 AwL HRSSI AwL HRSSI AwC HRSSI AwH HRSSI AwH HRSSI 调整 SSG 输出 80dBm 22 4µV MOD 1kHz 3kHz 1 调整项目 High RSSI Analog Wide 2 调整项目 Low Low Center High High SSG 输出 80dBm 22 4µV MOD 1kHz 3kHz NXDN 超窄 1 调整项目 Nv HRSSI 调整 2 调整项目 NvL HRSSI NvL HRSSI NvC HRSSI NvH HRSSI NvH HRSSI 调整 SSG 输出 80dBm 22 4µV MOD 1kHz 1 5kHz 1 调整项目 High RSSI NXDN Very N...

Page 114: ...elch Analog Narrow 2 Adj item Low Low Center High High SSG output 12dB SINAD level 5dB MOD 1kHz 1 5kHz SSG Panel ANT Universal connector Panel tuning mode After input signal from SSG press key to store the adjustment value PC test mode After input signal from SSG press Apply button to store the adjust ment value Analog Wide 1 Adj item Aw SQLT Adjust 2 Adj item AwL SQLT AwL SQLT AwC SQLT AwH SQLT A...

Page 115: ...1 调整项目 Tight Squelch Analog Narrow 2 调整项目 Low Low Center High High SSG 输出 12dB SINAD 电平 5dB MOD 1kHz 1 5kHz SSG 面板 天线 通用连 接器 面板调谐模式 从 SSG 输入信号之 后 按 键储 存调整值 PC 测试模式 从 SSG 输入信号之 后 按 Apply 按 钮储存调整值 模拟宽 1 调整项目 Aw SQLT 调整 2 调整项目 AwL SQLT AwL SQLT AwC SQLT AwH SQLT AwH SQLT 调整 SSG 输出 12dB SINAD 电平 5dB MOD 1kHz 3kHz 1 调整项目 Tight Squelch Analog Wide 2 调整项目 Low Low Center High High SSG 输出 12dB SINAD 电平 5dB...

Page 116: ... key 12 BL_SB O LCD backlight voltage output 13 6_ KEYI0 I Key matrix input KEYI0 for 6 key 14 AGND GND CN403 1 33A O 3 3V for volume level 2 VOL_GND GND for volume level 3 VOL I Volume level input for audio control 4 EN3 I Rotary switch input 5 AGND GND 6 EN4 I Rotary switch input 7 EN1 I Rotary switch input 8 EN2 I Rotary switch input 控制单元 X53 4260 11 管脚号码 名 称 输入 输出 功 能 CN1 1 CS 输出 芯片选择输出 2 RES ...

Page 117: ...PTT input 32 Side_G O Key matrix output SIDE1 2 key 33 Side_1 I Key matrix input SIDE1 key 34 W_ N O W N control output 35 SDO1 O PLL serial data output 36 Side_2 I Key matrix input SIDE2 key 37 PCS_RF O PLL enable output 38 DSW O APC voltage discharge switch control output 39 APC O APC control voltage output 40 APCSW O APC switch control output 41 VCO_MOD O VCO modulation output TERMINAL FUNCTION...

Page 118: ...ector specification described on pages 124 to 129 2 OPT3 I O 3 26P_RD I 4 26P_TD O 5 NC 6 OPT4 O 7 OPT10 O 8 OPT5 O 9 DGND 10 AGND 11 AI I 12 AO O 13 AGND 14 5V O 15 OPT9 I 16 DTI I 17 OPT8 I O 18 OPT11 O 19 OPT7 I O TERMINAL FUNCTION 端子功能 管脚号码 名 称 输入 输出 功 能 42 THP 输入 热敏电阻电压输入 43 PLD 输入 PLL 锁定检测输入 44 38M 输出 38M 输出 45 SCK1 输出 PLL 锁定输出 46 GND GND 47 S_DET 输入 电池选择输入 48 GND GND 49 NC 未连接 50 IF_DET 输入 ...

Page 119: ... No connection 23 NC No connection 24 B O Power output after passing through the fuse 25 B O Power output after passing through the fuse 26 B O Power output after passing through the fuse 27 B O Power output after passing through the fuse 28 NC No connection 29 NC No connection 30 GND GND 31 PTT O PTT output TERMINAL FUNCTION 端子功能 管脚号码 名 称 输入 输出 功 能 20 OPT2 输入 输出 请参阅第 124 至 129 页介绍的 CN710 26 针连接器规...

Page 120: ...n No Name I O Function CN736 1 OPT1 I O Refer to CN736 Option board connector specification described on page 130 2 OPT3 I O 3 26P_RD O 4 26P_TD I 5 NC 6 OPT4 I 7 OPT10 I 8 OPT5 I 9 DGND 10 AGND 11 NC 12 NC 13 AGND 14 5V I 15 OPT9 O 16 DTI O TERMINAL FUNCTION 端子功能 管脚号码 名 称 输入 输出 功 能 32 Side_G 输入 键矩阵输入 SIDE1 2 键 33 Side_1 输出 键矩阵输出 SIDE1 键 34 W_ N 输入 未连接 35 SDO1 输入 PLL 串行数据输入 36 Side_2 输出 键矩阵输出 SIDE...

Page 121: ... 波特率 19200 bps RSSI 输出 模拟 RSSI 输出 输出阻抗 10k Ω Solder Pad Name I O Signal Type Function Rating and Condition Parameter Min Typ Max Unit PTT2 O Digital PTT output Output Output Impedance 10k Ω PTT1 I Digital PTT input Input VIH 2 8 3 3 V Input VIL 0 0 5 V MDSW I Digital Man down switch input Input VIH 2 8 3 3 V Input VIL 0 0 5 V GND GND GND Allowable current value mA TXD O Digital Serial data output ...

Page 122: ...N VIH 2 8 5 3 V VIL 0 0 5 V 5 EMC I Analog External MIC input Audio Level STD deviation 7 7 12 5 17 3 mV DC Bias 3 3 V Allowable Frequency 300 3000 Hz Input Impedance 1 8 kΩ 6 ME External MIC GND 7 PTT I Digital External PTT input L PTT ON VIH 2 8 5 3 V VIL 0 0 7 V 8 PF I Analog Programmable function key input V PF2 key ON 2 2 2 8 V V PF1 key ON 1 7 2 2 V V PF1 PF2 key ON 1 3 1 7 V 9 OPT I Digital...

Page 123: ...麦克风开关输入 L 外部 MIC ON H 内部 MIC ON VIH 2 8 5 3 V VIL 0 0 5 V 5 EMC 输入 模拟 外部麦克风输入 音频电平 STD 频偏 7 7 12 5 17 3 mV DC 偏置 3 3 V 容许频率 300 3000 Hz 输入阻抗 1 8 kΩ 6 ME 外部麦克风接地 7 PTT 输入 数字 外部 PTT 输入 L PTT ON VIH 2 8 5 3 V VIL 0 0 7 V 8 PF 输入 模拟 可编程功能键输入 V PF2 键 ON 2 2 2 8 V V PF1 键 ON 1 7 2 2 V V PF1 PF2 键 ON 1 3 1 7 V 9 OPT 输入 数字 人员事故输入 可编程启动 H L VIH 2 8 5 3 V VIL 0 0 7 V 10 E GND 11 5V 功率 5V 电源输出 输出控制为 FPU 可编程 ...

Page 124: ...00 Hz 7 OPT10 O Analog Digital Output Amplitude 1kHz 60 deviation 0 9 1 3 1 7 Vp p Coupling Capacitor 0 1 µF Output Impedance 22k Ω Allowable Frequency 300 3000 Hz 11 AI I Analog Input Amplitude 1kHz 60 deviation 0 3 0 5 0 7 Vp p Coupling Capacitor 0 1 µF Input Impedance 12k Ω Allowable Frequency 300 3000 Hz 12 AO O Analog Output Amplitude 1kHz 60 deviation 30 50 70 mVp p Coupling Capacitor 0 1 µF...

Page 125: ...OH 2 8 3 5 V 输出 VOL 0 0 5 V 波特率 19200 bps 15 OPT9 输入 模拟 输入振幅 方波 3 3 Vp p 耦合电容 0 01 µF 输入阻抗 22k Ω 容许频率 300 3000 Hz 7 OPT10 输出 模拟 数字 输出振幅 1kHz 60 频偏 0 9 1 3 1 7 Vp p 耦合电容 0 1 µF 输出阻抗 22k Ω 容许频率 300 3000 Hz 11 AI 输入 模拟 输入振幅 1kHz 60 频偏 0 3 0 5 0 7 Vp p 耦合电容 0 1 µF 输入阻抗 12k Ω 容许频率 300 3000 Hz 12 AO 输出 模拟 输出振幅 1kHz 60 频偏 30 50 70 mVp p 耦合电容 0 1 µF 输出阻抗 35k Ω 容许频率 300 3000 Hz 16 DTI 输入 模拟 输入振幅 1kHz 60 频偏...

Page 126: ...k Ω Allowable Frequency 300 3000 Hz 14 5V O Power Output Voltage 5 V Output Current 78 mA 26 POW O Power Output Voltage 7 5 V Output Current 100 mA 9 DGND GND Allowable current value Total current of 3 pins 100 mA 10 AGND 13 5 NC CN710 26 pin connector specification Pin No Name Device I O Connection Function 1 OPT1 ANI board O AUX INPUT COR Conventional LTR L Activity receiving H Not activity rece...

Page 127: ...C 时 160 260 360 mVp p 输入振幅 1kHz 60 频偏 内部 MIC 时 130 mVp p 耦合电容 0 1 µF 输入阻抗 22k Ω 容许频率 300 3000 Hz 14 5V 输出 功率 输出电压 5 V 输出电流 78 mA 26 POW 输出 功率 输出电压 7 5 V 输出电流 100 mA 9 DGND GND 容许电流值 3 针的总电流 100 mA 10 AGND 13 5 NC CN710 26 针连接器规格 管脚号码 名 称 装 置 输入 输出 连 接 功 能 1 OPT1 ANI 板 输出 AUX INPUT COR 常规 LTR L 接收 H 无接收 TOR 常规 LTR L 接收 SUB TONE 或 LTR ID OK H 非接收 LOK 常规 L 发射 H 未发射 LTR L 发射链接中 直至发射结束 H 非发射链接 VGS 1 输入...

Page 128: ...rd A GND VGS 1 AGND AGND 14 5V ANI board Note POW and 5V can not be used simultaneously VGS 1 O 5C 5V power supply 15 OPT9 ANI board I SIDETONE Sidetone input VGS 1 16 DTI ANI board I DATA OUT Data signal input VGS 1 17 OPT8 ANI board I TONE CONTROL Speaker mute signal input VGS 1 18 OPT11 ANI board O MAN DOWN Man Down output VGS 1 19 OPT7 ANI board I MIC MUTE MIC mute signal input VGS 1 20 OPT2 A...

Page 129: ... AO VGS 音频输入 12 AO ANI 板 VGS 1 输出 AI VGS 音频输出 13 AGND ANI 板 A GND VGS 1 AGND AGND 14 5V ANI 板 注意 POW 和 5V 不能同时使用 VGS 1 输出 5C 5V 电源 15 OPT9 ANI 板 输入 SIDETONE 侧音输入 VGS 1 16 DTI ANI 板 输入 DATA OUT 数据信号输入 VGS 1 17 OPT8 ANI 板 输入 TONE CONTROL 扬声器静音信号输入 VGS 1 18 OPT11 ANI 板 输出 MAN DOWN 人员事故输出 VGS 1 19 OPT7 ANI 板 输入 MIC MUTE 麦克风静音信号输入 VGS 1 20 OPT2 ANI 板 输入 AUX OUTPUT 紧急报警信号输入 VGS 1 21 TXO ANI 板 VGS 1 22 R...

Page 130: ... PTT signal input 7 OPT10 ANI board 8 OPT5 ANI board I Emergency Emergency signal input 9 DGND ANI board A GND 10 AGND ANI board A GND 11 NC 12 NC 13 AGND ANI board A GND 14 5V ANI board Note POW and 5V can not be used simultaneously 15 OPT9 ANI board O SIDETONE Sidetone output 16 DTI ANI board O DATA OUT Data signal output 17 OPT8 ANI board O TONE CONTROL Speaker mute signal output 18 OPT11 ANI b...

Page 131: ... OPT4 ANI 板 输入 PTT PTT 信号输入 7 OPT10 ANI 板 8 OPT5 ANI 板 输入 紧急报警 紧急报警信号输入 9 DGND ANI 板 A GND 10 AGND ANI 板 A GND 11 NC 12 NC 13 AGND ANI 板 A GND 14 5V ANI 板 注意 POW 和 5V 不能同时使用 15 OPT9 ANI 板 输出 SIDETONE 侧音输出 16 DTI ANI 板 输出 DATA OUT 数据信号输出 17 OPT8 ANI 板 输出 TONE CONTROL 扬声器静音信号输出 18 OPT11 ANI 板 输入 MAN DOWN 人员事故输入 19 OPT7 ANI 板 输出 MIC MUTE 麦克风静音信号输出 20 OPT2 ANI 板 输出 AUX OUTPUT 紧急报警信号输出 21 TXO ANI 板 22 ...

Page 132: ...5 S7 8 S8 3 S9 6 CONTROL UNIT X53 4260 11 Component side view J79 0131 39 Ref No Address IC1 6K IC415 8K Q1 7K Q2 7L Q3 6L Q4 4L Q5 4L D1 5D D2 5C D3 3O Ref No Address D4 3Q D5 5B D6 7B D7 10O D8 10Q D9 7D D10 7C D11 7L D12 7M D13 7M Ref No Address D14 7M D15 7L D16 7L D17 9L D18 4L D19 4L D20 8M D21 8M D22 8L D23 9L NX 200 PC BOARD PC板 ...

Page 133: ...40 C11 C13 C14 C15 C23 C25 C26 C30 C33 C31 C32 C35 C36 C34 C29 C37 C38 C41 C1 C6 R483 TH1 IC415 D11 D12 D14 D15 D18 D19 D20 D21 D23 L1 L2 L3 L4 L411 L5 L6 L7 R14 R16 R18 R19 R20 R21 1 14 AGND 6_ KEYI0 BL_SB 6_ KEYO1 6_ KEYO0 BL_SB 6_ KEYO2 6_ KEYI1 SP SP SP EMC ME SP R22 R23 R24 R25 Q1 R26 Q2 R27 Q3 Q4 R28 Q5 R31 R32 R33 R34 R35 R3 CN1 C10 C12 C16 C17 D17 CONTROL UNIT X53 4260 11 Component side vi...

Page 134: ...CN402 R437 R439 C409 C467 R445 R448 R449 C412 R450 R452 R456 C421 C431 C433 R473 C441 R481 D407 D416 L702 R548 Q412 R478 C443 L709 R102 R103 R105 R107 R110 R111 R113 R115 R116 R118 R119 CN101 CN102 R121 R122 R123 R126 R129 R131 C101 C104 R143 C107 C109 R148 C111 C112 C113 C116 C117 C123 1 3 5 4 R166 C134 IC104 C401 R447 R457 C445 C447 C449 C450 L708 L711 L712 R502 R503 R138 R159 R160 R161 R162 C13...

Page 135: ... 1 8 4 5 1 8 5 1 8 4 5 1 8 C788 IC708 1 3 4 5 IC709 IC710 C792 IC712 C793 C794 IC714 IC715 C796 IC716 4 3 1 4 5 5 1 8 4 5 5 4 1 3 1 8 J79 0131 29 R111 R113 CN101 CN102 C101 R419 R426 R440 R830 R832 R836 R839 C800 Q103 R120 CN106 R724 CN709 R726 C114 CN712 C122 R163 C133 R170 R171 R173 C718 C140 C142 R182 C147 R184 R186 R762 C728 R188 R764 R189 R191 C155 C736 C737 C738 C161 R782 R784 C748 R786 R788...

Page 136: ...R245 Q12 Q13 R257 C225 C78 C81 C231 C82 C83 C90 R321 R322 C91 C92 R282 R283 C1 R285 C249 C4 C6 C8 C252 R293 R450 D3 D4 D6 D7 C276 IC202 IC203 1 3 4 5 L1 L3 L10 TH100 IC5 1 1 6 3 4 3 4 5 R11 R12 R18 R21 R23 Q1 4 6 1 3 Q2 R27 Q4 C139 R29 Q6 R33 R34 R1 R36 R2 R39 R8 R9 R320 R42 R44 R51 C355 R58 R60 R62 R74 R75 X1 C13 C15 C16 C17 C19 R400 C36 R248 R299 Q109 Q110 1 1 3 4 4 5 8 6 R135 R145 IC1 IC3 R153 ...

Page 137: ...34 C435 C436 C437 C438 C439 R500 1 LED_G LED_R SAVE 5TC SBC TV2 TV1 5RC GND GND GND NC B B NC PTT Side_1 SDO1 PCS_RF APC VCO_MOD PLD SCK1 S_DET NC EMG IFC I2CCK I2CSDA T_R ASSIST VAGC TCXO_MOD RSSI CV NC B B NC GND Side_G W_ N Side_2 DSW APCSW THP 38M GND GND IF_DET 49 50 2 C442 C443 C445 C447 C449 C450 C451 C452 C453 C454 R490 C455 1 8 R498 R499 C470 C472 C473 IC200 1 3 4 5 C474 C475 C476 C478 C4...

Page 138: ...85 C290 C291 R311 C297 C299 R302 R303 R304 R305 CN102 C304 C306 C307 C312 R162 R163 C135 C146 C149 C154 C166 Q204 L402 L R325 L215 L220 L224 R203 R207 R307 J79 0127 39 B 2 CN736 L111 L113 L119 R152 C158 C163 C167 C179 C180 C193 C414 R438 R452 C421 C423 R280 C466 C386 C467 R436 L109 L114 IC403 R310 C136 C140 C142 C144 D104 C165 D105 C190 C191 L223 R326 R265 C320 R273 R276 R277 R279 R289 C251 R296 D...

Page 139: ...91 R239 C240 C241 C251 CN200 BPF R220 R225 R230 R237 C220 C244 C248 L204 R211 R214 C203 C206 C57 C209 C210 C211 C62 C212 C259 C213 Q10 Q11 C67 C217 C69 C71 C75 C77 C227 C84 L230 Q102 D8 D9 L102 L105 R104 R106 D14 D15 D16 R111 R118 R127 R129 R130 L16 L17 L18 C104 L19 L23 C112 L27 L29 C117 C119 C314 C261 C122 R176 R177 C150 R41 R47 R49 R50 C356 Q201 Q202 C177 L201 R71 R77 R204 C58 C60 C65 C72 R43 R6...

Page 140: ... 5V 1 RXD TXD UNIVERSAL CONNECTOR NC PF SP PTT EMC SSW 1 MSW SP ME OPT E 6KEY SP MIC ME EMC SP SP SP SP 6_ KEYI1 6_ KEYO2 BL_SB 6_ KEYO0 6_ KEYO1 BL_SB 6_ KEYI0 AGND CN23 OPT10 OPT7 TXo AGND SB2 NC SToN oPT3 RXEO DTI C3 TCNT OPT2 OPT9 DI NC oPT1 AGND OPT3 RXEI RXEo DGND MDWN oPT5 INH OPT11 X57 736 B 2 OPT1 26P_RD OPT6 NC 5V 26P_TD TXI TXO CN736 oPT2 TXI RXEI AGND OPT4 oPT4 OPTION PCB AGND POW OPT8...

Page 141: ... PCS_RF 38M DSW APC GND GND SCK1 S_DET NC IF_DET I2CSDA 50 SDO1 SCK1 AGND 5RC Side_2 B IFC Side_1 1 I2CCK ASSIST IF_DET APC Side_G PTT VCO_MOD VAGC TV1 CV B TCXO_MOD B DSW 5TC TV2 LED_R CN404 APCSW T_R PGND THP NC B SAVE GND 38M RSSI GND PGND SBC EMG NC PLD S_DET W_ N NC PCS_RF AGND LED_G NC NC S BATT X57 736 A 2 TX RX PCB Side_2 Side_G PTT GND Side_1 CN401 ANT 1 20 C PTT Side_1 Side_2 CORD ASSY X...

Page 142: ... D10 D8 D7 D5 D2 D0 A2 A6 A18 A10 A14 A1 A5 A20 A19 A11 A15 A0 A16 RD CS0 CN103 A3 A7 A9 A13 A4 A17 A8 A12 FRST WP WR L717 SRAM IC103 G3 G2 G1 F6 F4 F3 F1 E6 E1 D6 D1 C6 C4 C3 C1 B6 B5 B4 A1 A2 A3 A4 A5 A6 B1 B2 B3 G4 G5 G6 H1 H2 H3 H4 H5 H6 CE oE DQ7 DQ2 NC3 NC2 DQ6 VSS2 VCC2 VCC1 VSS1 DQ1 A5 NC1 DQ5 DQ0 A7 A4 A0 A1 CE2 A3 A6 A8 DQ4 A2 WE A16 A15 DQ3 A9 A10 A11 A12 A13 A14 470k R120 1u C118 L710 ...

Page 143: ... DVSS5 HCNTL0 BCLKR1 CVSS6 CVSS1 A22 CVSS2 DVDD1 A10 HD7 A11 A12 A13 A14 A15 CVDD1 HAS DVSS1 CVSS3 CVDD2 HCS HR_W READY PS DS IS R_W MSTRB IoSTRB MSC XF HoLDA IAQ HoLD BIo MP_MC DVDD2 CVSS4 BDR1 BFSR1 A19 A20 CVSS9 DVDD5 D6 D7 D8 D9 D10 D11 D12 HD4 D13 D14 D15 HD5 CVDD6 CVSS10 HDS1 DVSS8 HDS2 DVDD6 A0 A1 A2 A3 HD6 A4 A5 A6 A7 A8 A9 CVDD7 A21 DVSS9 1000p 100k R107 1k R103 0 1u C117 L711 0 1u C113 D...

Page 144: ...SPCS11 SPCS12 ADC4 ADC5 XTALI XTALo 32I DSPCK CKo USRCKI ADD0 ADD1 ADD2 ADD3 ADD4 ADD5 ADD6 ADD7 ADD8 ADD9 ADD10 ADD11 ADD12 ADD13 ADD14 ADD15 ADD16 ADD17 ADD18 ADD19 ADD20 ADD21 DT0 DT1 DT2 DT3 DT4 DT5 DT6 DT7 DT8 DT9 DT10 DT11 DT12 DT13 DT14 DT15 WRITE READ BHE BLE CS4 CS3 CS2 CS1 CS0 HRADY HDS2 TXD0 RXD0 RTS0 CTS0 TXD1 RXD1 TXD2 RXD2 TXD3 CN104 22 R158 RINT 32K A20 A19 A18 A17 A16 A15 A14 A13 A...

Page 145: ...C2 AVCC1 DGND15 DGND14 DGND13 DGND12 DGND11 DGND10 DGND9 DGND8 DGND7 DGND6 DGND5 DGND4 ADC6 ADC7 ADC8 ADC9 MICVR SPDAC MICADC0 MoDDAC MICADC1 KEYI0 KEYI1 KEYI2 KEYI3 KEYI4 KEYo0 KEYo1 KEYo2 KEYo3 KEYo4 PWM1 PWM2 TI TDI TMS TDo TCK TRST RTCK BSCAN0 BSCAN1 RST RSTo TEST0 TEST1 TEST2 TEST3 BooT SQDAC ADC0 DAC0 IFR ADC3 ADC2 FCDADC IFADCP IFADCN IFVR A VOX VOL BATT C131 0 1u C133 10u6 3 RXAF MIC MOD P...

Page 146: ... C143 0 01u C145 0 1u C146 0 1u C147 0 1u C154 0 1u C150 1u C151 0 1u C152 0 1u C153 0 1u C155 0 1u DSR 5UC EXAMT INAMT D D D D D 100k R174 R175 100k R176 100k R177 100k R178 100k R181 100k 1k C136 0 01u C137 1u C138 0 1u C139 0 1u L714 L715 L716 2 2k R501 L403 1 CN403 2 3 4 5 6 7 8 9 10 C459 470p 2 2k R506 1k R509 1k R510 1k R508 1k R507 1k R504 VOL ENC3 ENC4 ENC1 ENC2 A 470p 470p C463 C457 470p ...

Page 147: ...7k R735 C712 330k R765 0 1u C727 C724 10k R750 560k R754 A 0 01u A 6 8k R745 A 0 01u A BEEP RXEI RXEO RXAF SCSW AMT 5 7 8 6 IN B VSS 4 IC713 TC75W51FK F VDD oUTB IN B IN A IN A oUTA 2 1 3 10p C761 470k R802 0 R804 470k R800 0 1u C756 100k R815 1u C778 100k R818 0 01u C779 1000p C777 RXAF SMF RF AF SW A VREF B RX SUM IC709 TC7W53FK F VCC 1 CoMMoN CH0 CH1 A 8 7 6 5 GND VEE INH 4 3 2 SSM3K15TE F A Q7...

Page 148: ...T IN 1 3 2 GND IN VDD IC715 TC75S51FE F 4 5 oUT VSS 1 3 2 IN TC75W51FK F IC716 1500p C718 22k R744 22k R757 22k R761 330p C728 0 1u C736 18k R775 6800p C739 0 1u C799 0 1u C721 1200p C735 22k R762 330p C730 1500p C800 R764 22k R763 22k 0 R786 100k R784 47p C749 100k R794 33k R796 4 7u C758 4 7u C757 0 R795 47p C750 120k R787 18k R783 47k R801 0 1u C762 0 01u C759 0 1u C766 0 1u C767 1u C781 1u C78...

Page 149: ...A2 7 6 5 BER_CLK BER_DATA BER_EN 0 01u C464 DA221 D23 D22 DA221 D17 EMZ6 8N C29 100p C30 100p C31 100p C33 100p C34 100p C36 6800p C38 100p 1k R28 1k R29 100 R30 1k R31 100 R32 L8 100 R35 100 R33 L7 L6 L5 L4 C23 1000p C28 100p C24 47p C25 1000p C26 1000p C27 1000p C32 100p C35 1000p C37 1000p NNCD6 8G A D21 NNCD6 8G A D20 CN405 SSW 1 2 SP 3 SP 4 MSW 5 EMC 6 ME 7 PTT 8 PF 9 OPT 10 E 11 TXD 12 RXD 1...

Page 150: ...F GND BooST 2 3 FB 1 SW VIN SHDN 6 5 4 IC407 HRB0502A D406 22u L401 D405 1SS388F C415 10u 68k 33k R425 0 01u C418 470k R431 4 7u L402 C416 10u10 R424 C417 220p C419 1 VIN VoUT CE 3 2 NC VSS 5 4 XC6209B502PR IC708 1SS301F D701 1u C742 470k R791 1u C751 0 R432 SSM6N16FE F Q402 100k R438 100k R439 470k R452 470k R456 R435 R436 100k 100k SSM6N16FE F Q401 A 470k R451 470k R454 MA2S111 F D407 2SJ648 A Q...

Page 151: ...1k R538 1k R539 1k R540 1k R541 100 R550 0 R543 100 R544 1k R545 PTT VCO_MOD Side_G Side_1 Side_2 W_ N SDO1 PCS_RF DSW APCSW THP PLD SCK1 S_DET A CN404 PCS_RF IF_DET NC GND S_DET GND SCK1 38M PLD THP VCO_MOD APCSW APC DSW LED_R PGND NC Side_2 SDO1 W_ N Side_1 Side_G PTT AGND NC B B B B NC NC AGND CV RSSI PGND TCXO_MOD 5RC VAGC TV1 ASSIST TV2 T_R SBC I2CSDA 5TC I2CCK SAVE IFC LED_G EMG APC IFADCN S...

Page 152: ...47P C453 47p C454 47p R499 0 C452 47p C450 47p C451 47p C449 47p 1000p C465 1000p C464 R411 6 3 CLK CC GAIN 0 1u CE SS VIN 4 150k 5 180p C417 R423 R425 470p C420 12k 22k VoUT FB VSS XC9101D09AKR LSEN EXT 1 2 IC402 C419 7 8 22p R439 27k 1u C422 1u C424 C425 1u 1000p 0 22u C467 2 C423 R420 47k 1k R436 1k Q402 R410 470k C475 1u Q401 R413 C418 2SA1955A F VSS IN oUT IC401 TC75S51FE F IN VDD R421 4 R419...

Page 153: ...0 L3 C20 22p 470p HVC131 HVC131 R7 4 7k R12 C8 D3 22k 470p C22 39p C21 TX L2 22k D2 R11 C19 C15 470p RX C31 22p 5 6n 2p 82n L5 5 6n 3p C26 47p C34 L7 L6 C92 68n L30 R77 D14 L12 L29 100n C58 C52 D18 100k C65 Q6 2SC5383 T111 APC C169 100k 0 1u C168 1u 100p R166 1k VSS TC75W51FUF 47p 0 3 2 4 1 6 5 VDD IC4 7 8 C129 0 1u R135 2 2k R167 R168 120k 18k R170 220k R39 HSC119 D7 1 5k C53 L19 1SV282 F OP AMP ...

Page 154: ...C311 100 C252 47k R245 47p TC75W51FUF VSS oUTA IN A IN A VDD 8 IN B oUTB IN B 5 6 7 R283 100k C310 1 R255 2 7k 4 3 2 IC404 47p 58 05MHz 22p C215 VAGC 5p C216 R216 220 C213 0 01u OUT C219 6p R218 220 C220 0 01u IN R148 C143 C116 10k R119 1000p C111 R101 R104 47 0 R295 HSC277 D201 C109 C114 470p 1000p R106 15p C100 3 3k R100 10k C101 2SC5636 Q100 100n 0 1u L100 2 2k R103 C102 270 R102 C150 1000p C10...

Page 155: ...220 L215 R296 R263 0 1k R265 0 01u 0 68n R268 68 C282 C285 1u L214 R310 0 C291 1000p 1SV305F 15p C362 1000p C284 R272 150k 33p C312 R289 0 R273 82k 0 1u C286 1000p R274 0 R311 0 D207 R302 68n L220 C290 0 1p R277 100k C298 2p C297 R276 100k 1SV305F D208 C301 R301 0 18p R300 0 C386 56n L224 C317 R279 0 10p 7p C306 39p Q106 RD07MVS1BT122 1000p R171 0 C130 R139 22k R142 C132 1000p 47k L108 15n R137 10...

Page 156: ...5W51FK F 2 2 IC705 TC75W51FK F 1 2 TV1 TV2 KEY Matrix 12key KEYO 0 1 2 3 KEYI 0 1 2 3 4 OINT CN710 26pin Option Board OPT1 2 3 4 OPT5 6 7 8 11 TXO TXI RXEO RXEI DTI OPT9 POW 5A AI AO OPT10 26P_TD 26P_RD DRST DCLK SYMTIM RSSITIM DINT SWUP FSDET HINT LCDRST MCD1AF MCSCKAF MCCSAF MCD0AF MCD1CN MCCXCN MCD0CN MCCSRCN MCSCKCN D3 4 7 8 LCD Back Light BL_SB CN701 for production TO DSP EMG PTT Side_1 Side_...

Page 157: ...7S66FUF SCSW SUM IC710 TC75W51FK F 2 2 DI DAC IC703 M62364FP F 1 8 DAC IC703 M62364FP F 2 8 TCXO_MOD VCO_MOD MSW UDET PTT PFKEY 50U RXD3 IC417 TC7WH126FK 2 2 RXD0 RTS0 Q411 SSM6N16FE F NC BER_CLK BER_DATA BER_EN IC418 TC7WT125FUF IC415 TC7SET08FU F TXD0 SCTXD EMC 6_KEYO2 6_KEYO1 6_KEYO0 6_KEYI0 6_KEYI1 BL_SB CN23 CN405 KEY Matrix 6key Selector knob Volume CN403 ENC1 ENC2 ENC3 ENC4 33A VOL SB1 B 6k...

Page 158: ...F VC X1 19 2MHz 50IF TCXO_MOD SDO1 SCK1 PCS RF PLD CN400 50R DC SW SB3 LED_R LED_G D402 Q406 UMG9N EMG S1 Temp Sensor IC1 LM73CIMKX 0 33C SKY72300 362 IC2 LMC7101BIM5 IC4 TC75W51FUF 1 2 Q12 2SK879 F Y 50C 50C 50C T_R D2 3 HVC131 2 Ripple Filter 150C Q3 2SC5383 T111 IF_DET I2CCK I2CSDA IC5 TLV2381IDBV Q202 2SC4215 F Y TX 272 0 348 0MHz RX 388 1 464 1MHz AVR B 50C AVR DC SW 33C DC SW DC SW 50R 50IF ...

Page 159: ... 2SC5383 T111 T R SW 5T 5R D104 105 D209 211 HVC131 4 D100 201 HSC277 2 BPF TUNE TV2 IC201 TLV2381IDBV TV1 RF AMP L220 224 Q204 3SK294 FP D207 208 1SV305F 2 IC200 TLV2381IDBV BPF L215 210 TUNE D204 205 1SV305F 2 1st MIXER Q203 3SK318 MCF XF200 58 05MHz 5T 50R LPF PTT Side1 Side2 Side_1 Side_2 Side_G PTT IC4 TC75W51FUF 2 2 5T BATT 7 5V S B S_DET 50R IC100 TA75W51FU CN401 1st Local 194 05 232 05MHz ...

Page 160: ...31 0mVrms 9 32mVrms 125mVrms AF 1kHz IC202 FM IC CF201 CF C355 IC203 55 0dBm C246 64 0dBm IF2 450kHz 391 8mVrms W 195 9mVrms N 190 6mVrms W 95 3mVrms N 126 4mVrms W 63 2mVrms N VCO IC703 Receiver Section 接收部分 Transmitter Section 发射部分 LEVEL DIAGRAM 电平图 To make measurements in the AF section con nect the AC level meter ANT input 53dB 1kHz FM 3kHz DEV Wide In the RF section use a 1000pF coupling capa...

Page 161: ... ion Battery Pack 锂离子电池 External View 外视图 Specifications 规格 Voltage 电压 7 4V Battery capacity 电池容量 1950mAh Schematic Diagram 电路图 THERMISTOR 560kΩ DIODE PROTECTION CIRCUIT DISCHARGING TERMINALS CHARGING TERMINALS 10kΩ 0 5 Thermal switch Breaker T S S ...

Page 162: ...kHz 3 BER 0 32µV Analog 12 5kHz 12dB SINAD 0 32µV Analog 25kHz 12dB SINAD 0 28µV Adjacent Channel Selectivity Analog 25kHz 72dB 12 5kHz 65dB Intermodulation Analog 70dB Spurious Response Rejection Analog 70dB Audio Distortion Less than 3 Audio Output 500mW 8Ω TRANSMITTER RF Power Output 5W 1W Modulation Limiting Analog 5 0kHz at 25kHz 2 5kHz at 12 5kHz Spurious Emission 36dBm 1GHz 30dBm 1GHz FM No...

Page 163: ...KNB 47L 电池时 375g 接 收 接收灵敏度 数字 6 25kHz 3 误码率 0 25μV 数字 12 5kHz 3 误码率 0 32μV 模拟 12 5kHz 12dB SINAD 0 32μV 模拟 25kHz 12dB SINAD 0 28μV 邻道选择性 模拟 25kHz 72dB 12 5kHz 65dB 互调抑制 模拟 70dB 杂散响应 模拟 70dB 音频失真 3 以下 音频输出功率 500mW 8Ω 时 发 射 发射功率 5W 1W 调制限制 模拟 5 0kHz 25kHz 信道 2 5kHz 12 5kHz 信道 杂散抑制 36dBm 1GHz 30dBm 1GHz 调频噪声 模拟 25kHz 45dB 12 5kHz 40dB 调制失真 3 以下 电波类型 模拟 25kHz 16K0F3E 模拟 12 5kHz 8K50F3E 数字 12 5kHz 8K30...

Page 164: ...ford Herts Amsterdamseweg 37 1422 AC Uithoorn The Netherlands Via G Sirtori 7 9 20129 Milano Italy Bolivia 239 08020 Barcelona Spain Talavera Business Park Building A 4 Talavera Road North Ryde NSW 2113 Australia Unit 3712 3724 Level 37 Tower one Metroplaza 223 Hing Fong Road 1 Ang Mo Kio Street 63 Singapore 569110 CA 90801 5745 U S A Kwai Fong N T Hong Kong WD18 9EB United Kingdom L Etoile Paris ...

Page 165: ...IC415 D11 D12 D14 D15 D18 D19 D20 D21 D23 L1 L2 L3 L4 L411 L5 L6 L7 R14 R16 R18 R19 R20 R21 1 14 AGND 6_ KEYI0 BL_SB 6_ KEYO1 6_ KEYO0 BL_SB 6_ KEYO2 6_ KEYI1 SP SP SP EMC ME SP R22 R23 R24 R25 Q1 R26 Q2 R27 Q3 Q4 R28 Q5 R31 R32 R33 R34 R35 R3 CN1 C10 C12 C16 C17 D17 CONTROL UNIT X53 4260 11 Component side view J79 0131 39 CONTROL UNIT X53 4260 11 Component side view J79 0131 39 Component side Foi...

Page 166: ...7 R439 C409 C467 R445 R448 R449 C412 R450 R452 R456 C421 C431 C433 R473 C441 R481 D407 D416 L702 R548 Q412 R478 C443 L709 R102 R103 R105 R107 R110 R111 R113 R115 R116 R118 R119 CN101 CN102 R121 R122 R123 R126 R129 R131 C101 C104 R143 C107 C109 R148 C111 C112 C113 C116 C117 C123 1 3 5 4 R166 C134 IC104 C401 R447 R457 C445 C447 C449 C450 L708 L711 L712 R502 R503 R138 R159 R160 R161 R162 C130 C159 D1...

Page 167: ...6 1 3 Q2 R27 Q4 C139 R29 Q6 R33 R34 R1 R36 R2 R39 R8 R9 R320 R42 R44 R51 C355 R58 R60 R62 R74 R75 X1 C13 C15 C16 C17 C19 R400 R404 R410 R413 C36 R429 C480 R430 R248 C400 C426 C428 C429 C430 C431 C432 C433 C434 C435 C436 C437 C438 C439 R500 1 LED_G LED_R SAVE 5TC SBC TV2 TV1 5RC GND GND GND NC B B NC PTT Side_1 SDO1 PCS_RF APC VCO_MOD PLD SCK1 S_DET NC EMG IFC I2CCK I2CSDA T_R ASSIST VAGC TCXO_MOD ...

Page 168: ... R207 R307 J79 0127 39 A 2 J79 0127 39 B 2 CN736 L111 L113 L119 R152 C148 C151 C156 C158 C163 C167 C179 C180 C193 C414 R438 R452 C421 C423 R280 C466 C386 C467 R436 L109 L114 IC403 R310 C136 C140 C142 C144 D104 C165 D105 C190 C191 L223 R239 R326 R265 C320 R273 R276 R277 R279 C240 C241 R289 C251 R296 D205 C462 C273 C286 C298 R300 R301 C301 C317 Q402 L214 R208 CN200 BPF R220 R225 R230 R237 C220 C244 ...

Page 169: ...oUT1 oUT_IN1 CoNT2 GND IC409 TC7W66FK F 0 01u C420 0 R433 1k R455 0 1u C424 100k R458 100k R453 39k R434 R446 270k C422 10p 100k R467 1k R460 0 01u C427 SP DRIVE D18 HZC6 8 E D19 R20 1k R21 1 2k R22 1k R23 1k R25 1 2k R24 1k R26 1k L1 L2 100p C16 100P C17 470p C13 470p C14 0 R40 14 CN23 13 12 11 10 9 8 7 6 5 4 3 2 1 6_ KEYI0 BL_SB 6_KEYO1 6_KEYO0 6_KEYO2 6_ KEYI1 A CN22 CN24 MIC SP 6KEY PCS_RF IF_...

Page 170: ...D VCO_MOD TV1 TV2 MSW UDET PTT PFKEY 50U RXD3 IC417 TC7WH126FK 2 2 RXD0 RTS0 Q411 SSM6N16FE F NC BER_CLK BER_DATA BER_EN IC418 TC7WT125FUF IC415 TC7SET08FU F TXD0 SCTXD KEY Matrix 12key KEYO 0 1 2 3 KEYI 0 1 2 3 4 EMC 6_KEYO2 6_KEYO1 6_KEYO0 6_KEYI0 6_KEYI1 BL_SB CN23 CN405 KEY Matrix 6key OINT CN710 26pin Option Board OPT1 2 3 4 OPT5 6 7 8 11 TXO TXI RXEO RXEI DTI OPT9 POW 5A AI AO OPT10 26P_TD 2...

Page 171: ...ter VCO MOD ASSIST CV Ripple Filter Q6 2SC5383 T111 T R SW Q7 SSM6L05FU F Q9 2SJ347F VC TCXO x3 Q201 2SC5108 Y F VC X1 19 2MHz 50IF TCXO_MOD SDO1 SCK1 PCS RF PLD CN400 50R DC SW SB3 LED_R LED_G D402 Q406 UMG9N EMG PTT Side1 Side2 Side_1 Side_2 Side_G PTT S1 Temp Sensor IC1 LM73CIMKX 0 33C SKY72300 362 IC2 LMC7101BIM5 IC4 TC75W51FUF 1 2 Q12 2SK879 F Y IC4 TC75W51FUF 2 2 5T 50C 50C 50C T_R D2 3 HVC1...

Page 172: ... CHANNEL AF VOL SELECTOR Side_2 Side_G PTT GND Side_1 CN401 ANT RXEI OPT9 NC OPT11 DGND AGND TXI OPT7 26P_TD DTI OPT5 AO OPT1 POW OPT8 26P_RD RXEO OPT10 AI OPT2 TXO OPT3 OPT6 OPT4 AGND 5V CS RES A0 WR D0 D1 D2 D3 D4 D5 D6 VDD D7 1 5V 1 20 RXD TXD UNIVERSAL CONNECTOR NC PF SP PTT EMC SSW 1 MSW SP ME OPT E 6KEY SP MIC ME EMC SP SP SP SP 6_ KEYI1 6_ KEYO2 BL_SB 6_ KEYO0 6_ KEYO1 BL_SB 6_ KEYI0 AGND C...

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