TK-880. SERVICE MANUAL REVISED E E3 E4 versions CONTENTS UHF FM TRANSCEIVER PLL/VCO (X XX) GENERAL... 2 OPERATING FEATURES...

Transcription

1 UHF FM TRANSIVR TK-0 SRVI MANUAL RVISD versions PRINTD IN JAPAN (N) 7 This Service Manual was revised based on the service manual as per parts No. -2-0, in order to include new variants with the following destination codes :. Panel assy (A ) abinet (Upper) (A0-26-2) Key top (K ) ONTNTS NRAL... 2 OPRATIN FATURS... RALINMNT... 6 INSTALLATION... 9 IRUIT DSRIPTION SMIONDUTOR DATA... DSRIPTION OF OMPONNTS... PARTS LIST... XPLODD VIW... PAKIN... 6 ADJUSTMNT... 7 P OARD VIWS PLL/VO (X-722-XX)... 6 SU UNIT (X-0-0)... 6 TX-RX UNIT (X7-62-XX) (A/2) :,... 7 TX-RX UNIT (X7-62-XX) (/2) :,... 6 TX-RX UNIT (X ) (A/2) : TX-RX UNIT (X ) (/2) :... 7 SHMATI DIARAM (,) SHMATI DIARAM ()... LOK DIARAM... 9 LVL DIARAM TRMINAL FUNTION... 9 SPIFIATIONS... 99

2 TK-0 NRAL INTRODUTION SOP OF THIS MANUAL This manual is intended for use by experienced technicians familiar with similar types of commercial grade communications equipment. It contains all required service information for the equipment and is current as of the publication data. hanges which may occur after publication are covered by either Service ulletins or Manual Revisions. These are issued as required. ORDRIN RPLAMNT PARTS When ordering replacement parts or equipment information, 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 required component for proper identification. PRSONNL SAFTY The following precautions are recommended for personnel safety : DO NOT transmit if someone is within two feet (0.6 meter) of the antenna. DO NOT transmit until all RF connectors are verified secure and any open connectors are properly terminated. SHUT OFF and DO NOT operate this equipment near electrical blasting caps or in an explosive atmosphere. All equipment should be properly grounded before power-up for safe operation. This equipment should be serviced by a qualified technician only. PR-INSTALLATION ONSIDRNATIONS. UNPAKIN Unpack the radio from its shipping container and check for accessory items. If any item is missing, please contact KNWOOD immediately. 2. PR-INSTALLATION HKOUT 2-. Introduction ach radio is adjusted and tested before shipment. However, it is recommended that receiver and transmitter operation be checked for proper operation before installation.. PLANNIN TH INSTALLATION -. eneral Inspect the vehicle and determine how and where the radio antenna and accessories will be mounted. Plan cable runs for protection against pinching or crushing wiring, and radio installation to prevent overheating. -2. Antenna The favored location for an antenna is in the center of a large, flat conductive area, usually at the roof center. The trunk lid is preferred, bond the trunk lid and vehicle chassis using ground straps to ensure the lid is at chassis ground. -. Radio The universal mount bracket allows the radio to be mounted in a variety of ways. e sure the mounting surface is adequate to support the radio s weight. Allow sufficient space around the radio for air cooling. Position the radio close enough to the vehicle operator to permit easy access to the controls when driving. -. D Power and wiring. This radio may be installed in negative ground electrical systems only. Reverse polarity will cause the cable fuse to blow. heck the vehicle ground polarity before installation to prevent wasted time and effort. 2. onnect the positive power lead directly to the vehicle battery positive terminal. onnecting the Positive lead to any other positive voltage source in the vehicle is not recommended. AUTION If D power is to be controlled by the vehicle ignition switch, a switching relay should be used to switch the positive power lead. The vehicle ignition switch then controls D to the relay coil.. onnect the ground lead directly to the battery negative terminal.. The cable provided with the radio is sufficient to handle the maximum radio current demand. If the cable must be extended, be sure the additional wire is sufficient for the current to be carried and length of the added lead Testing The radio should be tested complete with all cabling and accessories as they will be connected in the final installation. Transmitter frequency, deviation, and power output should be checked, as should receiver sensitivity, squelch operation, and audio output. QT equipment operation should be verified. 2

3 NRAL / OPRATIN FATURS TK-0. INSTALLATION PLANNIN ONTROL STATIONS -. Antenna system ontrol station. The antenna system selection depends on many factors and is beyond the scope of this manual. Your KNWOOD dealer can help you select an antenna system that will best serve your particular needs. -2. Radio location Select a convenient location for your control station radio which is as close as practical to the antenna cable entry point. Secondly, use your system s power supply (which supplies the voltage and current required for your system). Make sure sufficient air can flow around the radio and power supply to allow adequate cooling. SRVI This radio is designed for easy servicing. Refer to the schematic diagrams, printed circuit board views, and alignment procedures contained in this manual. Note When you modify your radio as described in system setup, take the following precaution. The rating of pin 7 (S) of the accessory connector cable (KT-9) on the rear of the radio is.2v (0.7A). Insert a A fuse if you use the S pin for external equipment. 7 6 Accessory connector cable (KT-9) If you do not intend to use the.-mm jack for the external speaker, fit the supplied speaker-jack cap ( ) to stop dust and sand getting in.. Operation Features The TK-0 is a UHF FM radio designed in both -tone model and DTMF/2-tone/DMS model. The programmable features are summarized. This transceiver can handle up to 20 groups with 20 channels in each group. Model -tone asic DTMF/2-tone/DMS Full Full (Special setting) -. -tone Model In this model, you can program asic or Full level features. When you select asic level, only frame -tone can be programmed, and various functions are limited. When you select Special setting in the Full level, you can use encode/decode format. Using encode/decode format, you can further program the transceiver to run the script. -2. DTMF/2-tone/DMS Model You can use option signalling which is DTMF or 2-tone (only for decode) or DMS (Digital Message System-FFSK signalling) for every channel. 2. Transceiver ontrols and Indicators (Fig. ) 2-. Front Panel ontrols All the keys on the front panel are momentary-type push buttons. The functions of these keys are explained below. D Source key Transceiver D source key. When the power is switched off, all the parameters, such as the group and channel, are stored in memory. When the power is switched on again, the transceiver returns to the previous conditions. HANNL UP/DOWN key ALL key (Programmable) key (Programmable) A,, and D key (Programmable) VOLUM UP/DOWN key (Programmable) Speaker-jack cap ( ) USY/TX LD The USY indicator (reen LD) shows that the channel is in use. The TX indicator (Red LD) shows that you are transmitting.

4 TK-0 OPRATIN FATURS 2-2. Programmable Keys The FPU (KP-60D) enables programmable keys to select the following functions. Auto Dial To transmit the stored DTMF code automatically. When you select DTMF encode in the Auto dial mode menu, Auto dial, Redial, Dial ID and Store & Send modes are available. Press the [Auto dial] key to enter the Auto dial mode. Select the desired number to send. It is use the [hannel up] and [hannel down] keys, or the [2] and [] keys on the microphone to select. Press the [ ] key to transmit the numbers. * Auto Dial Programming You can store the DTMF code and name, or erase it at the transceiver. To store a DTMF code Press the [Auto dial programming] key to enter Auto dial programming mode. Select the desired memory number you wish to store. Press the [ ] key to select the desired memory number (nter auto dial * memory name). Press the [ ] key to store the memory name. Now, enter the DTMF * codes you want to store. Press the [ ] key to store the numbers. A beep sound confirms that * the numbers are stored in the memory. To erase the stored DTMF code Press the [Auto dial programming] key to enter Auto dial programming mode. Press the [#] key to enter Auto dial clear mode. Select the memory number you want to erase. Press the [ ] key to erase the stored numbers and exit Auto dial clear * mode. AUX A If this key is pressed, AUX icon lights on the LD and Horn alert port which is inside of the transceiver turns to the low level. If pressed again, the AUX icon goes off and the Horn alert ports turns to the high impedance. AUX This function can be programmed when the voice scrambler board is not installed. If this key is pressed, an underscore ( _ ) appears at the extreme right of the LD and OPT port which is inside of the transceiver turns to the active level (low). If pressed again, the underscore disappears and the OPT ports turns to the deactive level (high). hannel Name Press this key to switch between the hannel name and rp #/h # for the display. If no channel name is programmed, the transceiver automatically displays the group #/channel #. hannel Up/Down When this key is pressed each time, the channel number to be selected is increased/decreased and repeats if held for one second or longer. all to 6 (-tone) Press the [ALL #] key to transmit the -tone code that is programmed to all # in the system parameters. hannel ntry You can directly recall the channel using the numeric keypad without using the [hannel up], [hannel down]. To access the channel directly, enter to digit numbers, depending on the number of the programmed channels. For example, if the radio has 99 programmed channels (the maximum channel number is a -digit number) and you would like to recall channel, you must enter [0],[0],[]. If the radio has 99 channels (2-digit number), you must enter [0],[] to access channel. mergency all Pressing this key causes the transceiver to enter the emergency mode. The transceiver jumps to the programmed mergency group/channel and transmits for programmed Duration of transmission time. The transceiver disables microphone mute while transmitting. After finishing transmission, the transceiver receivers for programmed Duration of receiving. The transceiver mutes the speaker while receiving. Following the above sequence, the transceiver continues to transmit and receive. You can select whether or not the emergency ID is transmitted in the emergency mode. Fixed Volume This function is used for changing the volume level, it is power on tone, control tone, warning tone, alert tone, AF volume type. If these tone is set up in Fixed, the tone level can be changed when [Fixed volume] key is pressed. When [Fixed volume] key is pressed, tone level changes in turn to low (tone volume low), high (tone volume high) and off.

5 OPRATIN FATURS TK-0 roup Up/Down When this key is pressed each time, the group number to be selected is increased/decreased and repeats if held for one second or longer. Home hannel Press this key once, the channel switches to the preprogrammed home channel. Horn Alert If you are called from the base station using -tone/2- tone/dtmf/dms while you are away from your transceiver, you will be alerted by the vehicle horn or some other type of external alert. To turn the horn alert function on, press this key. A confirmation tone sounds. If this key pressed again, the horn alert function is turned off. Key Lock Key lock prevents accidental operation of the transceiver. When key lock is activated, all keys other that PTT, mergency, Key lock, Monitor, Monitor momentary, Shift, Squelch, Squelch momentary and Volume up/down, are locked. LOKD appears momentarily when the [Key lock] key is pressed. Monitor DTMF/2-tone/DMS When this key pressed once, MON icon lights and squelch unmutes if a carrier is present, regardless of the specified signalling (including option signalling). If press again, MON icon goes off and squelch mutes. -tone Depend on monitor function and monitor key action in the system parameters. You can select either QT/DQT or -tone decoding to be canceled when [Monitor] key is pressed. When monitor function is activated, MON icon appears. Monitor Momentary DTMF/2-tone/DMS While pressing this key, MON appears and the squelch unmutes if a carrier is present, regardless of the specified signalling (including option signalling). If released, MON disappears, and the squelch mutes. -tone Depend on monitor function in the system parameters. You can select either QT/DQT or -tone decoding to be canceled while pressing [Monitor] key. When monitor function is activated, MON icon appears. Operator Selectable Tone When this key is pressed, the OST appears and encode/decode QT/DQT is switched to the OST tone pair. If pressed again, the OST display goes off and encode/decode QT/DQT returns to transceivers preset. When this key is held down for one second, the transceiver enters OST select mode. In this mode, the display shows OST No. or OST name which is set to the channel and operator can select one of OST tone pair using [hannel up], [hannel down] key. If pressed this key again, the displayed OST code is memorized to the channel, the transceiver exits from the OST select mode, returns to normal channel display and OST display. 6 kinds of OST tone pairs can be programmed in the operator selectable tone window. While in the OST select mode, the transceiver does not look back at the priority channel in the scan resume mode. Public Address Public address amplifies the microphone audio, and outputs it through a PA speaker. PA is activated by pressing this key. A confirmation tone sounds, and the display shows PA. PA can be activated at anytime (scanning or non-scanning). The transceiver continues to scan & receive calls while in PA mode. Pressing PTT activated PA, and will override an incoming call anytime; however no transceiver transmission takes place. If this key is pressed again, a confirmation tone will sound, the display will return to the normal channel or SAN display, and the PA function will turn off. Queue Press [Queue] key to toggle Queue mode on or off. When it is on, you will see the contents of the queue buffer. You can scroll the queue buffer using the [hannel up], [hannel down] or [2]/[] keys on the microphone. When you are in Queue mode, [D] or [6] key to toggle the Selcall and Status displays. When you are in Queue mode, press the [] or [] key to toggle the ode and Selcall/Status displays. Hold down the [D] or [6] key to delete the top stack of the Queue buffer. Hold down the [] or [] key to cancel Queue mode and return to normal operation. Radio Password ackup is done even if the power supply is cut off. A lock is not canceled unless a proper password is inputted. The character which can be inputted is to 6 digits with the number of 0 to 9. A lock is canceled if it is the same as code set up at Optional feature - Radio password. If the entered radio password is incorrect, the Key input error tone sounds and the transceiver remains in LOK screen.

6 TK-0 OPRATIN FATURS Receive ntry (-tone) Press [Receive entry] key to enter the desired Selcall code you want to receive. This function can be activated only when RX address is set to the channel and selectable receive digit has been entered. When you enter Receive entry mode, the RX address number appears on the LD. To enter Selcall number, use the keypad (keypad model) or use the [hannel up], [hannel down] keys to select a number. Then press [] key to enter the selected number. The selected digit will shift left to enter the next digit. Press [D] key to move the cursor position right. Hold down [D] key ([6] key on a keypad) to clear the entered number. Scan Press the [Scan] key to toggle scanning the channels on and off. When the transceiver is scanning, Revert channel display is temporary disabled and the SN icon and SAN appear. Scan Delete/Add Press the [Scan del/add] key to temporarily delete or add each channel from/to the scan list. When a channel is added to the scan list, appears on LD. When the transceiver exits Scan mode, the added or deleted channels are erased from the scan list. The original scan list is restored. Scrambler Press the [Scrambler] key to toggle the Scrambler on or off. When it is activated, _ (underscore) appears on LD. If you hold down the [Scrambler] key for more than 2 seconds, the transceiver enters Scrambler code select mode. You can select the Scrambler code [ to 6] using the [hannel up], [hannel down], or [2]/[] keys on the microphone. (Voice scrambler unit must be installed.) Selcall ntry Press [Selcall entry] key to enter the desired Selcall code you want to call. -tone This function can be activated only when TX address is set to the channel and Selectable selcall digit has been entered. When you enter Selcall entry mode, the TX address number appears on the LD. DTMF/2-tone/DMS A transceivers unit ID is defined by a combination of - digit fleet and -digit ID numbers. To enter Selcall number, use the keypad (keypad model) or use the [hannel up], [hannel down] keys to select a number. Then press [] key to enter the selected number. The selected digit will shift left to enter the next digit. Press [D] key to move the cursor position right. Hold down [D] key ([6] key on a keypad) to clear the entered number. Selcall List Press [Selcall list] key to enter Selcall list mode. -tone Select the check box of Selectable selcall digit. The number of digit you selected in Selcall list will be displayed on LD. If Selcall list has not been programmed, same digits of Selcall list code that you checked as Selectable selcall digits will appear on LD. DTMF/2-tone/DMS The ID list code of DMS will appear on LD. To select the Selcall list, use [hannel up]/[hannel down] key or [2]/[] key on the microphone keypad. Selcall Status ntry Select the selcall number you wish to call. Press [Selcall Status entry] key to enter Selcall entry mode. It works as Selcall entry mode mode. If you press [ALL] or [ * ] key again, it works as Status entry mode. Selcall Status List Select the selcall number you wish to call. Press [Selcall Status list] key to enter Selcall list select mode. It works as "Status list" mode. If you press [Selcall Status list] key again, it works as Status list select mode. Send PS (DTMF/2-tone/DMS) You can send the PS location data manually. To perform the operation, you have to install a PS receiver with NMA-0 output. (PS receiver must be installed.) Shift It allows you to enable [Shift Function] key access. When [Shift] key is pressed, SFT appears on LD. Squelch Level Press [Squelch level] key to enter Squelch level adjustment mode. The squelch level can be adjusted by [hannel up]/[hannel down] key or [2]/[] key on the microphone keypad. Press [Squelch level] key again to store the adjusted squelch level. Squelch Momentary Press [Squelch momentary] key to force the squelch unmute. MON icon appears on LD and USY LD (reen) lights. If released, the squelch unmutes and MON disappears. Also, USY LD (reen) goes off. Squelch Off Press [Squelch off] key to force the squelch unmute. MON icon appears on LD and USY LD (reen) lights. If the key is pressed again, the squelch unmutes and MON disappears. Also, USY LD (reen) goes off. 6

7 OPRATIN FATURS TK-0 Status ntry (-tone) It allows the operator to input the status and transmit it to the base station. oth TX address and Selectable status digit must be programmed to perform the operation. Press [Status entry] key to access Status entry mode. TX address of the channel appears on LD. nter the desired code using a numeric keypad. If the transceiver does not have the numeric keypad, you can use [hannel up]/[hannel down] key to select the desired number and press [] key to enter. The cursor moves to next position. Status List (-tone) Press [Status list] key to enter Status list mode. Select the check box of -tone - System parameters - Selectable status digit. The number of digit you selected in -tone - Status list will be displayed on LD. If Status list has not been programmed, same digits of status list code that you checked as Selectable status digits will appear on LD. To select the status list, use [hannel up]/[hannel down] key or [2]/[] key on the microphone keypad. Talk Around When Talk around function is activated, TA appears and the transceiver transmits on the receive frequency, using receiver s QT/DQT code. The operator can call the other party directly (without repeater). Transfer (-tone) When you select -tone for Signalling type for decode, this function is used for transmitting -tone code. Press the [Transfer] key to activate the transfer function. TRANSFR appears on the LD. When the target -tone code is received, you can select to transfer the code to another transceiver. When a mobile transceiver receivers the target -tone code, a mobile transceiver transfers the received -tone code to a portable. When Special setting is selected (enabled) and using decode format, this parameter is not valid. None When you press this key, the transceiver emits the Key input error tone (no function is performed). Volume Up/Down When this key is pressed, the volume level is increased/ decreased and repeats if held for 200ms or longer. Function Table Function DTMF/2-tone/DMS -tone None Yes Yes Auto dial Yes Yes Auto dial programming Yes Yes AUX A Yes Yes AUX Yes Yes Note : Only when voice scrambler is not selected. all No Yes all 2 No Yes all No Yes all No Yes all No Yes all 6 No Yes hannel down Yes Yes hannel entry Yes Yes hannel name Yes Yes hannel up Yes Yes mergency call Yes Yes Fixed volume Yes Yes roup down Yes Yes roup up Yes Yes Home channel Yes Yes Horn alert Yes Yes Key lock Yes Yes Monitor Yes Yes Monitor momentary Yes Yes Operator selectable tone Yes Yes Public address Yes Yes Queue Yes Yes Radio password Yes Yes Receive entry No Yes Scan Yes Yes Scan delete/add Yes Yes Scrambler Yes Yes Selcall entry Yes Yes Selcall list Yes Yes Selcall Status entry Yes Yes Selcall Status list Yes Yes Send PS Yes No Shift Yes Yes Squelch level Yes Yes Squelch momentary Yes Yes Squelch off Yes Yes Status entry No Yes Status list No Yes Talk around Yes Yes Transfer No Yes Volume down Yes Yes Volume up Yes Yes 7

8 TK-0 OPRATIN FATURS 2-. Front Panel Displays and Indicators Sub display Displays the system, channel and group numbers. Also displays various functions, such as TA. 2 P (Priority) indicator The P indicator ( ) appears when a selected channel is programmed as priority. MON (Monitor) indicator The MON indicator appears when the button programmed as MONITOR is pressed. SV (Service) indictor This icon is not used this transceiver. SN (Scan) indicator The SN indicator appears when using scan mode. 6 AUX (Auxiliary) indicator Appears when the auxiliary function is activated (ON) by pressing the AUX-A key. 7 Handset indicator This icon is not used this transceiver. MAIL indicator Flashes when a status message (-tone or DMS) is received. Lights when a status message is stored in the stack memory. 9 Alphanumeric display The twelve-character dot matrix alphanumeric display shows the system/group numbers. You can program system/group names with up to ten characters in place of these numbers. The left display is used as an add indicator ( ) and the right is used for the selective call ( ) or scrambler (_) function. The add indicator shows the channels * unlocked out of the scanning sequence. Selective call and scrambler are optional functions that can be programmed. Dispalys received messages when using -tone or DMS. 0 A,,,D key These keys are programmable function (PF) keys. USY/ VOLUM TX LD UP VOLUM D SOUR DOWN HANNL UP HANNL DOWN ALL MODULAR MI JAK 0 9 ALL Fig.. Scan Operating Scan types Single group scan You can scan all valid (ADD) channels in the displayed group that can be selected with the group up/down key. Multiple group scan You can scan all valid (ADD) channels in the all valid (ADD) group. SAN start condition One or more non-priority channels must be added to all channels that can be scanned. The transceiver must be in normal receive mode (PTT off). When you activate the key programmed to the scan function, the scan starts. The scan icon SN lights and scan text or revert channel (programmable) is indicated on alphanumeric display. Scan stop condition The scan stops temporarily if the following conditions are satisfied. ) A carrier is detected, then signalling matches on channels for which receive the signalling is set by the programming software. 2) A carrier is detected on the channels for which receiving signalling is not set by the programming software or when the monitor (signalling cancel) function is activated.

9 OPRATIN FATURS TK-0 Scan channel types ) Priority channel is the most important channel for the scan, and always detects a signal during scan and when the scan stops temporarily. 2) Non-priority channels detects a signal during scan. For the channels that can be selected with the group or channel up/down key when the scan does not occur, adds an indicator lights. Priority channel setting A priority channel can be set as follows with the programming software (KP-60D). ) Specify a priority channel as a fixed priority channel. 2) Make a selected channel, a priority channel. Scan type according to the priority channel ) When no priority channel is set : Only the non-priority channels are scanned. If a non-priority channel stops temporarily, it stops until there is no signal on the channel. 2) When priority channel is set : ither priority channel is scanned. If a non-priority channel stops temporarily, a priority channel signal is detected at certain intervals. If a priority channel stops temporarily, it stops until there is no signal on the priority channel. Revert channel The revert channel is used to transmit during scanning and set by the programming software (KP-60D). ) Priority The transceiver reverts to the priority channel. 2) Priority with talkback The transceiver reverts to the priority channel. If you press PTT during a resume timer (dropout delay time, TX dwell time) or calling, you can transmit on current channel to answer to the call however revert channel is set to priority channel. After resume time, scan re-starts and transmission channel is return to priority channel. ) Selected channel The transceiver reverts to the channel before scanning or the channel that you changed during scan. ) Last called channel The transceiver reverts to the last called channel during the scan. ) Last used channel The transceiver reverts to the last used (transmitted) channel during scan. Last used revert channel includes talkback function. 6) Selected with talkback The transceiver reverts to the channel before scanning or the channel that you changed during scan. Scan end When you reactivate the key programmed to the scan function during scan mode, the scan ends. The scan icon SN and scan text or revert channel (programmable) display goes off. Temporarily delete/add It is possible to delete or add channel temporarily during scan. When scan stops on unnecessary channel for example by interference of the other party, activate the delete/ add function (for example press the key), then that channel is deleted temporarily and scan re-start immediately. When you would like to add the deleted channel temporarily to scan sequence, select the desired (deleted) channel during scan, activate the delete/add function (for example press the key) before scan re-start. That channel is added temporarily to scan sequence. The temporary deleted or added channels are returns to pre-set delete/add, when the transceiver exits from scan mode. Keypad operation This parameter selects the default use of the numerical field of the keypad. You can select from DTMF, Selcall entry, Status entry and OST. In the case of OST ; nter to use the keypad to recall OST directly. To recall OST memory to 9, press the OST number directly for second. To recall OST memory 0 to 6, press [ ] for second, then press [0] to [6]. xample; * Recall OST memory : [ * ] [] When OST memory is recalled by keypad [] to [9], the OST display lights and OST is turned on. If the keypad [#] is pressed, OST is turned off, and the OST display goes off. Squelch logic signal This signal is useful for external radio control units which require a signal at the time of carrier operate relay or tone operate relay. TX sense Select one of the following three output functions for data communication. MI PTT Indicates the state of the microphone PTT. MI PTT on = Low, MI PTT off = High xt PTT Indicates the state of the Acc PTT input. xt PTT on = Low, xt PTT off = High TX line Indicates the actual transmitter activity. TX on = Low, TX off = High 9

10 TK-0 OPRATIN FATURS om port om 0 This function selects the external serila port function at the microphone jack (TXD/RXD). P programming is accepted, regardless of this setting. om This function selects the external OM pin serial port function on the KT-9 accessory jack. If the transceiver is installed PS unit, this function must be set up in PS. om 2 This function selects the external OM2 pin serial port function on the KT-9 accessory (RXD2 (AHK)/TXD2 (PTT)) and the external serial port function (TXD2/RXD2).. Details of Features Time-out timer The time-out timer can be programmed off or in 0 seconds increments from 0 seconds to five minutes. If the transmitter is keyed continuously for longer than the programmed time, the transmitter is disabled and a warning tone sounds while the PTT button is held down. The alert tone stops when the PTT button is released. Sub LD display You can use -digit the display to display the channel number or group number. It is useful when the main (2- digit) display indicates group or channel name or other functions. Selective call alert LD You can select whether or not the LD on the transceiver flashes in an orange color when selective call was occurred. PTT ID PTT ID provides a DTMF or FFSK (DMS : Fleet-ID) ANI to be sent with every time PTT (beginning of transmission, end of transmission, or both). You can program PTT ID on or off for each channel. The contents of ID are programmed for each transceiver. The timing that the transceiver sends ID is programmable. OT : DTMF ID (OT)/FFSK ID is sent on beginning of transmission. OT : DTMF ID (OT)/FFSK ID is sent on end of transmission. oth : DTMF ID (OT)/FFSK ID is sent on beginning of transmission and DTMF ID (OT)/FFSK ID is sent on end of transmission. Radio password When the password is set in the transceiver, user can not use the transceiver unless enter the correct password. This code can be up to 6 digits from 0 to 9 and input with the key, and [ALL] key. Off hook decode If the Off hook decode function has been enabled, removing and replacing the microphone on the hook has no effect for decoding QT/DQT and option signalling. Timed power off This function works as Automatic Power Switch Off. Timed power off timer starts from the ignition-off. After the timer expires, the radio will automatically turn off. The timer will be reset if the ignition is turned on and off. This function requires ignition-sense. onnect the ignition-line to the 9-pin connector which is located at the rear of the radio. After the timer expires, press the power switch to turn on the radio. If you configured the -tone model, the transceiver executes the encode script defined in KP-60D. After the encode script is finished, the transceiver turns off itself. Horn alert If you are called from the base station using 2-tone/DTMF while you are away from your transceiver, you will be alerted by the vehicle horn or some other type of external alert. To turn horn alert function on, press the [Horn Alert] key. ither continuous or non-continuous operation can be set by the FPU. The horn alert port is enabled or disabled as follows; Off hook horn alert Hook off Hook on nable Yes Yes Disable No Yes Non-continuous (Pulse) The horn alert port, HOR, is turned on and off as follows; 0.s 0.s 0.s 0.s 0.s HOR ontinuous Horn alert can be reset by setting an expiration time from the FPU or setting off hook. 0

11 OPRATIN FATURS TK-0 TOT pre-alert The transceiver has TOT pre-alert timer. This parameter selects the time at which the transceiver generates TOT pre-alert tone before TOT is expired. TOT will be expired when the selected time passes from a TOT pre-alert tone. TOT re-key time The transceiver has TOT re-key timer. This timer is the time you can not transmit after TOT exceeded. After TOT re-key time expired you can transmit again. TOT reset time The transceiver has TOT reset timer. This timer is the minimum wait time allowed during a transmission that will reset the TOT count. TOT reset time causes the TOT to continue even after PTT is released unless the TOT reset timer has expired. OST (Operator Selectable Tone) The transceiver is capable to have OST function and 6 tone pair (QT/DQT) with max 0-digit name for each tone pair. OST back up The transceiver is programmable the selected OST code is memorized or not. If you set to Disable (no memorized), the OST function always starts at off. lear to transpond The transceiver waits the transpond of -tone/2-tone / DTMF if channel is busy until channel open. This feature prevents the interference to other party.. Option Signalling (DTMF/2-Tone) uilt-in DTMF decoder is available for option signalling. uilt-in 2-tone decoder is available for option signalling. It is possible to use individual call, group call, stun, kill. Stun and kill are used with DTMF only. If the option signalling matches, a predetermined action will occur. If option signalling matches on a group/channel which is set up with option signalling, the option signalling indicator ( ) will flash and option signalling will be released. The transpond * or alert tone will sound. If the selective call alert LD is set up, the orange LD will flash. While option signalling matches (or if option signalling is deactivated when you are transmitting), you can mute or unmute ID/QT/DQT/arrier. AND/OR Option signalling match conditions can be selected with AND/OR logic. AND OR AND OR Alert/Transpond Triggers at match with QT/DQT/IDDTMF (2-tone); oth Triggers only for match with DTMF (2-tone); Option AF mute open Triggers at match with QT/DQT/IDDTMF (2-tone); oth Triggers only for match with QT/DQT/ID; Signalling ven if set for OR, AF mute cannot be canceled just by a match with DTMF. In channels not set with QT/DQT, signalling is a match just by rceiving the carrier. Auto Reset If option signalling matches a group set up with option signalling, option signalling is released. After matching option signalling, option signalling will temporarily reset automatically. Stun/Kill If the stun code matches, a predetermined action will occur. Whether option signalling is activated or not, when stun code matches on any channel, the transceiver will become stun or kill. While stun is active ( LOK2 appears), if the stun code # code is received, stun will disactive. While kill is active ( RROR appears), the transceiver will be disable all functions. The transceiver must be reprogrammed by the FPU (KP-60D) to operation again. 6. Alphanumeric Two-way Paging Function (Digital Message System : DMS) eneral The Alphanumeric Two-way Paging Function (DMS) is a Kenwood proprietary protocol. It enables a variety of paging functions. ID onstruction A radio unit ID is defined by a combination of -digit Fleet and -digit ID numbers. ach radio unit must be assigned its own Fleet and ID numbers. PTT ID A pre-programmed unique ID can be sent at the beginning of transmission and/or the end of transmission to identify which radio unit is on air.

12 TK-0 OPRATIN FATURS Selective all (SLALL) This is a voice call to a particular individual or group of stations. xample of call types; [00][ALL ] : <Fleet all> All the units whose fleet number is 00 are called. [00][000] : <Individual all> The unit, whose the fleet number is 00 and ID number is 000, is called. [ALL][ALL ] : <roadcast all> All the units are called. [ALL][000] : <Supervisor all> All ID 000 are called regardless of their fleet number. Unit ID ncode lock ncode ID lock can be set to limit manual dial ID. The radio unit will not accept an ID other than these IDs which are entered from the keypad. If Inter-fleet all is enabled, block ID setting affects each fleet group. Status Message Using a 2-digit number, you can send and receive a Status message which may be decided in your talk group. ach Status may be displayed with 6 alphanumeric characters if programmed in the radio. A maximum of received messages can be stored in the stack memory, and it can be reviewed after reception. If the message memory becomes full, the oldest one will be erased. The stack memory will be cleared by turning radio power off. Status 0~99 (Special) Status numbers from 0 to 99 are reserved for special purposes. ntering these statuses from the DTMF keypad can be inhibited. Please notice that the following status numbers are used for special purposes; 0~9 : Reserved for future use. 90 : Remote kill on. Disable all transceiver functions. 9 : Remote stun on. The transceiver cannot operate. 92 : Turns stun off. 9 : Spare. 9 : Acknowledgement status sent when the radio unit is in stun mode. 9~9 : Reserved for future use. 99 : mergency Status. Note : Remote stun works with DTMF stun function also. Automatic Status Response If you pre-select a status number and leave the radio in the Status Mode, it can automatically respond with the selected status number upon request from the base station. (The request function is initiated by serial control on the base station (Optional).) Short Message A maximum of characters can be sent (xternal equipment is required). Received Short Messages will be displayed in the same manner as a Status Message. A maximum of received messages can be stored in the stack memory. In the Stack Mode, -digit LD indicates the received Short Message as Q ~ Q". Long Message A maximum of 096 characters can be sent (xternal equipment is required). Received Long Message will not be displayed or stacked in the radio memory but is output through the OM (Data) port. mergency Function mergency status 99 will be sent at the beginning of each emergency transmission. mergency Status response ither Horn or Alert can be selected for the called radio unit s response to reception of status 99 which is used as an emergency status. Other Functions Manual Dial Fleet, ID and Status numbers can be entered from DTMF keypad. (DTMF microphopne is required.) Data TX with QT/DQT Whether programmed QT/DQT is modulated or not with a data transmission except for Selcall. A radio unit can receive a data message regardless of QT/DQT if the receiving unit is not scanning. DMS aud Rate FFSK data baud rate setting. The same rate must be set as a communication partner. 200bps : Data communication is made in 200bps. The communication area is much wider than 200bps. Recommended for repeater operation. 200bps : Data communication is made in 200bps. The communication area is narrower than 200bps, but it will decrease the data traffic. Data rate 200bps may not work properly depending on the repeater s characteristic. Inter-Fleet all Inter-fleet calls allow a radio of one fleet number to call a radio with a different fleet number (radio users can manually dial a unit ID with a different fleet number). Status/Short/Long Message on Data roup/hannel Status/Short/Long Message transmission is made whether on the Data roup/hannel. Status/Short/Unit ID Message Serial Output Whether a received Status/Short message or PTT ID is outputed or not to serial port. 2

13 OPRATIN FATURS TK-0 PS Report A NMA-0 PS unit must be installed. PS Report Mode PS data can be sent automatically or upon request. Manually sending PS data works regardless of this setting. Auto : PS data is sent both automatically and by request. PS Auto TX Interval and PS Time Mark must be adjusted if required. Poll : PS data is sent upon request from dispatcher. PS Report Interval Interval time between automatic PS data transmissions. PS Time Mark (Per Mobile) The amount of time from the 0 (zero) minute of the standardized PS UT time to starting the first transmission of PS data. It must be set to a different value for each radio unit to avoid a transmission crash. Send PS Pressing this key causes the transceiver to send a single PS data. PS Report On Data roup/hannel PS data transmission is made on the Data roup/hannel in conventional format. Received PS Data Output Any selected sentence can be output through the radio serial port (OM). ) MAP HADR NMA ($PA), NMA2 ($PLL), NMA ($PRM) NMA-0 standard command. This should be set according to your P application. 2) MAP HADR KW ($PKLDS) This is a Kenwood original sentence which consists of $PLL Fleet ID Status. This item should be set according to your P application. ) MAP HADR KW2 ($PKLID) This is a Kenwood original sentence which consists of Fleet ID. This should be set according to your P application. Parameters T ount Number of o To data hannel messages to be sent before transmitting a data message if it is being made on Data roup/hannel. If a radio unit receives a T message, it will move to the Data roup/hannel of the current group. Increase this item to make sure the called radio unit moves to the Data roup/hannel. Random Access (ontention) When a channel is busy, radio unit will not transmit (depending on its usy hannel Lockout setting). As soon as a channel is cleared, some transmissions may crash. Random access is used to avoid this by employing a random transmission sequence. Number of Retries Number of Retries is the maximum number of retry transmission when no acknowledgement is received in the Maximum AK Wait Time. Increase this item to improve data communication reliability. TX usy Wait Time TX usy Wait Time is the maximum amount of time before giving up the data transmission when the channel is busy. Also, this timer affects if it expires during Random Access period. Maximum AK Wait Time Maximum AK Wait Time is the maximum amount of time to wait for an acknowledgement from the called radio unit. It is used as an interval time of retries. It must be set greater than the AK Delay Time of the called radio unit. AK Delay Time AK Delay Time is the amount of time from the end of receiving a data to the beginning of sending an acknowledgement. It should be adjusted as the repeater s hang-up delay time. Also, it must be set less than the Maximum AK Wait Time of the calling radio unit. TX Delay Time (RX apture) TX Delay Time is the amount of unmodulated transmission to let the called unit stop scanning or exit its battery save mode. It is used only when starting a data communication sequence. Data TX Modulation Delay Time Data TX Modulation Delay Time is the amount of time from the beginning of transmission to the beginning of a data modulation. It is used every time data is transmitted. 7. -Tone When you select -tone model, you can set the following options. When you select basic level features, only frame -tone format can be programmed. When you select full level features, up to frame -tone format can be programmed. nabling Setting level on each menu, you can also use ncode/decode format. Using ncode/decode format, you can further program the transceiver to run the script. -tone Standard The selected -tone standard is used for -tone encoding and decoding. Range; ZVI, IR, A, PZVI, DZVI, PIR, PDZVI, ZVI-2, IA, Natel, AP-69, Kenwood

14 TK-0 OPRATIN FATURS Monitor Function You can select either QT/DQT or -tone decoding to be canceled when [Monitor] or [Monitor momentary] key is pressed. When monitor function is activated, MON icon appears. When the transceiver is set up in QT/DQT, cancels the decoding in QT/DQT decode. The squelch is controlled by the signal carrier only. When the transceiver is set up in -tone, cancels the decoding in -tone decode. The squelch is controlled by QT/ DQT decode only. If QT/DQT code is programmed in QT/DQT decode, incoming signal must match the QT/DQT code to open the squelch. Digit ntry Method Receive, Selcall or Status digit appears when you enter their entry mode, pressing [Receive entry], [Selcall entry] or [Status entry] key, or Keypad operation is programmed to Selcall entry or Status entry and press [0] to [9] key. You can select the operation of the function. Or the digit number when entering their entry mode appears. When the transceiver is set up in Overwrite, new their digit number will overwrite the previous their digit when entering their entry mode. When the transceiver is set up in Replace, new their digit number will overwrite the their digit that is programmed in RX address or TX address menu when entering their entry mode. usy hannel Lockout You can inhibit the transmission while the channel is busy. You can program the following different conditions. When the transceiver is set up in Lockout ; Do not transmit when the transceiver is receiving the carrier. Transmit when the transceiver is not receiving the carrier. When the transceiver is set up in Lockout 2 ; Do not transmit when the transceiver is receiving the carrier and QT/DQT code does not match. Transmit when the transceiver is not receiving the carrier or receiving the QT/DQT code matches. Selectable Receive Digit Select the check box to change receive code (maximum digits) manually when receiving decode code. You cannot select selectable receive digit, store selcall digit and store status digit at the same time. For example, the transceiver receives -tone code, #90 when you have th and th digit checked in selectable receive digit menu. In this case, #0 is stored as receive code. Press [Receive entry] key to enter receive entry mode. When you enter receive entry mode, you can change the receive code, #0. You can receive the receive code after the modification. Selectable Selcall Digit Select the check box to change selcall code (maximum digits) manually when transmitting encode code. You cannot select selectable selcall digit and selectable status digit at the same time. For example, the transceiver receives -tone code, #90 when you have th and th digit checked in selectable selcall digit menu. In this case, #0 is stored as selcall. Press [Selcall entry] key or Keypad operation to enter selcall entry mode. When you enter selcall entry mode, you can change the selcall code, #0. You can transmit the selcall after the modification. Selectable Status Digit Select the check box to change status code (maximum digits) manually when transmitting encode code. You cannot select selectable selcall digit and selectable status digit at the same time. For example, the transceiver receives -tone code, #9067 when you have 6th and 7th digit checked in selectable status digit menu. Press [Selcall entry] key or Keypad operation to enter status entry mode. When you enter status entry mode, you can change the status code, #67. You can transmit the status code after the modification. Automatic lose It compares the selected digits of RX address code in channel menu when the transceiver receives -tone signalling. If the selected digits matches to the received -tone code, the transceiver closes monitor. You can select maximum digits of RX address. opy from TX/RX address You can select to copy the digit to the memory when you change the channel, using [hannel up], [hannel down] key. The memory represents the code that is displayed by the keypad. Or key buffer, ^K... ^K used by encode format. Receive digit in RX address is copied when the channel is changed. Selcall/Status digit in TX address is copied when the channel is changed. ncode ode When Special setting is disabled, you can select the encode code to transmit when [all to 6] key is pressed. You can select up to codes to transmit -frame -tone code. The encode code is transmitted from left to right digit. 2 different encode codes are available. When Special setting is enabled, you can select the encode format setting from # to #2. You can select the encode format name, configured in encode format menu.

15 OPRATIN FATURS TK-0 Decode ode When Special setting is disabled, you can select the decode code setting from # to #. The transceiver tries to decode the selected decode code setting (maximum different settings) at the same time. When the code matches in -tone code menu, the transceiver operates as programmed in Decode code menu. When Special setting is enabled, you can select the decode format setting from # to #2. You can select the decode format name, configured in decode format menu. You can program the -tone code you want to receive for each channel. At the same time, you can stand-by for decoding a single tone. If the -tone code set in your transceiver matches a received code. Monitor is activated and a beep sounds. You can display the received -tone code on the LD screen and transmit an acknowledgment to the base station. Furthermore, you can activate the Horn alert, Transfer, Stun, and Kill features. Selcall/Status List You can program selcall or status message when you select the party from the list to make a -tone selective call. Or you want to display selcall (status) code or message when you receive the call. Maximum -digit can be programmed for the code and 00 different selcalls or status are available for selcall/status list. You can assign 6 alphanumeric characters to each message. Programmable Alert Tone You can program the alert type from type to type, when the expected -tone is received. You can program the number of times to repeat outputting and frequency and duration for the alert tone. When you select Special setting, you can further configure the beep tone type from No. to No. 7, using the encode/decode format. ncode/decode Format You can use encode/decode format script function when you select Feature level = Full and "Special setting" = nabled. In order to write the encode/decode format script, you need the technical knowledge of -tone signalling functions. Of course, you can write the script to perform all the functions that you can do with Feature level = asic and Full and Special setting = Disabled. (Menu driven method) In addition, you can write the original script to control various functions and signalling timing. Refer to each function of encode/decode format code for details. Sample scripts are also available in the KP-60D. You can create 2 different types of encode/decode formats. You can assign a name up to 2 characters for each encode/decode format.. Audible User Feedback Tones The transceiver outputs various combinations of tones to notify the user of the transceiver operating state. The main tones are listed below. Power on tone This tone is output when the transceiver is turned on. (The high tone is output for 00ms.) Alert tone This tone is output when the transceiver is TX inhibition for TOT, battery warning and PLL unlocked. It is output until the PTT button is released. roup call tone Sounds when a group call with the correct DTMF/2-tone option signalling is received. DMS signalling alert tone Sounds when an individual call with the correct DMS signalling is received. Individual call tone Sounds when an individual call with the correct DTMF/2- tone option signalling is received. Key press tone [A] Sounds when a key is pressed. For toggle keys, sounds when toggle function is turned on (key press tone [] sounds when it is turned off). Key press tone [] Sounds when a key is pressed. For toggle keys, sounds when the toggle function is turned off (key press tone [A] sounds when it is turned on). Key press tone [] Sounds when a key is pressed. Also sounds when storing data, adding a DTMF code to memory, and when changing test mode settings. Key input error tone Sounds when a key is pressed but that key cannot be used. Roll over tone Sounds at the smallest group/channel. Transpond tone Sounds when an individual call with the correct DTMF/2- tone option signalling is received. For group calls, only the group tone will sound, not the transpond tone. Pre alert tone Sounds prior to the TOT TX inhibit activation. If TOT pre alert is set, the tone sounds at the amount of time programmed, before the TOT expires (TOT time TOT pre alert time = Pre alert tone sounding time).

16 TK-0 RALINMNT. Modes User mode Panel test mode P mode Firmware programming mode Panel tuning mode Data programming mode P test mode P tuning mode. P Mode -. Preface The TK-0 transceiver is programmed by using a personal computer, programming interface (KP-6) and programming software (KP-60D). The programming software can be used with an IM P or compatible. Figure shows the setup of an IM P for programming. lone mode Self programming mode Mode Function User mode For normal use. Panel test mode Used by the dealer to check the fundament characteristics. Panel tuning mode Used by the dealer to tune the radio. P mode Used for communication between the radio and P (IM compatible). Data programming Used to read and write frequency data mode and other features to and from the radio. P test mode Used to check the radio using the P. This feature is included in the FPU. See panel test. P tuning mode Used to tune the radio using the P. This feature is included in the FPU. See panel tuning. Firmware program- Used when changing the main program ming mode of the flash memory. lone mode Used to transfer programming data from one radio to another. Self programming Frequency, signalling and features write mode to the radio. 2. How to nter ach Mode Mode Operation User mode Power ON Panel test mode []Power ON P mode Received commands from P Panel tuning mode [Panel test mode][a] Firmware programming mode [A]Power ON lone mode [D]Power ON Self programming mode [ALL]Power ON -2. onnection Procedure. onnect the TK-0 to the personal computer with the interface cable. 2. When the Power switch on, user mode can be entered immediately. When P sends command the radio enter P mode, and PRORAM is displayed on the LD. When data transmitting from transceiver, the red LD is blinking. When data receiving to transceiver, the green LD is blinking. Notes : The data stored in the personal computer must match model type, when it is written into the flash memory. hange the TK-0 to P mode, then attach the interface cable. -. KP-6 Description (P programming interface cable : Option) The KP-6 is required to interface the TK-0 to the computer. It has a circuit in its D-subconnector (2-pin) case that converts the RS-22 logic level to the TTL level. The KP-6 connects the modular microphone jack of the TK-0 to the computers RS-22 serial port. -. Programming Software KP-60D Description The KP-60D is the programming software for the transceiver supplied on two." floppy disks. This software runs under MS-Windows 9 or later on an IM-P or compatible machine. The data can be input to or read from the transceiver and edited on the screen. The programmed or edited data can be printed out. It is also possible to tune the transceiver. We recommend that install the KP-60D for example to hard disk first then use it. IM-P KP-6. Panel Test Mode Setting method refer to ADJUSTMNT. 6. Panel Tuning Mode Setting method refer to ADJUSTMNT. KP-60D Fig. TK-0

17 RALINMNT TK-0 -. Programming With IM P If data is transferred to the transceiver from an IM P with the KP-60D, the destination data (basic radio information) for each set can be modified. Normally, it is not necessary to modify the destination data because their values are determined automatically when the frequency range (frequency type) is set. The values should be modified only if necessary. Data can be programmed into the flash memory in RS- 22 format via the modular microphone jack. KP-60D instruction manual parts No. : 62--XX. 6. Firmware Programming Mode 6-. Preface Flash memory is mounted on the TK-0. This allows the TK-0 to be upgraded when new features are released in the future. (For details on how to obtain the firmware, contact ustomer Service.) 6-2. onnection Procedure onnect the TK-0 to the personal computer (IM P or compatible) with the interface cable (KP-6). (onnection is the same as in the P Mode.) 6-. Programming. Start up the programming software (Fpro. exe). 2. Set the communications speed (normally, 7600 bps) and communications port in the configuration item.. Set the firmware to be updated by File name item.. Turn the TK-0 Power ON with the [A] switch held down. Hold the switch down until the display changes to PRO When PRO 7600 appears, release your finger from the switch.. heck the connection between the TK-0 and the personal computer, and make sure that the TK-0 is in the Program mode. 6. Press write button in the window. A window opens on the display to indicate progress of writing. When the TK- 0 starts to receive data, the [P] icon is blinking. 7. If writing ends successfully, the LD on the TK-0 lights and the checksum is displayed.. If you want to continue programming other TK-0, repeat steps to 7. Notes : This mode cannot be entered if the Firmware programming mode is set to Disable in the Programming software (KP-60D). When programming the firmware, it is recommend to copy the data from the floppy disk to your hard disk before update the radio firmware. Directly copying from the floppy disk to the radio may not work because the access speed is too slow. 6-. Function. If you press the [ ] switch while PRO 7600 is displayed, the version is displayed. If you press the [ ] switch again while the version is displayed, PRO 7600 is redisplayed. 2. If you press the [D] switch while PRO 7600 is displayed, the display changes to PRO 9200 to indicate that the write speed is low speed (9200 bps). If you press the [D] switch again while PRO 9200 is displayed, the display changes to PRO 00, and the write speed becomes the middle speed (00 bps). If you press the [D] switch again while PRO 00 is displayed, the display returns to PRO If you press the [D] switch while the version is displayed, the checksum is displayed. If you press the [D] switch again while the checksum is displayed, the version is redisplayed. Note : Normally, write in the high-speed mode. 7. Self Programming Mode Write mode for frequency data and signalling etc. Mainly used by the person maintaining the user equipment. 7-. nter to the Self Programming Mode Delete R6 (Figure 2) in the TX-RX unit (/2) and turn the power switch on while pressing the [ALL] key. When enter the self programming mode, SLF PRO is displayed. Note : This mode (self programming mode) cannot be set when it has been disabled with the KP-60D. R6 TX-RX unit (/2) : ontrol section Foil side I2 Fig. 2 I 7

18 TK-0 RALINMNT 7-2. hannel Setting Mode ach channel can be setup in its action mode by using the panel keys. Pressing [ ] while SLF PRO is displayed will change to channel setting mode. Press [D] to select a setup item, then press [hannel up/ down] to change the selection. y pressing [], the displayed information is stored in memory, and the next item appears. y pressing [D], the displayed information is not stored in memory, and the next item appears. Press [ ] to return to the original display ( SLF PRO ). The setup items fro channel setting mode are listed below. Setup function Display Remarks ( character) hannel selection H or RP RX frequency RXF [ALL] : Switches frequency on/off [] : hanges the step value between khz, 6.2kHz, and MHz RX signalling RXS [ALL] : Switches between off, QT, and DQT. [] : Switches between step and standard [A] : Switches between DQT normal and invert TX frequency TXF Same as RX frequency TX signalling TXS Same as RX signalling Scan del/add SN DL/ADD RF power PWR HIH/LOW eat shift SFT YS/NO Wide/Narrow W/N WID k/wid k/narrow ompander MP ON/OFF 7-. Flow hart [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] Self programming mode [ ] hannel setting mode [] RX frequency []/[D] RX signalling []/[D] TX freuency []/[D] TX signalling []/[D] Scan delete/add []/[D] RF power high/low []/[D] eat shift yes/no []/[D] [ ] Wide/Semi wide/narrow []/[D] [ ] ompander []/[D] [ALL] hannel selection OFF [D] roup selection [ALL] OFF QT DQT N DQT I [ALL] [A] [ALL] [ALL] [ALL] OFF [ALL] OFF QT DQT N DQT I [ALL] [A] [ALL] [ALL] 7-. Memory Reset Mode You can clear all settings you made in self programming mode, or you can return to the original display. Press [A] while SLF PRO is displayed will change the display to LAR NO?. Press [hannel up/down] to change the display between LAR NO? and LAR YS?. When LAR YS? is displayed, pressing [A] will set all data to default, and ALL LAR will appear on the display. Press [A] again to display SLF PRO. When LAR NO? is displayed, pressing [A] will cancel the reset, and SLF PRO will be displayed. Note : Wide k cannot be selected for type when choosing wide or narrow.

19 INSTALLATION TK-0. Accessory onnection able (KT-9 : Option) The KT-9 is an accessory connection cable for connecting external equipment. The connector has pins and the necessary signal lines are selected for use. -. Installing the KT-9 in the transceiver. Remove the upper and lower halves of the transceiver case, and lift the D cord bushing ( ) from the chassis. 2. Remove the pad as shown in Figure ( 2 ).. Insert the KT-9 cable ( ) into the chassis ( ). The wire harness band ( ) must be inside the chassis.. Replace the D cord bushing ( 6 ).. onnect the KT-9 to the TX-RX unit (A/2) as shown in Figure 2 ( 7 ). 6. onnect the KT-9 to the external accessory by inserting the crimp terminal ( ) into the square plug ( 9 ), both of which are supplied with the KT-9. 2 Fig. -2. KT-9 Accessory Port Function No. (A) No. (,,D,) Name Function Note D-2 AHK xternal hook input 2 D- M Microphone ground * AM Speaker audio mute input D- IN Ignition sense input D- DO Receiver detector output D-6 MI xternal microphone input * TXS Transmitter sense output 6-2 round 7 - S Switched, D.2V output. Maximum 0.7A D-7 PTT xternal PTT input, active low. During DT is low, it works as DATA PTT. 9 D- DI Data modulation input 0 - HOR Horn alert/call output D- SQ Squelch detect output, active low. 2 - SP Speaker audio output. - N2 LOK TX logic signal output, active low. * and *2 N N2 AM Speaker mute input. -2 N RXD Serial control data input *2 N2 MM MI mute input, active high. - N TXD Serial control data output. *2 N2 DT Data control channel signal input, * Data channel : Low LOK TX logic signal output, active low. TXS Transmitter sense output, Active high FSW Foot switch input, active low Note * : The functions of A-2, A-, A- (when connector is connected to N2), and A- (when connector is connected to N2) are changed as described in the jumper chart. *2 : The functions of A-, A- and A- are changed if the connector is connected to N2 or N of the radio. No. N2 N D N N N N2 D - LOK/AM LOK -2 MM RXD - LOK/DT/TXS/FSW TXD onnect N6 of the radio to connector of the KT-9 instead of to the internal speaker connector, if use external speaker. 7 N6 6 A 9 Square plug (09-7-0) ontact 2 rimp terminal (2-06-0) Fig. 2 9

20 TK-0 INSTALLATION Data quipment onnection The jumpers must be set to either one for each function. Otherwise, the radio will not work properly. M/AM R2 (0Ω) R67 (0Ω) R R R R67 R2 R2 R9 R6 TX-RX unit (A/2) Foil side view Function / Default Yes No AM Default No Yes M MI/TXS R9 (0Ω) R2 (0Ω) Function / Default Yes No TXS Default No Yes MI LOK/AM R (0Ω) R6 (0Ω) Function / Default Yes No AM No Yes LOK Default DT/LOK/TXS/FSW R6 R R R Function / Default (0Ω) (0Ω) (0Ω) (0Ω) No No No Yes LOK Yes No No No DT Default No No Yes No TXS No Yes No No FSW Note : The following parts are not installed at the time of shipping; R,R,R2,R,R,R67 R6 R TX-RX unit (A/2) omponent side view 2. Accessory Terminal (TX-RX Unit A/2) 2-. xternal onnector Accessory Terminal Method onnector Pin Pin I/O Function No. No. name N DO O Detect signal output. (Output level : 20mVrms; standard modulation) 2 AHK I xternal hook signal input. On hook : L, Off hook : H IN I Ignition sense input. DI I xternal modulation signal input. M MI earth. AM I Audio mute signal input. 6 MI I Internal MI input. TXS O Signal indicating whether the transceiver is transmitting or not. TX : H 7 PTT I xternal PTT signal input. TX : L SQ O Squelch signal output. Signal logic type can select arrier operate relay or Tone operate relay. Active logic level or type can select in the KP-60D. N2 AM I Audio mute signal input. LOK O TX logic signal output. Active logic level is low. Active type can be selectable in the KP-60D. 2 MM I MI mute input. DT I Data control channel signal input. Data channel : L, Normal channel : H TXS O Signal indicating whether the transceiver is transmitting or not. TX : H FSW I Foot switch signal input. Foot sw on : L, Foot sw off : H LOK O TX logic signal output. Active logic level is low. Active type can be selectable in the KP-60D. N HOR O Horn alert signal output. Signal output for horn relay drive (open collector). L level during horn drive : Max. sink current 00mA. L level when AUX A is on. 2 arth. S O Power output after power switch (D.2V± %, 0.7A max.). N LOK O TX logic signal output. Active logic level is low. Active type can be selectable in the KP-60D.

21 INSTALLATION TK-0 onnector Pin Pin I/O Function No. No. name 2 RXD I Serial data input. om port must be select DATA / PS function in the KP-60D. TXD O Serial data output. om port must be select DATA / PS function in the KP-60D. N PA O Relay for PA function in KAP- control signal. PA on : H, PA off : L 2 SPO O Audio signal input from KAP-. SPI I Audio signal output to KAP-. N6 SP O Output for internal/external speaker. 2 arth.. Optional oard Terminal Terminal is for mounting the option board are provided at the TX-RX unit (A/2) and TX-RX unit (/2); ontrol section. The table below shows the correspondence between the board and terminals. Disconnect R29 and R7 in control unit when the scrambler board is attached. The table below shown the differences between the schematic terminals and the P board terminals. Schematic diagram P board view Name I/O Function Name Unit S O Switched (.2V, 0.7A) S TX-RX (A/2) O TX-RX (A/2) ND arth TX-RX (A/2) DO O Detect signal output (Output DO TX-RX (A/2) level : 20mVrms; standard modulation) RXAI I RX audio input RXAI TX-RX (/2) RXAO O RX audio output RXAO TX-RX (/2) TXAI I TX audio input TXAI TX-RX (/2) TXAO O TX audio output TXAO TX-RX (/2) LOK O TX logic signal output. LOK TX-RX (A/2) Active type can be selectable in the KP-60D. OPT O Option board select. Please OP TX-RX (A/2) (M) select option board type in the KP-60D. OD O Option code (for voice TX-RX (A/2) scrambler code ) OD2 O Option code (for voice 2 TX-RX (A/2) scrambler code 2) Schematic diagram P board view Name I/O Function Name Unit OD O Option code (for voice TX-RX (A/2) scrambler code ) OD O Option code (for voice TX-RX (A/2) scrambler code ) SQ O Squelch signal output. Signal SQ TX-RX (A/2) logic type can select arrier operate relay or Tone operate relay. Active logic level or type can select in the KP-60D. TXD O Serial data output TD TX-RX (A/2) RXD I Serial data input RD TX-RX (A/2) TXD2 O Serial data output 2 TD2 TX-RX (A/2) RXD2 I Serial data input 2 RD2 TX-RX (A/2) RSSI O Receive signal strength indication RSSI TX-RX (A/2) PTT I PTT PTT TX-RX (/2) MPTT I MI PTT MPTT TX-RX (/2) FSW I Foot switch input FW TX-RX (A/2) MPTT S PTT LOK TX-RX unit (A/2) Foil side view DO RD2 TD2 RD SQ OP TD FW 2 TX-RX unit (/2) : ontrol section Foil side view RSSI R7 R29 TXAI TXAO RXAI RXAO 2

22 TK-0 INSTALLATION. Ignition Sense able (KT- : Option) The KT- is an optional cable for enabling the ignition function. The ignition function lets you turn the power to the transceiver on and off with the car ignition key. If you use the Horn Alert function or the Manual Relay function, you can turn the function off while driving with the ignition key. 2-. onnecting the KT- to the Transceiver. Install the KT-9 in the transceiver. (See the KT-9 section.) 2. Insert the KT- lead terminal ( 2 ) into pin of the square plug ( ) supplied with the KT-9, then insert the square plug into the KT-9 connector ( ). KT-9 R R2 N7 Fig. TX-RX UNIT (A/2) ANT KT-9 Fig. ontact 6 KT- 2. Optional Voice Scrambler Function The optional voice scrambler function can be used by two methods.. Assign this function to the Scrambler key by using the programming software (KP-60D). When the Scrambler key is pressed, the indicator comes on, and the optional (scrambler) function is enabled. When the key is pressed again, the indicator goes off and the function is disabled. 2. Assign the optional scrambler function to each channel by using the programming software (KP-60D). The optional scrambler function can be used without pressing the Scrambler key. -2. Modifying the Transceiver Modify the transceiver as follows to turn the power or the Horn Alert or Manual Relay function on and off with the ignition key.. Remove the lower half of the transceiver case. 2. Set jumper resistors (0Ω) R and R2 of the TX-RX unit (A/2) as shown in Table. Operation when KT- is connected R R2 KT- cannot be connected nable nable Power on/off and Horn Alert or Disable nable AUX-A on/off Horn Alert or AUX-A on/off, Timed power off nable Disable Power cannot be turned on Disable Disable Table R and R2 setup chart -. ode Setting The code can be set by two methods.. Hold down the Scrambler key to enter the code setting mode. odes to 6 will be displayed. Set a code by turning the [Up/Down] key. When the Scrambler key is pressed again, the code setting mode terminates. 2. Set a code for each channel by using the programming software (KP-60D). -2. Voice Scrambler oard onnection Modification. Remove the upper half of the case of the TK Remove R29 and R7 on the TX-RX unit (X7-6 /2). 22

23 INSTALLATION TK-0 Scrambler board ode () ode () ode 2 (2) ode () TXAI (TXAI) RXAI (RXAI) OPT (OP) MPTT (MPTT) S (S) ND (ND) RXAO (RXAO) TXAO (TXAO) TK-0 ( ) : P silk name (TX-RX A/2 P) (TX-RX A/2 P) (TX-RX A/2 P) (TX-RX A/2 P) (TX-RX /2 P) (TX-RX /2 P) R7 Disable (TX-RX A/2 P) (TX-RX /2 P) (TX-RX /2 P) (TX-RX /2 P) R29 (TX-RX /2 P) Disable (TX-RX /2 P) 6. PA/HA Unit (KAP- : Option) 6-. Installing the KAP- in the Transceiver The Horn Alert (max. 2A drive) and Public Address functions are enabled by inserting the KAP- W (P; white/ black/red) into N on the TX-RX unit (A/2), inserting W2 (P; green) into N on the TX-RX unit (A/2), and connecting the KT-9 (option) to N2 and N of the KAP-. Installation procedure. Open the upper case of the transceiver. 2. Insert the two cables ( ) with connectors from the KAP- switch unit into the connectors on the transceiver.. Secure the switch unit board to the chassis with a screw ( ). The notch ( 2 ) in the board must be placed at the front left side.. Attach the cushion on the top of the KAP- switch unit. Fig ushion (-70-0) OP 2 N N2 N W W2 2 TX-RX unit (A/2) omponent side view N N R7 TXAI TXAO KT-9 ND MPTT S TX-RX unit (/2) : ontrol section Foil side view R29 RXAI RXAO Fig Modifying the Transceiver Horn alert The signal from pin of I7 on the TX-RX unit (A/2) turns Q and Q6 on and off and drives KAP- HA relay to drive the horn with a maximum of 2A. The default output is HR. The relay open output can be obtained between HR and HR2 by removing R in the KAP-. HR (Default) R nable Output form HR HR2 Disable HR HR2 2

24 TK-0 INSTALLATION 7. Fitting the ontrol Panel Upside Down The TK-0 control panel can be fitted upside down, so the transceiver can be mounted with its internal speaker (in the upper half of the case) facing down in your car.. Remove the control panel and the TX-RX unit (/2) control section. (Fig. 9) R Fig. 7 KAP- foil side view Public address The signal from pin of I7 on the TX-RX unit (A/2) drives PA relay in the KAP- and switches the audio power amplifier output between the external PA system (through KT-9) and internal and external speakers. To use the PA function, R09 on the TX-RX unit (A/2) must be removed. Use the PA function Do not use the PA function R09 No Yes Fig Fold the flat cable ( ) in the opposite direction ( 2 ).. Rotate the control section ( ) 0 degrees ( ).. Insert the flat cable into the control section connector, N02 ( ).. Mount the control section on the transceiver ( 6 ). TX-RX UNIT (A/2) KT-9 PA N7 ANT 2 R09 Fig. 6 N02 Fig. 0 2

25 INSTALLATION TK-0 6. Rotate the control panel 0 degrees and mount it on the transceiver. Refit the two halves of the case to complete installation. (Fig. ) -2. KS- : Option The KS- is an external speaker used with the accessory connection cable. onnection procedure. Install the KT-9 in the transceiver. (See the KT-9 section.) 2. Insert the crimp terminal into the square plug supplied with the KT-9.. onnect N of the transceiver to connector of the KT-9 instead of to the internal speaker connector. KS- Fig. 2 6 rimp terminal (2-06-0) lack lead lack/white lead Fig..xternal Speaker -. KS- : Option The KS- is an external speaker for the.-mm-diameter speaker jack. Note : When installing KS-, you must use an optional cable, KT-9. Do not connect the KS- to.mm speaker jack. The performance may be degraded. onnection procedure. onnect the KS- to the.-mm-diameter speaker jack on the rear of the transceiver. KS- Fig.2 2

26 TK-0 IRUIT DSRIPTION Frequency onfiguration The TX-RX unit (A/2) incorporates a VO, based on a fractional N type PLL synthesizer system, that allows a channel step of, 6.2, and 2kHz to be selected. The incoming signal from the antenna is mixed with a first local oscillation frequency to produce a first intermediate frequency of.mhz. The signal is then mixed with a second local oscillation frequency of.9mhz to produce a second intermediate frequency of khz. This is called a double-conversion system. The TX-RX unit (A/2) contains a wide/narrow MF and Fs. The transmit signal is produced by the PLL circuit for direction oscillation and division. The signal output from the VO is amplified by a straight amplifier and transmitted. 0~70MHz :, 06~0MHz (RX) : 06~2MHz (TX) : ANT SW POWR AMP RX AMP Fig. st MIX 9.~ 2.MHz :, 6.~ 0.MHz : TX AMP MF.MHz F khz (Narrow) F khz (Wide) MIX/IF/DT 0~70MHz :, 06~2MHz :.9MHz PLL/VO VXO 6.MHz Frequency configuration AFO Receiver System Outline The incoming signal from the antenna passes through a low-pass filter and a transmission/reception selection diode switch (D209) and goes to the front end of the receiver. As for, type, the front-end filter is a variable PF consisting of two two-pole helical resonators and eight varicap diodes (D20, D20, D20, D206, D22, D2, D2, D2) to eliminate unwanted out-of-band signal components. While the type, the front-end filter is a variable PF, consisting of six coils (L90, L90, L90, L906, L90, L909) and two varicap diodes (D902, D90) to eliminate the unwanted out-of-band signals. MD M DT OUT The low-noise amplifier (LNA) (Q20) uses a bipolar transistor to achieve wide-band and low-distortion amplification. The signal passes through a PF and is down-converted with the first local signal by I200, then converted to the first IF signal of.mhz. The first local signal passes through an LPF and an attenuator to eliminate unwanted harmonics components and implement the optimum input level to the mixer, then enters I200. A DM is used as a mixer to achieve a high potential. The signal output from the mixer is amplified by an intermediate frequency amplifier and input to two MFs (XF). The signal is amplified by another intermediate amplifier and goes to the FM IF I (I). The first intermediate frequency signal is mixed with the second local signal of.9mhz to produce the second IF signal of khz. The unwanted near-by signal components are then eliminated by a wide ceramic filter (F) or a narrow ceramic filter (F2) and the resulting signal goes back to the FM IF I. The signal is quadrature-detected in the I to produce an audio signal, which is amplified by a DT amplifier (I2) and output to the TX-RX unit (/2). Wide/Narrow hangeover ircuit The W/N port (pin ) of the shift register (I7) is used to switch between ceramic filters. When the W/N port is high, Q2 turns on and the ceramic filter SW diode (D22, D2) F turns on to receive a Wide signal. At the same time, Q6 turns on and one of the filters is selected so that the wide and narrow audio output levels are equal. When the W/N port is low, Q2 turns on and the ceramic filter SW diode (D22, D2) F2 turns on to receive a Narrow signal R I IF system IFI MXO Q2 R2 AFO DM Q6 Fig. R2 W/N I7 pin Wide : H Narrow : L 0 D22 Wide : L Narrow : H R26 R2 F (Wide) F2 (Narrow) R0 R D2 R Q2 Q2 Wide/Narrow changeover circuit ANT LPF D2 D209,20 ANT SW PF Q20 AMP PF I200 MIX st local OS (HT) Q20 AMP XF PF Q AMP X2 2nd local OS I MIX,IF,DT F/ F2 I2 AMP DO Fig. 2 Receiver system 26

27 IRUIT DSRIPTION TK-0 AF Signal System The detection signal (DO) from the TX-RX unit (A/2) goes to the audio processor (I0) of the TX-RX unit (/2). The signal passes through a filter in the audio processor to adjust the gain, and is output to I02. I02 sums the AF signal and the DTMF signal and returns the resulting signal to the TX-RX unit (A/2). The signal (AFO) sent to the TX-RX unit (A/2) is input to the D/A converter (I). The AFO output level is adjusted by the D/A converter. The signal output from the D/A converter is added with the P signal (PO) and the resulting signal is input to the audio power amplifier (I0). The AF signal from I0 switches between the internal speaker and speaker jack (J) output. DO TX-RX UNIT (/2) : ontrol section I0 I02 I AFO AUDIO PRO. FIg. SUM AMP DTMF D/A ONV. PO AF signal system I0 AF PA Squelch ircuit The detection output from the FM IF I (I) is amplified by I2 and the signal (DO) is sent to the TX-RX unit (/ 2). The signal passes through a high-pass filter and a noise amplifier (Q0) in the TX-RX unit (/2) to detect noise. A voltage is applied to the PU (I). The PU controls squelch according to the voltage (ASQ) level. The signal from the RSSI pin of I is monitored. The electric field strength of the receive signal can be known before the ASQ voltage is input to the PU, and the scan stop speed is improved. I IF SYSTM I2 AMP TX-RX UNIT (/2) : ontrol section DO RSSI HPF I0 AMP Q0 NOIS AMP D09 DT SP I PU Transmitter System Outline The transmitter circuit produces and amplifies the desired frequency directly. It FM-modulates the carrier signal by means of a varicap diode. VO/PLL ircuit The TK-0 has a VO for the transmitter and a VO for the receiver in a sub-unit (A). They are housed in a solid shielded case and connected to the TX-RX unit (A/2) through N0. One of the VOs is selected with an ST signal. A filtered low-noise power supply is used for the VOs and varicap diodes. The VO for the transmitter is described below. It is designed so that Q0 turns on with a prescribed frequency when a reverse bias is applied to D02 and D0 by using the control voltage (V) through N0. The control voltage is changed by turning the trimmer capacitor (I09). The output from Q0 is applied to the buffer amplifier (Q06) to generate a VO output signal. This signal is used as a drive input signal or a local signal of the first mixer. Since a signal output from Q60 is input to the PLL I, it passes through N0 and buffer amplifier (Q00) and goes to the PLL I (I00). The modulation signal from N0 is applied to D0 and passes through 2 and to modulate the carrier. The PLL I uses a fractional N type synthesizer to improve the /N ratio and lock-up speed. The VO output signal input to the pin of the PLL I is divided to produce a comparison frequency according to a channel step. This signal is compared with the reference frequency which is output from the VXO (X). VXO provides 6.MHz, 2.ppm ( 0 to 60 ) and guarantees stable performance when the temperature changes. The output signal from the phase comparator passes through a charge pump and an external active LPF (Q0, Q02) in the PLL I to generate a D VO control voltage V. Serial data (DT, K, P) are output from the PU (I) and shift register (I) in the TX-RX unit (/ 2) to control the PLL I. The PLL lock status is always monitored by the PU. Fig. Squelch circuit ANT MI I7 AF AMP TA7S0F I0 I Q0 AF AMP, ID, LPF TF SUM AMP TA7WFU VO 2SK0NV (K2) Q06 RF AMP 2S226 (R2) Q7 UFFR 2S0 (O) Q202 RF AMP 2S09 (R27) Q20 RF AMP 2S7 Q20 RF AMP 2S29 :, 2S7 : I00 POWR AMP M7729H : M7729L : M770H : MI KY INPUT I PU 0620MA -2K9P X VXO 6.MHz I00 PLL SA702DK Q00 UFFR 2S2 (Y) Fig. 6 Transmitter system 27

28 TK-0 IRUIT DSRIPTION Unlock ircuit During reception, the TR signal goes high, the KY signal goes low, and Q0 turns on. Q turns on and a voltage is applied to the collector (R). During transmission, the TR signal goes low, the KY signal goes high and Q turns on. Q2 turns on and a voltage is applied to T. The PU in the TX-RX unit (/2) monitors the PLL (I00) LD signal directly. When the PLL is unlocked during transmission, the PLL LD signal goes low. The PU detects this signal and makes the KY signal low. When the KY signal goes low, no voltage is applied to T, and no signal is transmitted. I00 PLL PLL lock : LD H LD R I PU Q SW Q0 SW TR TX-RX UNIT (/2) Fig. 7 I0 SHIFT R. Q2 SW Q SW KY Unlock circuit Power Amplifier ircuit The transmit output signal from the VO is amplified to a specified level of the power module (I00) by the drive block (Q20, Q20, Q20). The amplified signal passes through the transmission/reception selection diode (D209) and goes to a low-pass filter. The low-pass filter removes unwanted high-frequency harmonic components, and the resulting signal is goes the antenna terminal. AP ircuit The automatic transmission power control (AP) circuit detects part of a power module output with a diode (D27, D0) and applies a voltage to Q2. Q2 compares the AP control voltage (P) generated by the D/A converter (I) and D amplifier (I6) with the detection output voltage to control Q9 and Q20, generates D voltage from voltage, and stabilizes transmission output. D P I 2pin Q202,20 RF AMP I6 D AMP Q20 RF AMP T (TX : V) Q7 P SW TX : P SW ON D I00 POWR AMP AP DRIVR Q20 Q9 PRI DRIVR Q2 AP ONTROL D209 ANT SW D27,0 LPF POWR DT VR ANT Q29 H/L SW T H/L I7 pin 2W (High power) : H Q7 turns the P signal on or off using T so that the circuit works only during transmission. With stability at low power in mind, Q29 turns off to optimize the detection voltage. The AP circuit is configured to protect overcurrent of the power module due to fluctuations of the load at the antenna end and to stabilize transmission output at voltage and temperature variations. ontrol ircuit The PU carries out the following tasks: ) ontrols the shift register (I7, I, I0) AF MUT, WID/NARROW, T/R KY outputs. 2) Adjusts the AF signal level of the audio processor (I0) and turns the filter select compounder on or off. ) ontrols the DTMF decoder (I07). ) ontrols the LD assembly display data. ) ontrols the PLL (I00). 6) ontrols the D/A converter (I) and adjusts the volume, modulation and transmission power. I0 Shift register I0 Audio processor I07 DTMF DO. AFLR AFMSK AFDAT AFRDT AFTRD AFRTM AFST LD ASSY O S K DT I PU AK SD P P Fig. 9 RFK S N ontrol circuit TX-RX UNIT (A/2) I Shift register DT I7 Shift register I D/A converter I00 PLL Memory ircuit The transceiver has a 2M-bit (26k x ) flash ROM (I0) and an 6k-bit PROM (I2). The flash ROM contains firmware programs, data and user data which is programmed with the FPU. The PROM contains adjustment data. The PU (I) controls the flash ROM through an external address bus and an external data bus. The PU controls the PROM through two serial data lines. I0 FLASH ROM ADDRSS US DATA US Fig. 0 I PU SL SDA Memory circuit I2 PROM 2 Fig. AP circuit

29 IRUIT DSRIPTION TK-0 Display ircuit The PU (I) controls the shift register (I0) and display LDs. When the L line goes high when the transceiver is busy, Q0 turns on and the green LD on D lights. In transmit mode, the LR line goes high, Q09 turns on and the red light lights. acklighting LDs for the key operation unit (D2~D7) and LD are provided. When the KL line goes high, Q2 turns on, then Q turns on, and the key illumination LD lights. A voltage is applied to the LDA line to turn on the LD backlight. MO is summed with the external pin DI line by the summing amplifier (I) and the resulting signal goes to the D/A converter (I). The D/A converter (I) adjusts the MO level and the balance between the MO and TO levels. Part of a TO signal is summed with an output signal from pin (MO) of I and the resulting signal goes to the MD pin of the VO. This signal is applied to a varicap diode in the VO for direct FM modulation. TX-RX UNIT (A/2) I0 Shift register KL L Q2 SW Q0 SW Q SW D LDA D2~7 RN I PU LSDO AFDAT HSDO MI I0 Audio processor I06 Analog SW TO MO DI I SUM AMP M X VXO I D/A MD I00 PLL A VO HT LR Q09 SW RD Fig. ncode Fig. Display circuit Key Matrix ircuit The TK-0 front panel has ten keys. ach of them is connected to a cross point of a matrix of the KY to KY7 ports of the microprocessor. The KY to KY7 ports are always high, while the KY to KY ports are always low. The microprocessor monitors the status of the KY to KY7 ports. If the state of one of the ports changes, the microprocessor assumes that the key at the matrix point corresponding to that port has been pressed. Unused points (KY to KY7) are also used for foot switch (FSW) input. Decode The signal (DO) detected by the TX-RX unit (A/2) passes through two low-pass filters of I0, goes to LSDI of the PU (I) to decode QT, DQT. The DTMF signal is decoded by a dedicated I (I07) and the resulting signal is sent to the PU (I) as serial data (STD). The -tone signal passes through high-pass filter, I0 and then through low-pass filter, I70. After passing through these filters, only the audio signal between 00Hz and khz is extracted and input to comparator, I02. The comparator converts the input signal into a square waveform (0 and V). This square waveform is then fed to the HSDI line of PU (I). I PU KY7 KY6 KY KY KY KY2 KY VOL UP MONI VOL DOWN A D ALL H DOWN Q H UP FSW HSDI I PU I02 omparator I0(2/2) LPF LSDI STD I07 DTMF DO. I70 LPF I0(/2) LPF I0 HPF DO Fig. 2 Key matrix circuit Fig. Decode ncode The QT, DQT signals are output from LSDO of the PU (I) and go to the D/A converter (I) of the TX-RX unit (A/2). The DTMF and single/-tone signals are output from HSDO of the PU and goes to the audio processor (I0). An MSK signal is output from the audio processor according to the data (AFDAT) from the PU. The signal is summed with a MI/MSK signal by the audio processor (I0), and the resulting signal passes through an analog switch (I06) and goes to the TX-RX unit (A/2) (MO). D/A onverter The D/A converter (I) is used to adjust TON and MO modulation, beep, AF volume, TV voltage, F reference voltage, and P POWR ONTROL voltage level. Adjustment values are sent from the PU as serial data. The D/A converter has a resolution of 26 and the following relationship is valid: D/A output = (Vin VDAref) / 26 x n VDAref Vin: Analog input VDAref: D/A reference voltage n: Serial data value from the microprocessor (PU) 29

30 TK-0 IRUIT DSRIPTION Horn ontrol The horn switch, consisting of Q, Q, and Q6, controls the horn relay. It is supplied by the dealer to provide the external horn alert function. Q disables horn alert, turning on when its base is high, to inhibit the function. Normally, the output from I7 is low, and Q6 is off; the base of Q is about 0V and Q is off. When horn alert is enabled, the output from I7 goes high and Q6 turns on. The base current flows through R to Q to turn Q on. Q can sink a maximum of 00mA. If the operational KAP- is used, it can drive up to 2A. I7 Shift register IN R2 HN R0 R2 Fig. Q6 Q R Q HOR Horn control D7 Power Supply ircuit When the POWR switch on the control unit is pressed, the PSW signal goes low. This signal is inverted by Q26 and sent to a flip-flop I (I). This I outputs a control signal when the PSW goes low. When the power turns on, pin of I outputs a low signal and Q0 turns on. The base of Q2 goes high, Q2 turns on, S SW (Q27) turns on and power (S) is supplied to the set. This circuit has an over-voltage protection circuit. If a D voltage of 20V or higher is applied to the power cable, D turns on and a voltage is applied to the base of Q. This voltage turns Q on and turns Q2 and SSW off. This circuit has a TIMD POWR OFF (TOF) function which can be programmed by software. It is controlled through pin 6 of I7. When the TOF line goes high, Q22 turns on and then Q2 turns on. Pin 6 of I goes high, then pin goes high to turn Q27 off. IN Q27 S SW Q26 INV. PSW I F.F. Q2 SW R2 R Q0 SW Q2 SW PA Switch If the optional KAP- is used, the PA (Public Address) function becomes available. In this case, the signal flow changes as follows; PA2 Q07 SW.A SW. SW.D Public address L L L H H OFF H H H L L ON Fig. 7 Q SW D SW Q22 SW Power supply circuit TOF I7 6pin TXOUT I06 Analog SW SW.D MO 7K Q07 I0 Audio processor MSKS RXIN SW. SW.A PA2 RXOUT Fig. 6 PA switch 0

31 SMIONDUTOR DATA TK-0 Microprocessor : 0620MA-2K9P (TX-RX Unit /2 : ontrol Section I) Terminal function Pin No. Name I/O Function Pin No. Name I/O Function LSDOUT O Low speed data output. 6 RFLK O ommon clock output. (TX-RX unit A/2) 2 HSDOUT O High speed data output. 7 RDY Not used. HSDIN I High speed data input. AL Not used. DTMSTD I DTMF decode I data detect input. 9 HOLD Not used. SLF I Self programming mode input. 0 HLDA Not used. 6 YT I V. LK Not used. 7 NVSS I ND. 2 RD Flash memory RD bus. SFTO O Shift register output enable. H Not used. 9 LDS O LD driver chip select output. WR Flash memory WR bus. 0 RST I Microcomputer reset input. DTMLK O DTMF decode I clock output. XOUT 9.0MHz (System clock). 6 NTLK O ommon clock output. (TX-RX unit /2) 2 VSS ND. 7 P O PLL I data strobe output. XIN 9.0MHz (System clock). SO O Flash memory chip enable. V V. 9 A9 Not used. IN I Ignition input. 0~9 A~A9 Flash memory address bus. 6 AFTRD I FFSK modulation data output timing pulse input V A V. Flash memory address bus. 7 AFRTM I FFSK demodulation data input timing pulse input. 62 6~70 VSS A7~A0 ND. Flash memory address bus. MIDAT O MI key data output. 7~7 KY~KY I/O Key matrix data input/output ~. 9 P O PLL I clock output. 7 MINDAT O ommon data output. 20 P O eep data output. 76~7 KY~KY7 I Key matrix data input ~7. 2 AFRDT I FFSK demodulation data input. 79~6 D7~D0 Flash memory data bus. 22 AFR O AF I register switching data output. 7 DTMDAT I DTMF decode I data input. 2 AFR2 O AF I register switching data output 2. AUXDT I xternal DT input. 2 PDAT O PROM data output. 9 MIL O MI back light control output. 2 N O D/A converter I data strobe output. 90 POWSW I Power switch input. 26 AFLR O FFSK flame reset output. 9 ANLSQL I Squelch level input. 27 RXOM2 I xternal hook input / xternal serial interface input PTT RSSI I I PTT switch input. Received signal strength indicator 2 TXOM2 I/O xternal PTT input / xternal serial interface output. 9 AVSS input. ND. 29 TXOM O xternal serial interface output. 9 LSDIN I Low speed data input. 0 RXOM I xternal serial interface input. 96 VRF V. LD I PLL unlock detect input. 97 AV V. 2 AFMSK O FFSK modulation enable. (nable active H ) 9 S O Shift register data strobe output. (ontrol unit) TXD O Serial interface output. 99 S2 O Shift register data strobe output. HOOK I Hook input / Serial interface input. (TX-RX unit) AFDAT O FFSK data output. 00 AFST O AF I data strobe output.

32 TK-0 SMIONDUTOR DATA Shift Register : U09FV Terminal function (TX-RX unit /2 I0) Pin No. Port Name Function S S Strobe 2 DT DAT Data K lock Q LDR Red LD. H : ON, L : OFF Q2 LD reen LD. H : ON, L : OFF 6 Q KYLT Key back light. H : ON, L : OFF 7 Q MMUT MI mute. H: Mute, L : Unmute VSS ND 9 N 0 N Q PA2 Public address control 2. H : ON, L : OFF 2 Q7 SHIFT eat shift. H : ON, L : OFF Q6 KY TX power switching. H : TX, L : RX Q T/R TX/RX switching. H : RX, L : TX O Output enable 6 VD V Terminal function (TX-RX unit A/2 I) Pin No. Port Name Function ST S Strobe 2 SI DT DATA LK K lock Q AM Audio mute. H : Mute, L : Unmute Q2 LOK Link complete. (Programmable active H/L) 6 Q STR VO shift switching. H : TX, L : RX 7 Q DM Dead mute. H : RX, L : TX VSS ND 9 QS I7 data output 0 N Q SQ xternal squelch. (Programmable active H/L) 2 Q7 OD2 Option board data 2. H : ON, L : OFF Q6 OD Option board data. H : ON, L : OFF Q OPT Option board control. H : OFF, L : ON / Auxiliary. H : OFF, L : ON O Output 6 VD V. Terminal function (TX-RX unit A/2 I7) Pin No. Port Name Function ST S Strobe 2 SI DT Data LK K lock Q HORN Horn alert. H : ON, L : OFF / Auxiliary A. H : ON, L : OFF Q2 HL RF power switching. H : High, L : Low 6 Q TIMOFF Timed power off. H : Power off 7 Q OD Option board data. H : ON, L : OFF VSS ND 9 N 0 N Q W/N Wide/Narrow switching. H : Wide, L : Narrow 2 Q7 N Q6 PA Public address. H : ON, L : OFF Q OD Option board data. H : ON, L : OFF O Output enable 6 VD V 2

33 DSRIPTION OF OMPONNTS TK-0 TX-RX Unit (A/2) Ref. No. Use / Function Operation / ondition I D amp F, TXO control I2 DT amp xternal DO, internal DO I Amp/Summing amp DI / DI and MO addtion Ref. No. Use / Function Operation / ondition Q7 P switch TX (T) time on Q DT mute KY H time on Q9 AP AP driver Q20 AP AP pre-driver I Analog switch DI switch Q2 AP control I A/D converter P, TV, F, AFO, P, TO, MO control I6 D amp P, TV I7 Shift register HN, H/L, TOF, OD, OD, PA, W/N control I Shift register AM, LOK, STR, DM, OPT, OD, OD2, SQ control I9 V AVR xternal Q22 TOF switch TOF H time on Q2 W/N switch Wide time off Q2 W/N switch Wide time on Q2 TOF switch Q22 on time on Q26 Inverter Power switch L time on Q27 S switch Q2 on time on Q2 S SW control Q0 on and Q off time on Q29 H/L switch High power time H I0 AF power amp Q0 S SW control Power on time on I FM IF DT Quadrature detector, 2nd mixer, OS, IF amplifier, RSSI I2 V AVR I 9V AVR 9 I V AVR I Flip-flop Power on/off control I200 Mixer DM I00 PLL Reference 6.MHz. PLL lock : LD H Q S SW control D 20V and over time on Q2 DT mute TX time on Q20 RF amp Low noise amplifier Q202 RF amp TX drive first Q20 Pre IF amp.mhz Q20 RF amp TX drive Q20 RF amp TX drive last Q00 uffer amp PLL Q0,02 Active filter I00 Power module RF power 2W Q0 Short protection I0 Short protection Q02 W/N switch Wide time off Q D switch R7 connection and, PTT H time DI off Q0 W/N switch Wide time on D~6 Protection Q2 Ripple filter L D7 HOR protection Q HOR switch IN D,9 Protection Q HOR SW control IN D AF mute Q6 HOR SW control HN H time on D2~ Protection Q7 uffer amp HT Q AF mute AM H time on Q9 AF mute Power off time on D D6 D7 HT switch Reverse protection Protection Q0 R SW control TR H time on Q R switch Q0 on time on Q2 T switch Q on time on D20 Reverse protection IN D2 Protection V (IN) D22,2 W/N F change Q T SW control KY H time on Q IF amp.mhz Q6 AF switch Wide time on D2 D26 Over current protection Reverse protection

34 TK-0 DSRIPTION OF OMPONNTS Ref. No. Use / Function Operation / ondition Ref. No. Use / Function Operation / ondition D27 D2 D0 D Power detection Protection Power detection Reverse protection Q07 Inverter PA2 H/L switch Q0 LD switch L H time on, usy time green on Q09 LD switch LR H time on, TX time red on Q0 lock switch shift SFT H time clock shift on D2 Surge absorption D Protection D 20V and over time on D harge DO Q FSW swtich FSW L time foot switch on Q2 Key backlight switch KL H time on Q Key backlight switch KL H time key backlight on D7 Reverse protection Q Keybacklight switch D200 Large input protection version D20~206 PF tune version D0 Surge absorption L D02 Over current PS D207 Usable temperature range protection D0 Surge absorption M D209 ANT swtich TX time on D20,2 ANT switch D22~2 PF tune version D902,90 PF tune version D0 Surge absorption PTT/TXD D0 Surge absorption HOOK/RXD D07 MI mute MM/MM D0 Limiter MI D09 Limiter ASQ TX-RX Unit (/2) : ontrol Section Ref. No. Use / Function Operation / ondition I0 LPF, amplification LSD I02 Amplification AF, HSD I0 Reference voltage/ ASQ D0 Reverse current 7 charge protection D USY/TX LD usy time green on, TX time red on D2~7 Key backlight KL H time on D urrent regulation Key backlight D20 Discharge Reset pulse uffer amp I0 Audio processor ompander, MI amplifier, AL, Modem, AF filter, ID I06 Analog switch MO, DO, M, MI switch I07 DTMF decoder DTMF detection I0 Shift register LR, L, KL, MM, T/R, KY, SFT, PA2 output I09 Reset Power on time L output VO Unit Ref. No. Use / Function Operation / ondition Q0 Oscillator RX Q02 Inverter TX (ST H ) time on Q0 Oscillator TX Q0 TX/RX switch TX (ST H ) time on I0 Flash ROM Q0 TX/RX switch Q02 off time on I PU Q06 uffer amp I2 PROM D0 RX VO I V AVR (ontrol unit) I70 uffer amp HSD I7 uffer amp MI Q0 MI mute MM H and MM H time mute on Q02 AF mute KY H time mute on D02 D0 D0 D0 TX VO RX VO TX VO Modulation Q0 Noise amp

35 New Parts. indicates safety critical components. * Parts without Parts No. are not supplied. Les articles non mentionnes dans le Parts No. ne sont pas fournis. Teile ohne Parts No. werden nicht geliefert. TK-0 A A AINT TOP 2 2A A AINT OTTOM 2A A PANL ASSY PARTS LIST TK-0 Destination TX-RX unit PLL/VO unit SU unit X X X-0-0 X X X-0-0 X X X-0-0 TK-0, TX-RX UNIT (X7-6XX2-7X) Desti- nation New parts Parts No. Description TX-RX UNIT (X7-62-XX) -70 : -7 : (X ) : D LD (RD/RN) D LD (D) Desti- nation New parts Parts No. Description D AP LD ASSY 9 D RATIN LAL 7 2D INSTRUTION MANUAL MODL NAM PLAT MODL NAM PLAT MODL NAM PLAT D ORD RADIO ANTNNA AL 0 D 0--0 D ORD A FLAT AL LAD WIR WITH ONNTOR 6 2 F SHILDIN OVR AVR,AP 2 F SHILDIN OVR 7 F0-2-0 SHILDIN PLAT LOWR PM 2 F0-2-0 SHILDIN OVR UPPR PM 9 2 F SHILDIN OVR, 22 2 F2-0-0 ONDUTIV SHT 20 2 F INSULATIN SHT ONT 2 D F FUS (LAD) 0A 2, FLAT SPRIN AF,AP,AVR FLAT SPRIN, ARTH SPRIN 26, FIROUS SHT SID FIROUS SHT UP,DOWN 2 A,2A, FIROUS SHT SHILD SHT ONT USHION D ORD USHION SHILD USHION SP PAKIN PHON JAK D H POLYSTYRN FOAMD FIXTUR (F) 2 H POLYSTYRN FOAMD FIXTUR () H2-9-0 INNR PAKIN AS 6 D H PROTTION A (2/20/0.07) 7,2 H PROTTION A (200X0) H ITM ARTON AS, H ITM ARTON AS 0 D J RAKT A 2 2 K KY TOP A A,2A N OVAL HAD MAHIN SRW 2 N PAN HAD SMS SRW W A,2, N RAZIR HAD TAPTIT SRW D 2 N RAZIR HAD TAPTIT SRW D N SRW ST 6 T SPAKR - K7H02K HIP 000PF K HIP-TAN.7UF 6.WV HIP-TAN 0UF 0WV HIP-TAN.7UF 6.WV 9 7HH00D HIP 0PF D 20 K70K HIP 0.00UF K 2,22 K7H02K HIP 000PF K HIP-TAN.7UF 6.WV 2 K7H02K HIP 000PF K HIP-TAN.7UF 6.WV 27 K7H02K HIP 000PF K 2 7HH70J HIP 7PF J HIP-TAN 0UF 0WV 0 K7H02K HIP 000PF K HIP-TAN 0UF 0WV 2 7HH220J HIP 22PF J K70K HIP 0.00UF K HIP-TAN 0UF 6WV HIP-TAN 0UF 0WV LTRO 00UF 6WV 9 K70K HIP 0.00UF K 0 K7H02K HIP 000PF K HIP-TAN 6UF 6.WV K70K HIP 0.00UF K K7H02K HIP 000PF K HIP-TAN.7UF 6.WV HIP-TAN.0UF 6WV 7 K7H02K HIP 000PF K K7FF0Z HIP.0UF Z 9 K7H02K HIP 000PF K,2 K7H02K HIP 000PF K K70K HIP 0.0UF K 7HH020 HIP 2.0PF, 7HH00 HIP.0PF 6 K7H7K HIP 70PF K 7 K70K HIP 0.00UF K K7H7K HIP 70PF K 9 K7H02K HIP 000PF K 60 K7H7K HIP 70PF K 6 K70K HIP 0.00UF K 62 7HH020 HIP 2.0PF 6 K7F0K HIP 0.00UF K, 6 K7FF0Z HIP.0UF Z 6 K70K HIP 0.00UF K 6 K70K HIP 0.0UF K 66 7HH70J HIP 7PF J 67 K7H7K HIP 70PF K 6 K70K HIP 0.0UF K 69 7HHJ HIP 0PF J LTRO 7UF 2WV

36 TK-0 PARTS LIST TX-RX UNIT (X7-6XX2-7X) 7 K70K HIP 0.0UF K 72,7 K7H02K HIP 000PF K LTRO 7UF 2WV HIP-L 7UF 0WV 76 K7H02K HIP 000PF K 7 7FHH0R HIP 0.PF K7H02K HIP 000PF K 9 7FHH00 HIP.0PF 9 7FHHR HIP.PF, 0 7HH220J HIP 22PF J New Parts No. Description Destiparts nation parts New Parts No. Description Desti- nation LTRO 7UF 2WV 7 K70K HIP 0.00UF K LTRO 70UF 2WV 0 K70K HIP 0.0UF K 7HH20J HIP 2PF J K70K HIP 0.00UF K 9 K7H7K HIP 70PF K 90 K7H02K HIP 000PF K 9,92 K70K HIP 0.00UF K 9 K7H02K HIP 000PF K 9 K7H7K HIP 70PF K 96 7HH0J HIP PF J 97 K7H02K HIP 000PF K 9 7HH0J HIP PF J 99 K7H02K HIP 000PF K HIP-TAN 0UF 0WV 0 K7H02K HIP 000PF K 02 7HH270J HIP 27PF J 0 K70K HIP 0.0UF K 0 K70K HIP 0.00UF K 0, HIP-TAN.7UF 6WV HIP-TAN 0UF 0WV 0 K70K HIP 0.0UF K 09 K7H7K HIP 70PF K,2 K7H7K HIP 70PF K K70K HIP 0.00UF K HIP-TAN.UF 0WV K7H02K HIP 000PF K HIP-TAN 22UF 6.WV 7 K70K HIP 0.00UF K K70K HIP 0.0UF K HIP-TAN.UF 0WV 20 K7H02K HIP 000PF K HIP-TAN 0UF 0WV 2 K70K HIP 0.0UF K 2 K7F0K HIP 0.00UF K 2 K7H7K HIP 70PF K 26 K70K HIP 0.0UF K 27 K70K HIP 0.00UF K 2 K7FH7K HIP 70PF K 29 K70K HIP 0.00UF K 0 K7H02K HIP 000PF K K7H7K HIP 70PF K 2 K70K HIP 0.0UF K LTRO 00UF 2WV K7F22K HIP 0.22UF K K7H02K HIP 000PF K 6 K7F22K HIP 0.22UF K 7 K7H7K HIP 70PF K 7FHH0R HIP 0.PF 9 7FHH020 HIP 2.0PF, 9 7FHHR HIP.PF 0- K7H7K HIP 70PF K K7H02K HIP 000PF K,6 K7H7K HIP 70PF K K7H02K HIP 000PF K, K70K HIP 0.00UF K K7H02K HIP 000PF K 6,7 K70K HIP 0.00UF K,9 7HH00 HIP.0PF,,9 7HH00D HIP 0PF D 60 K70K HIP 0.0UF K 6 7HH0J HIP 00PF J HIP-TAN.7UF 6WV 6,6 K7H7K HIP 70PF K 66 K70K HIP 0.0UF K 67 7HH00D HIP 0PF D HIP-TAN.UF 0WV HIP-L 22UF 6WV 7 K7H02K HIP 000PF K HIP-TAN 22UF 6.WV 77 7HH00 HIP.0PF 7,79 7HH220J HIP 22PF J 9-9 K7H02K HIP 000PF K 200 K7H02K HIP 000PF K, 20 7HH0J HIP PF J, 20,206 7HH0J HIP 00PF J 207 K7H7K HIP 70PF K, 209 7HH00D HIP.0PF D, 2,22 K7H7K HIP 70PF K, 2,2 K7H7K HIP 70PF K, 2 K7H7K HIP 70PF K 26 K70K HIP 0.00UF K, 27 K7H02K HIP 000PF K 2 7HH0J HIP PF J, 29 7HH9J HIP 90PF J 220,22 K7H7K HIP 70PF K, 22 7HH020 HIP 2.0PF, 22 K7H7K HIP 70PF K, 227 K7H7K HIP 70PF K 229 K7H7K HIP 70PF K 20,2 K70K HIP 0.0UF K 2 K70K HIP 0.00UF K 2 K7H7K HIP 70PF K 2 7HH020 HIP 2.0PF 26 K7H7K HIP 70PF K 29-2 K70K HIP 0.00UF K 2 K70K HIP 0.00UF K 2 K7H7K HIP 70PF K 2 7HH00 HIP.0PF, 2 7HH060D HIP 6.0PF D K7H7K HIP 70PF K 2 7HH070D HIP 7.0PF D 22 K7H7K HIP 70PF K 2 K7FF0Z HIP.0UF Z 2 7FHH90J HIP 9PF J, 2,26 K7H7K HIP 70PF K LTRO 7UF 2WV 2 K70K HIP 0.0UF K 260 K7H7K HIP 70PF K 6

37 PARTS LIST TK-0 26 K70K HIP 0.0UF K LTRO 7UF 2WV 26 K7H7K HIP 70PF K 26 K70K HIP 0.0UF K HIP.0PF 09 7HH220J HIP 22PF J K7H7K HIP 70PF K 9 7HH220J HIP 22PF J 22 K7H02K HIP 000PF K HIP-TAN 0UF 0WV TX-RX UNIT (X7-6XX2-7X) New Parts No. Description Destiparts nation parts New Parts No. Description Desti- nation HIP.PF, HIP 000PF K 26 7FHH020 HIP 2.0PF 26 7FHH060D HIP 6.0PF D, HIP.0PF HIP 6.0PF D, HIP.0PF, HIP 2.0PF HIP 0PF D HIP 7.0PF D, HIP.0PF D 27 7HH060 HIP 6.0PF 27 7HH070D HIP 7.0PF D, 27 7HH2R HIP 2.PF 27 7HH00 HIP.0PF, 277 7HH00D HIP.0PF D, 279 K70K HIP 0.00UF K 2 7HH00D HIP.0PF D, 22,2 K7H7K HIP 70PF K HH0J HIP 00PF J 27 K7H7K HIP 70PF K 290 7HH00D HIP.0PF D, 292 M7F2H0R HIP 0.PF, 292 M7F2H2R HIP 2.PF HH220J HIP 22PF J HIP-TAN 0.07UF WV HIP.0PF 299 7FHH00 HIP.0PF HIP-TAN 6.UF 0WV 0-06 K7H02K HIP 000PF K 07 7HH060D HIP 6.0PF D, 07 7HH00D HIP 0PF D 09 7HH20J HIP 2PF J, 09 7HH0J HIP PF J 7HH060D HIP 6.0PF D, 7HH00D HIP 0PF D 2 7HH00 HIP.0PF K7H02K HIP 000PF K HIP-TAN 0.07UF WV K70K HIP 0.0UF K,6 K70K HIP 0.0UF K, 6 K7A22K HIP 0.22UF K 7 K7H02K HIP 000PF K,9 K70K HIP 0.0UF K HIP-TAN.0UF 6WV, HIP-TAN 2.2UF 20WV 2 7HH060D HIP 6.0PF D HIP-TAN.0UF 6WV, HIP-TAN 2.2UF 20WV HIP-TAN 0.22UF WV 26 K7FK HIP 0.UF K 0, 7HHR HIP.PF, 0, 7HH220J HIP 22PF J 00,0 7HH00D HIP 0PF D HH220J HIP 22PF J HIP-TAN 0UF 0WV 0, 7HH220J HIP 22PF J 7FHH220J HIP 22PF J 2-7HH220J HIP 22PF J 6 0WA0M LTRO 00UF 0WV, 7 7HH020 HIP 2.0PF 0 K7H7K HIP 70PF K 02 7HH22J HIP 220PF J 0,0 K7H7K HIP 70PF K 0 K76K HIP 0.06UF K 06 K72K HIP 0.02UF K 0 K70K HIP 0.0UF K 09 K7H222K HIP 2200PF K HIP-TAN.7UF 6.WV K7H0K HIP 0.00UF K 2 K7H7K HIP 70PF K K7H02K HIP 000PF K K7H2K HIP 00PF K K70K HIP 0.0UF K 6,7 K7H0K HIP 0.00UF K K7H02K HIP 000PF K HIP-TAN.7UF 6.WV 20 7HH22J HIP 220PF J 2,22 K70K HIP 0.0UF K 2 K7H0K HIP 0.00UF K 2 K70K HIP 0.0UF K 2 K7H0K HIP 0.00UF K 26 K70K HIP 0.0UF K 27 K76K HIP 0.06UF K 2 K7H02K HIP 000PF K 29 K7H62J HIP 600PF J K7H62J HIP 600PF J K7H62J HIP 600PF J K7H02K HIP 000PF K 6 7HH00 HIP.0PF 7 K7H272K HIP 2700PF K 9 K7H272K HIP 2700PF K 0 7HH27J HIP 270PF J 7HH00D HIP 0PF D 2 7HH27J HIP 270PF J K7H272K HIP 2700PF K 7HH00 HIP.0PF K7H02K HIP 000PF K 6 K7H22K HIP 200PF K 7 K7H02K HIP 000PF K HIP-TAN 22UF 6.WV 9,0 K70K HIP 0.0UF K 2 K7K HIP 0.0UF K K7H72K HIP 700PF K - K70K HIP 0.0UF K 9 K7H02K HIP 000PF K HIP-TAN.7UF 6.WV 6 K7H02K HIP 000PF K 62,6 K7H72K HIP 700PF K 6 K722K HIP 0.022UF K 7

38 TK-0 PARTS LIST TX-RX UNIT (X7-6XX2-7X) 6 K7H02K HIP 000PF K 66 7HH0J HIP 00PF J 67 K722K HIP 0.022UF K, 67 K727K HIP 0.027UF K HIP-TAN 22UF 6.WV 902 7HH60J HIP 6PF J 90 7HH2R HIP 2.PF 90 7HH60J HIP 6PF J 90 7HH0J HIP 00PF J 907 7HH00D HIP 0PF D New Parts No. Description Destiparts nation parts New Parts No. Description Desti- nation 69 7HH70J HIP 7PF J 70,7 K70K HIP 0.0UF K 72 K7FH6K HIP 0.06UF K 7 K70K HIP 0.0UF K 7 K7FK HIP 0.UF K 76 K77K HIP 0.07UF K 77 K70K HIP 0.0UF K 7 K7H0K HIP 0.00UF K 79 K7H72K HIP 700PF K 0 K7H02K HIP 000PF K K7H0K HIP 0.00UF K 2, K70K HIP 0.0UF K K7H7K HIP 70PF K 92 K70K HIP 0.0UF K 9 K7H0K HIP 0.00UF K 9,9 7HH270J HIP 27PF J 96 7HH60J HIP 6PF J 97 K7H0K HIP 0.00UF K 9,99 7HH0J HIP 00PF J 600,60 K7H02K HIP 000PF K 602 K7H0K HIP 0.00UF K 60 K70K HIP 0.0UF K HIP-TAN 0UF 6.WV 60 K70K HIP 0.0UF K 606 K7H2K HIP 00PF K 607 K7H0K HIP 0.00UF K 60 K7H92K HIP 900PF K 609,60 K7H0K HIP 0.00UF K HIP-TAN.7UF 0WV 6 K7H02K HIP 000PF K 66 K7H02K HIP 000PF K 67 7HH0J HIP 00PF J 620 7HH0J HIP 00PF J 622,62 K7H02K HIP 000PF K 62 7HH0J HIP 00PF J 62 K7H02K HIP 000PF K 626 7HH0J HIP 00PF J 627 K7H02K HIP 000PF K 62 7HH0J HIP 00PF J 629 K70K HIP 0.0UF K 60 K7H02K HIP 000PF K 6-6 7HH0J HIP 00PF J 70 K70K HIP 0.0UF K 7,72 K7H222K HIP 2200PF K 7 K7H02K HIP 000PF K 7 7HHJ HIP 0PF J 7 K7H02K HIP 000PF K 76 K7FH27K HIP 0.027UF K, HIP-TAN 22UF 6.WV 720 7HH70J HIP 7PF J HH22J HIP 220PF J 72 K72K HIP 0.02UF K 726 K70K HIP 0.0UF K HIP-TAN 0UF 6.WV 90 K7H7K HIP 70PF K 909 7HH070 HIP 7.0PF 92 7HH00D HIP 0PF D 96 7HH70J HIP 7PF J 97 K7H0K HIP 0.00UF K 9,99 K7H7K HIP 70PF K 92 7HH0J HIP 00PF J 922 7HHR HIP.PF 92 7HH00 HIP.0PF 92 7HH00 HIP.0PF 92,926 7HH060 HIP 6.0PF 927 7HH00 HIP.0PF 92 7HH00D HIP 0PF D 929,90 7HH00 HIP.0PF 9 7HH00 HIP.0PF 92 7HHR HIP.PF 9 7HH070 HIP 7.0PF 9 7HH0J HIP 00PF J 96 7HH00 HIP.0PF PROSSD LAD WIR N PIN ASSY N PIN ASSY N PIN ASSY N PIN ASSY N PIN ASSY N PIN ASSY N FLAT AL ONNTOR N FLAT AL ONNTOR N FLAT AL ONNTOR J D PHON JAK (P) J MODULAR JAK - F INSULATIN SHT - J-0-0 OLLAR (LH--.) F L RAMI FILTR F L RAMI FILTR F2 L RAMI FILTR F2 L RAMI FILTR L L0-00- SMALL FIXD INDUTOR (0UH) L2 L FRRIT HIP L L0-97- SMALL FIXD INDUTOR (9.0NH) L L SMALL FIXD INDUTOR (0.02UH) L L SMALL FIXD INDUTOR L6 L-9-0 OIL L7 L0-2-7 SMALL FIXD INDUTOR (0.20UH) L L FRRIT HIP L9 L SMALL FIXD INDUTOR (0NH) L9 L0-7- SMALL FIXD INDUTOR (NH), L0 L FRRIT HIP L20 L HLIAL LOK, L20 L0-07- SMALL FIXD INDUTOR (0NH), L20 L SMALL FIXD INDUTOR (2NH) L206 L0-7- SMALL FIXD INDUTOR (NH), L206 L SMALL FIXD INDUTOR (NH)

39 PARTS LIST TK-0 L207 L HLIAL LOK, L20 L SMALL FIXD INDUTOR (NH), L20-22 L TOROIDAL OIL L2 L0-07- SMALL FIXD INDUTOR (0NH) L26 L0-7- SMALL FIXD INDUTOR (NH) R2 RK7J9J HIP R 90K J /6W R26 RK7J0J HIP R 00K J /6W R27 RK7J7J HIP R 7K J /6W R2 R HIP R 0 OHM J /6W R29 RK7J220J HIP R 22 J /6W TX-RX UNIT (X7-6XX2-7X) New Parts No. Description Destiparts nation parts New Parts No. Description Desti- nation L26,27 L0-7- SMALL FIXD INDUTOR (NH), L27 L SMALL FIXD INDUTOR (22NH) L2 L SMALL FIXD INDUTOR (27NH) L2 L0-67- SMALL FIXD INDUTOR (6NH), L29 L0-07- SMALL FIXD INDUTOR (0NH), L220 L-7-0 AIR-OR OIL L22 L-9-0 AIR-OR OIL L222 L-02-0 AIR-OR OIL L22 L AIR-OR OIL L22 L-02-0 AIR-OR OIL L22 L FRRIT HIP L227 L0-0- SMALL FIXD INDUTOR (00NH) L22 L0-2-7 SMALL FIXD INDUTOR (0.20UH) L02 L FRRIT HIP L0 L SMALL FIXD INDUTOR (22NH) L0,06 L SMALL FIXD INDUTOR (2NH) L0,06 L SMALL FIXD INDUTOR (NH), L00,0 L FRRIT HIP L0 L0-7- SMALL FIXD INDUTOR (NH) L0-0 L FRRIT HIP L90 L SMALL FIXD INDUTOR (6NH) L90,90 L-6-0 AIR-OR OIL L906 L SMALL FIXD INDUTOR (NH) L90,909 L-6-0 AIR-OR OIL L9 L SMALL FIXD INDUTOR (7NH) L9 L SMALL FIXD INDUTOR (9NH) L96 L SMALL FIXD INDUTOR (NH) L97 L SMALL FIXD INDUTOR (2NH) L9 L SMALL FIXD INDUTOR (7NH) L99 L SMALL FIXD INDUTOR (6.NH) L0-0 L FRRIT HIP X L TXO (6.MHZ) X2 L RYSTAL RSONATOR (.9MHZ) X0 L RYSTAL RSONATOR (.79MHZ) X02 L RSONATOR (9.0M) XF L MF (.MHZ) P0 R MULTI-OMP K X R RK7J02J HIP R.0K J /6W R2 R HIP R 0 OHM J /6W R, RK7J02J HIP R.0K J /6W R6,7 R HIP R 0 OHM J /6W R RK7J02J HIP R.0K J /6W R9 R HIP R 0 OHM J /6W R0, RK7J02J HIP R.0K J /6W R2 R HIP R 0 OHM J /6W R RK7J7J HIP R 7K J /6W R RK7J0J HIP R 0K J /6W R6 RK7JJ HIP R 0K J /6W R7, R HIP R 0 OHM J /6W R9 RK7JJ HIP R K J /6W R20 RK7J0J HIP R 00K J /6W R2 RK7J6J HIP R 6K J /6W R22 RK7J0J HIP R 00K J /6W R2 RK7JJ HIP R 0K J /6W R0 RK7J22J HIP R 220K J /6W R RK7J0J HIP R 00K J /6W R2 RK7J7J HIP R 70K J /6W R RK7J62J HIP R.6K J /6W R R HIP R 0 OHM J /6W R RK7J22J HIP R 22K J /6W R6 RK7J0J HIP R 0K J /6W R7 R HIP R 0 OHM J /6W R9 RK7J0J HIP R 00 J /6W R0 RK7J2J HIP R.K J /6W R RK7J22J HIP R.2K J /6W R2 RK7J0J HIP R 00K J /6W R RK7JJ HIP R 0K J /6W R RK7J6J HIP R 6K J /6W, R RK7J0J HIP R 00K J /6W R7 RK7J7J HIP R 7K J /6W R RK7J22J HIP R.2K J /6W R9 RK7J02J HIP R.0K J /6W R0 RK7J0J HIP R 0K J /6W R2 R HIP R 0 OHM J /6W R RK7J27J HIP R 270K J /6W R RK7J0J HIP R 00K J /6W R6 RK7J0J HIP R 0K J /6W R7 RK7J7J HIP R 7K J /6W R RK7J02J HIP R.0K J /6W R9 R HIP R 0 OHM J /6W R60 RK7J72J HIP R.7K J /6W R6 RK7J22J HIP R.2K J /6W R62 RK7J22J HIP R 220 J /6W R6 R HIP R 0 OHM J /6W R6 R HIP R 0 OHM J /6W R66 RK7J92J HIP R.9K J /6W R67,6 RK7J0J HIP R 00 J /6W R69 RK7J222J HIP R 2.2K J /6W R70-7 R HIP R 0 OHM J /6W R7 RK7J7J HIP R 7K J /6W R7 RK7J22J HIP R 220 J /6W R76 RK7JJ HIP R K J /6W R77 RK7JJ HIP R K J /6W R79 RK7J0J HIP R J /6W R0 RK7J7J HIP R 7K J /6W R,2 RK7J6J HIP R 60 J /6W R RK7J0J HIP R J /6W R RK7J22J HIP R.2K J /6W R6 R HIP R 0 OHM J /6W R9 R HIP R 0 OHM J /6W R90 RK7J2R2J HIP R 2.2 J /6W R9 RK7J72J HIP R.7K J /6W R9 R HIP R 0 OHM J /6W R96 RK7JJ HIP R 0 J /6W R97,9 RK7J7J HIP R 7K J /6W R99 RK7J2J HIP R.K J /6W R00 RK7JJ HIP R 0 J /6W R0 R HIP R 0 OHM J /6W R06 R HIP R 0 OHM J /6W 9

40 TK-0 PARTS LIST TX-RX UNIT (X7-6XX2-7X) R07 RK7J7J HIP R 7K J /6W R09 R HIP R 0 OHM R0 RK7J70J HIP R 7 J /6W R,2 RK7J72J HIP R.7K J /6W R R HIP R 0 OHM J /6W R206 RK7F2A02J HIP R.0K J /0W R206 RK7F2A7J HIP R 70 J /0W R206 RK7F2AJ HIP R 0 J /0W R209,20 RK7J0J HIP R 00K J /6W, R2 RK7J2J HIP R.K J /6W New Parts No. Description Destiparts nation parts New Parts No. Description Desti- nation R RK7J92J HIP R.9K J /6W R R HIP R 0 OHM J /6W R6 RK7J7J HIP R 7K J /6W R9 RK7J0J HIP R 0K J /6W R20 RK7J92J HIP R.9K J /6W R2,22 RK7J72J HIP R.7K J /6W R2 RK7JJ HIP R K J /6W R2-26 RK7J22J HIP R 22K J /6W R27 RK7F2A27J HIP R 27K J /0W R2 RK7J22J HIP R 22K J /6W R29 RK7J00J HIP R 0 J /6W R0, RK7J22J HIP R 22K J /6W R2 RK7J0J HIP R 00K J /6W R RK7JJ HIP R K J /6W R RK7J7J HIP R 7K J /6W R R HIP R 20 J /2W R7 RK7J7J HIP R 7K J /6W R RK7F2A00J HIP R 0 J /0W R9 R HIP R 0 OHM R0 R HIP R 0 OHM J /6W R RK7J0J HIP R 00K J /6W R2 R HIP R 0 J /2W R RK7J02J HIP R.0K J /6W R RK7J22J HIP R 22K J /6W R RK7J0J HIP R 00K J /6W R6 R HIP R 70 J /2W R7 RK7F2A22J HIP R 22K J /0W, R7 RK7F2A2J HIP R.K J /0W R RK7F2A72J HIP R.7K J /0W R9 RK7F2A0J HIP R 0K J /0W, R9 RK7F2A62J HIP R 6.K J /0W R0 R HIP R 0 OHM R- R HIP R 0 OHM J /6W R RK7J0J HIP R 0K J /6W R RK7JJ HIP R K J /6W R6 RK7J7J HIP R 70 J /6W R7 RK7J0J HIP R 00 J /6W R,9 RK7F2A62J HIP R.6K J /0W R62 RK7J22J HIP R.2K J /6W R6 RK7J0J HIP R 00K J /6W R6 RK7J7J HIP R 70K J /6W R6 R HIP R 0 OHM R6 R HIP R 0 OHM J /6W R69 RK7J0J HIP R 00K J /6W R70 R HIP R 0 OHM J /6W R76 R HIP R 0 OHM R,2 R HIP R 0 OHM R200 R HIP R 0 OHM R R HIP R 0 OHM, R20 RK7F2A02J HIP R.0K J /0W R20 RK7F2AJ HIP R 0 J /0W R20 RK7F2A7J HIP R 70 J /0W R20,20 RK7F2A00J HIP R 0 J /0W R20,20 RK7F2A220J HIP R 22 J /0W R20,20 RK7F2A60J HIP R 6 J /0W R22,2 RK7J02J HIP R.0K J /6W R2 RK7J0J HIP R 00 J /6W R2 RK7J00J HIP R 0 J /6W R27,2 RK7J0J HIP R 00K J /6W, R220 RK7J27J HIP R 270 J /6W R22 RK7J222J HIP R 2.2K J /6W R22 RK7J02J HIP R.0K J /6W R22,22 R HIP R 0 OHM J /6W, R22 R HIP R 0 OHM J /6W R226 RK7J0J HIP R 0K J /6W R226 RK7J62J HIP R 6.K J /6W, R227 R HIP R 0 OHM J /6W, R22 RK7J02J HIP R.0K J /6W R20 RK7J62J HIP R 6.K J /6W R2 RK7J0J HIP R 0K J /6W, R2 RK7J22J HIP R 22K J /6W R22 R HIP R 0 OHM J /6W R2 RK7J70J HIP R 7 J /6W R2 RK7J0J HIP R J /6W R2 RK7J2J HIP R.K J /6W R26 RK7J0J HIP R 00 J /6W R27 RK7J7J HIP R 70 J /6W R2 RK7J22J HIP R 220 J /6W, R2 RK7J222J HIP R 2.2K J /6W R29 RK7J00J HIP R 0 J /6W R20 RK7J222J HIP R 2.2K J /6W R2 RK7J00J HIP R 0 J /6W R22 RK7J6J HIP R 60 J /6W R2 RK7JJ HIP R 0 J /6W R2 RK7J2J HIP R.K J /6W R2 R HIP R 22 J /2W R20 R HIP R 0 OHM J /6W R2 RK7J7J HIP R 70K J /6W R2-27 R HIP R 0 OHM J /6W R2 RK7J222J HIP R 2.2K J /6W R260 R HIP R 0.OHM R00 RK7J60J HIP R 6 J /6W R0-0 RK7J02J HIP R.0K J /6W R0 R HIP R 0 OHM J /6W R0 RK7J0J HIP R 0K J /6W R06 RK7J7J HIP R 70 J /6W R07 R HIP R 0 OHM J /6W R0 RK7J0J HIP R 00 J /6W R09 RK7J6J HIP R 6K J /6W R0 RK7J0J HIP R 0K J /6W R RK7J27J HIP R 270 J /6W R2 RK7J2J HIP R.K J /6W, R2 RK7J2J HIP R 20 J /6W R RK7J0J HIP R 0K J /6W R RK7J27J HIP R 27K J /6W, R RK7JJ HIP R K J /6W R RK7J222J HIP R 2.2K J /6W R RK7J72J HIP R.7K J /6W, R6,7 R HIP R 0 OHM J /6W R RK7J22J HIP R 220 J /6W 0

41 PARTS LIST TK-0 R9 RK7J02J HIP R.0K J /6W R20 R HIP R 0 OHM J /6W R00 R HIP R 0 OHM R02 R HIP R 0 OHM R0 R HIP R 0 OHM J /6W R RK7JJ HIP R K J /6W R0 RN7HJ62D HIP R 6.K D /6W R RK7J22J HIP R 22K J /6W R2 RK7JJ HIP R 0K J /6W R RK7J02J HIP R.0K J /6W TX-RX UNIT (X7-6XX2-7X) New Parts No. Description Destiparts nation parts New Parts No. Description Desti- nation R06 RK7J9J HIP R 90K J /6W R0 R HIP R 0 OHM J /6W R RK7J72J HIP R.7K J /6W R RK7J7J HIP R 7K J /6W R R HIP R 0 OHM J /6W R RK7J0J HIP R 0K J /6W R6 RK7J22J HIP R.2K J /6W R7 RK7J22J HIP R.2K J /6W R RK7J7J HIP R 7K J /6W R9 R HIP R 0 OHM J /6W R20,2 R HIP R 0 OHM, R22 R HIP R 0 OHM J /6W R0 RK7J22J HIP R 22K J /6W R0 RK7J72J HIP R.7K J /6W R02 RK7JJ HIP R 0K J /6W R0 RK7J22J HIP R 22K J /6W R0 RK7JJ HIP R 0K J /6W R0 RK7J02J HIP R.0K J /6W R06 R HIP R 0 OHM J /6W R07,0 RK7JJ HIP R 0K J /6W R09 RK7J0J HIP R 0K J /6W R0 RK7J0J HIP R.0M J /6W R RK7J02J HIP R.0K J /6W R2 RK7J6J HIP R 60 J /6W R R HIP R 0 OHM J /6W R RK7J02J HIP R.0K J /6W R RN7HJ9D HIP R 9K D /6W R6 RK7J02J HIP R.0K J /6W R7 RK7J0J HIP R 0K J /6W R RN7HJD HIP R K D /6W R9 RN7HJ9D HIP R 9K D /6W R20 RN7HJ6D HIP R 6K D /6W R2 RK7J0J HIP R.0M J /6W R22 RN7HJ9D HIP R 9K D /6W R2 RK7JJ HIP R 0K J /6W R2 RN7HJ27D HIP R 270K D /6W R2 RK7J2J HIP R 2K J /6W R26 RK7J0J HIP R 00K J /6W R27 RK7J0J HIP R 0K J /6W R2 RK7JJ HIP R K J /6W R29 R HIP R 0 OHM J /6W R0 RK7J9J HIP R 90K J /6W R RK7J7J HIP R 7K J /6W R2 RK7J9J HIP R 90K J /6W R R HIP R 0 OHM J /6W R RK7JJ HIP R.M J /6W R6 RN7HJ62D HIP R 6.K D /6W R7, RK7J7J HIP R 7K J /6W R0 RK7J7J HIP R 70K J /6W R RK7J27J HIP R 270K J /6W R2 RN7HJ6D HIP R 6K D /6W R RK7J0J HIP R 00 J /6W R RK7J2J HIP R.K J /6W R6 RK7J22J HIP R 220K J /6W R7 RK7J0J HIP R 0K J /6W R RK7J2J HIP R.K J /6W R RK7J9J HIP R 90K J /6W R6 RK7J22J HIP R 22K J /6W R R HIP R 0 OHM J /6W R62 RK7J27J HIP R 27K J /6W R6 R HIP R 0 OHM J /6W R66 RK7J70J HIP R 7 J /6W R67 RK7J220J HIP R 22 J /6W R6 RK7J7J HIP R 7K J /6W R69 RK7JJ HIP R K J /6W R7,72 R HIP R 0 OHM J /6W R7 RK7J0J HIP R 00K J /6W R7 RK7J7J HIP R 7K J /6W R7 RK7J0J HIP R 0K J /6W R76 RK7J7J HIP R 7K J /6W R77 RK7JJ HIP R K J /6W R79 R HIP R 0 OHM J /6W R0 RK7J0J HIP R 0K J /6W R RK7J72J HIP R.7K J /6W R2 R HIP R 0 OHM J /6W R R HIP R 0 OHM J /6W R,6 RK7J7J HIP R 7K J /6W R7 R HIP R 0 OHM J /6W R RK7J7J HIP R 7K J /6W R9 R HIP R 0 OHM R RK7HJ02J HIP R.0K J /6W R60-60 R HIP R 0 OHM R60-60 RK7HJ02J HIP R.0K J /6W R6 R HIP R 0 OHM J /6W R62 RK7J22J HIP R 220K J /6W R6 RK7HJ02J HIP R.0K J /6W R6 R HIP R 0 OHM J /6W R6 RK7HJ02J HIP R.0K J /6W R66 RK7J7J HIP R 7K J /6W R67,6 RK7HJ02J HIP R.0K J /6W R69 R HIP R 0 OHM J /6W R620 RK7HJ02J HIP R.0K J /6W R62 R HIP R 0 OHM J /6W R622,62 RK7HJ02J HIP R.0K J /6W R62 R HIP R 0 OHM J /6W R RK7HJ02J HIP R.0K J /6W R62,629 R HIP R 0 OHM R60 RK7HJ02J HIP R.0K J /6W R6 R HIP R 0 OHM R62 RK7HJ02J HIP R.0K J /6W R6 R HIP R 0 OHM R6 RK7HJ02J HIP R.0K J /6W R6 R HIP R 0 OHM R66,67 RK7HJ02J HIP R.0K J /6W R6 R HIP R 0 OHM R69 RK7HJ02J HIP R.0K J /6W R60 R HIP R 0 OHM R6 RK7HJ02J HIP R.0K J /6W R62 R HIP R 0 OHM R6 RK7HJ02J HIP R.0K J /6W

42 TK-0 PARTS LIST TX-RX UNIT (X7-6XX2-7X) R6 R HIP R 0 OHM R6 RK7J72J HIP R.7K J /6W R66,67 RK7HJ02J HIP R.0K J /6W R69 RK7HJ02J HIP R.0K J /6W R60-62 R HIP R 0 OHM D2 MINISMD07-02 VARISTOR D26 SS DIOD D27 HSMAS DIOD D2 02DZ(X,Y) ZNR DIOD D0 HSMAS DIOD New Parts No. Description Destiparts nation parts New Parts No. Description Desti- nation R6,6 RK7HJ02J HIP R.0K J /6W R6-67 R HIP R 0 OHM R6 RK7HJ72J HIP R.7K J /6W R R HIP R 0 OHM R667,66 RK7JJ HIP R 0 J /6W R670 RK7J7J HIP R 7K J /6W R672,67 RK7J7J HIP R 7K J /6W R67 RK7F2A222J HIP R 2.2K J /0W R67 RK7J7J HIP R 7K J /6W R676 RK7J0J HIP R 0K J /6W R677 RK7J22J HIP R 22K J /6W R67 RK7J0J HIP R 0K J /6W R679 RK7F2A90J HIP R 9 J /0W R60 RK7F2A222J HIP R 2.2K J /0W R62 RK7J7J HIP R 7K J /6W R6 RK7J0J HIP R 0K J /6W R70 RK7J02J HIP R.0K J /6W R702 RK7J0J HIP R 00 J /6W R70,706 RK7J7J HIP R 7K J /6W R70,7 RK7J0J HIP R 00K J /6W R72,7 RK7J7J HIP R 7K J /6W R7 RK7J0J HIP R 0K J /6W R76 RK7J72J HIP R.7K J /6W R7 RK7JJ HIP R 0K J /6W R79 RK7J0J HIP R 0K J /6W R720 RK7J6J HIP R 6K J /6W R72 RK7JJ HIP R 0K J /6W R722 RK7F2A60J HIP R 6 J /0W R72 R HIP R 0 OHM J /6W R72 RK7J72J HIP R.7K J /6W, R72 RK7J92J HIP R.9K J /6W R72 RK7JJ HIP R K J /6W, R72 RK7J62J HIP R.6K J /6W R726 R HIP R 0 OHM J /6W R727 RK7J72J HIP R.7K J /6W R70 RK7J72J HIP R.7K J /6W R902,90 RK7J22J HIP R 22K J /6W R90 R HIP R 0 OHM J /6W R90 R HIP R 0 OHM J /6W VR R SMI FIXD VARIAL RSISTOR D-6 DA20U DIOD D-6 HS2 DIOD D7 02DZ20(Y,Z) ZNR DIOD D,9 DA20U DIOD D,9 HS2 DIOD D DAN202U DIOD D2- DA20U DIOD D2- HS2 DIOD D DAN2 DIOD D6 SS DIOD D7 DA20U DIOD D7 HS2 DIOD D20 SS DIOD D2 02DZ.6(X,Y) ZNR DIOD D22,2 DAN2 DIOD D SS DIOD D2 22ZR-0D SUR ASORR D 02DZ(X,Y) ZNR DIOD D MA72 DIOD D7 DSAA DIOD D200 HSMAS DIOD, D MA2S77 VARIAL APAITAN DIOD, D207 HS2 DIOD D209 MAPH6 DIOD D20,2 XA709 DIOD D22-2 MA2S77 VARIAL APAITAN DIOD, D0 DA20U DIOD D0 HS2 DIOD D02 MINISMD07-02 VARISTOR D0-0 DA20U DIOD D0-0 HS2 DIOD D07 DAN202U DIOD D0,09 MA72 DIOD D0 HS9 DIOD D 02DZ9.(X,Y) ZNR DIOD D20 MA2S DIOD D902,90 HV0 VARIAL APAITAN DIOD I TA7W0FU MOS I I2, TA7WFU MOS I I TS66F MOS I I M626FP MOS I I6 TA7W0FU MOS I I7, U09FV MOS I I9 TA7L0F MOS I I0 LA22 I-POLAR I I TA6FN MOS I I2 TA7L0F MOS I I AN009M MOS I I TA70S MOS I I T0F(N) MOS I I200 N20(Q) MOS I I00 SA702DK MOS I I00 M770H-0 HYRID I I00 M7729H-22 HYRID I I00 M7729L-22 HYRID I I0 NJM290V MOS I I0 TA7WFU MOS I I02 T7WFU MOS I I0 TA7WFU MOS I I0 TF MOS I I06 U066FV MOS I I07 L772M MOS I I0 U09FV MOS I I09 RHVL2 MOS I I0 AT TI ROM I I0 W SRAM I I 0620MA-2K9P MPU I2 AT26N0SI2. ROM I I TA7L0F MOS I I70,7 TA7S0F MOS I 2

43 PARTS LIST Q 2SK2 FT Q2 2S22K(S) TRANSISTOR Q DTDK DIITAL TRANSISTOR Q,6 DT DIITAL TRANSISTOR Q7 2S0(O) TRANSISTOR TK-0 TX-RX UNIT (X7-6XX2-7X) PLL/VO (X-722-XX) 7HH0R HIP 0.PF 7HH00 HIP.0PF, 7HH00 HIP.0PF, 7HH00 HIP.0PF 6 7HH060 HIP 6.0PF, New Parts No. Description Destiparts nation parts New Parts No. Description Desti- nation Q DT6U DIITAL TRANSISTOR Q9 DTAYUA DIITAL TRANSISTOR Q0 DT DIITAL TRANSISTOR Q 2SA62(Y) TRANSISTOR Q2 2S2(Q,R) TRANSISTOR Q DT DIITAL TRANSISTOR Q 2S209K(P) TRANSISTOR Q6 DT DIITAL TRANSISTOR Q7 2S22K(S) TRANSISTOR Q 2SK2 FT Q9 2SD29 TRANSISTOR Q20 2S(Q) TRANSISTOR Q2 FMW TRANSISTOR Q22 DT DIITAL TRANSISTOR Q2 DTA DIITAL TRANSISTOR Q2 DT DIITAL TRANSISTOR Q2,26 DTA DIITAL TRANSISTOR Q27 2SA6(S,T) TRANSISTOR Q2,29 DT DIITAL TRANSISTOR Q0 DTA DIITAL TRANSISTOR Q DT DIITAL TRANSISTOR Q2 2SK2 FT Q20 2S7 TRANSISTOR Q202 2S09(R27) TRANSISTOR Q20,20 2S7 TRANSISTOR Q20 2S29 TRANSISTOR, Q20 2S7 TRANSISTOR Q00 2S2(Y) TRANSISTOR Q0,02 2S722K(S) TRANSISTOR Q0-0 DT DIITAL TRANSISTOR Q0 DTTU DIITAL TRANSISTOR Q02 DT DIITAL TRANSISTOR Q0 2S67(S) TRANSISTOR Q07 DT DIITAL TRANSISTOR Q0,09 2S67(S) TRANSISTOR Q0 2S69 TRANSISTOR Q DTAW DIITAL TRANSISTOR Q2 DT DIITAL TRANSISTOR Q 2S27(Y) TRANSISTOR Q DT DIITAL TRANSISTOR PLL/VO (X-722-XX) -70 :, -7 : 02 K7H7K HIP 70PF K 0 7HH00D HIP 0PF D, 0 7HH0J HIP PF J 0 7HH060 HIP 6.0PF 0 7HH070 HIP 7.0PF, 07 7HH060 HIP 6.0PF 07 7HH20J HIP 2PF J, 0 7HHR7 HIP 0.7PF 0 7HH070 HIP 7.0PF 0 7HH00 HIP.0PF, 7HH00 HIP.0PF 6 7HH00 HIP.0PF 7 K7H7K HIP 70PF K 7HH020 HIP 2.0PF 7HH090 HIP 9.0PF, 9,20 K7H7K HIP 70PF K 2 7HH00 HIP.0PF 2 7HH070 HIP 7.0PF, 22 7HH0R HIP 0.PF 2 K7H7K HIP 70PF K 2 7HHR7 HIP 0.7PF 2 7HH00 HIP.0PF 26,27 K7H7K HIP 70PF K 2 K7F0K HIP 0.0UF K 29 K7H7K HIP 70PF K T RAMI TRIMMR AP (0P) T RAMI TRIMMR AP (0P) N PIN ASSY - F SHILDIN AS L0-0 L0-9- SMALL FIXD INDUTOR (.UH) L0 L SMALL FIXD INDUTOR (22NH), L0 L SMALL FIXD INDUTOR (27NH) L06 L SMALL FIXD INDUTOR (NH), L06 L SMALL FIXD INDUTOR (22NH) L07,0 L SMALL FIXD INDUTOR (UH) L09,0 L0-9- SMALL FIXD INDUTOR (.UH) L L-07-0 SMALL FIXD INDUTOR R0 RK7J70J HIP R 7 J /6W R0,02 RK7J0J HIP R 00 J /6W, R02 RK7J0J HIP R 00 J /6W R0 RK7J0J HIP R 00K J /6W, R0 RK7J22J HIP R 22K J /6W R0 RK7J0J HIP R 00 J /6W R0 RK7JJ HIP R 0K J /6W R06 RK7J0J HIP R 00 J /6W R07-0 RK7J0J HIP R 0K J /6W R RK7J70J HIP R 7 J /6W R2 RK7JJ HIP R 0 J /6W, R2 RK7J22J HIP R 220 J /6W R RK7JJ HIP R 0 J /6W R RK7J70J HIP R 7 J /6W R RK7J0J HIP R 0K J /6W R6 RK7J92J HIP R.9K J /6W R7 RK7J0J HIP R 00 J /6W R-20 R HIP R 0 OHM J /6W D0-0 SV2 VARIAL APAITAN DIOD D0 SV2 VARIAL APAITAN DIOD Q0 2SK0NV(K2) FT Q02 DTUA DIITAL TRANSISTOR Q0 2SK0NV(K2) FT Q0,0 2S0 TRANSISTOR Q06 2S226(R2) TRANSISTOR

44 TK-0 PARTS LIST SU UNIT (X-0-0) K70K HIP 0.0UF K HIP-TAN 0UF 6WV SU UNIT (X-0-0) New Parts No. Description Destiparts nation New parts Parts No. Description Desti- nation R RK7J0J HIP R 0K J /6W R R HIP R 0 OHM J /6W Q 2S22K(S) TRANSISTOR

45 XPLODD VIW TK A 6 A 2x2 A x2 2 2x x J0 I00 Ax Sub unit Dx TX-RX unit (/2) x2 x2 2 J TX-RX unit (A/2) 9 A M2.6 x 6 (O) LK : N M x : N M2.6 X 6 (r-tap) : N D M2.6 x 2 (r-tap) : N Parts with the exploded numbers larger than 700 are not supplied.

46 TK-0 D PAKIN ap ( ) 6 Protection bag (H2-00-0) 7 Protection bag (H ) 0 D cord (0--0) 2 Fuse (F ) 9 Rating label (2-999-) : 0 racket (J ) Inner packing case (H2-9-0) Screw set (N ) Polystyrene foamed fixture () (H ) Pamphlet 7 Instruction manual (62--00) 7 Protection bag (H ) Polystyrene foamed fixture (F) (H0-66-2) Item carton case (H ) :, (H ) : 6 Parts with the exploded numbers larger than 700 are not supplied.

47 ADJUSTMNT TK-0 Test Mode Test Mode Operating Features This transceiver has a test mode. To enter test mode, press [] key and turn power on. Hold [] key until test channel No. and test signalling No. appears on LD. Test mode can be inhibited by programming. To exit test mode, switch the power on again. The following functions are available in test mode. ontrols ( SFT appears) [PTT] Used when making a transmission. [ ] Shift off. [A] FFSK 200 bps and 200 bps. [] Shift off. [] ompander function on and off. [D] eat shift on and off. [ALL] Shift off. [hannel Up/Down] Shift off. [Volume Up/Down] Shift off. ontrols ( SFT not appears) [PTT] Used when making a transmission. [ ] Monitor on and off. [A] Sets to the tuning mode. [] Shift on. [] RF power high and low. [D] hanges signalling. [ALL] hanges wide, Semi-wide and narrow [hannel Up/Down] hanges channel [Volume Up/Down] Volume up/down. Note : If a [A], [], [], [D] key is pressed during transmission, the DTMF corresponding to the key that was pressed is sent. LD indicator SN Unused Lights at compander on. AUX Unused. P Lights at RF power low. MON Lights at monitor on. SV Unused. Lights at FFSK 200 bps. LD indicator Red LD Lights during transmission. reen LD Lights when there is a carrier. Sub LD indicator SFT Appears at shift on. Frequency and Signalling The set has been adjusted for the frequencies shown in the following table. When required, re-adjust them following the adjustment procedure to obtain the frequencies you want in actual operation. Frequency (MHz) hannel, No. RX TX RX TX ~6 Signalling Signalling No. RX TX None None 2 None 00Hz square QT 67.0Hz QT 67.0Hz QT.Hz QT.Hz QT 20.7Hz QT 20.7Hz 6 QT 20.Hz QT 20.Hz 7 DQT 02N DQT 02N DQT 7I DQT 7I 9 DTMF D, (9D) DTMF N, (9D) 0 None DTMF tone 9 2-tone (2.7/92.Hz) None 2 Single tone 200Hz Single tone 200Hz -tone D. (IA #2) -tone N. (IA #2) None FFSK FFSK code FFSK code Preparations for Tuning the Transceiver efore attempting to tune the transceiver, connect the unit to a suitable power supply. Whenever the transmitter is turned, the unit must be connected to a suitable dummy load (i.e. power meter). The speaker output connector must be terminated with a Ω dummy load and connected to an A voltmeter and an audio distortion meter or a SINAD measurement meter at all times during tuning. Transceiver Tuning (To place transceiver in tuning mode) hannel appears on LD. Set channel according to tuning requirements. LD display (Test mode) n W/SW/N hannel No. Signalling No. 7

48 TK-0 ADJUSTMNT Press [A], now in tuning mode. Use [] button to write tuning data through tuning modes, and [hannel Up/Down] to adjust tuning requirements ( to 26 appears on LD). Use [D] button to select the adjustment item through tuning modes. Use [] button to adjust or -point tuning, and use [ALL] button to switch between wide/semi-wide/narrow. LD display (Tuning mode) Tuning flow Note : You cannot configure semi-wide for -type. (-point tuning) (-point tuning) [] FRQ xxx [D] HPOW xxx LPOW xxx FRQ (-point tuning) [ALL] n AL xxx s AL xxx w AL xxx Adjustment item Adjustment (~26) Panel Tuning Mode (MHz), type Test channel RX frequency TX frequency L L H H (-point tuning) (-point tuning) (-point tuning) [ALL] n MAX xxx s MAX xxx w MAX xxx [ALL] n QT xxx s QT xxx w QT xxx n DQT xxx n DTMF xxx n FFSK xxx [ALL] [ALL] [ALL] s DQT xxx s DTMF xxx s FFSK xxx w DQT xxx w DTMF xxx w FFSK xxx type n TON xxx [ALL] s TON xxx w TON xxx Test channel RX frequency TX frequency L (-point tuning) SNS xxx L H H (-point tuning) (-point tuning) n SQL xxx n LRSI xxx [ALL] s SQL xxx [] (-point tuning) [ALL] s LRSI xxx [] (-point tuning) w SQL xxx [] (-point tuning) w LRSI xxx [] (-point tuning) Squelch level RSSI low level (-point tuning) n SQLT xxx [ALL] s SQLT xxx [] (-point tuning) w SQLT xxx [] (-point tuning) Squelch tight level (-point tuning) n HRSI xxx [ALL] s HRSI xxx [] (-point tuning) w HRSI xxx [] (-point tuning) RSSI high level -point tuning (ex. RF power high) HPOW xxx [D] [] L HPOW xxx [D] [] L2 HPOW xxx [D] [] HPOW xxx [D] [] [D] H2 HPOW xxx [] H HPOW xxx [D] -point tuning (ex. Maximum deviation (Narrow)) n MAX xxx [D] [] nl MAX xxx [D] [] n MAX xxx [D] [] nh MAX xxx [D]

49 ADJUSTMNT TK-0 Test quipment Required for Alignment Test quipment Major Specifications. Standard Signal enerator Frequency Range 00 to 70MHz (SS) Modulation Frequency modulation and external modulation Output 27dm/0.µV to greater than 7dm/00mV 2. Power Meter Input Impedance 0Ω Operation Frequency 00 to 70MHz or more Measurement apability Vicinity of 00W. Deviation Meter Frequency Range 00 to 70MHz. Digital Volt Meter Measuring Range to 20V D (DVM) Accuracy High input impedance for minimum circuit loading. Oscilloscope D through 0MHz 6. High Sensitivity Frequency Range 0Hz to 000MHz Frequency ounter Frequency Stability 0.2ppm or less 7. Ammeter 20A. AF Volt Meter Frequency Range 0Hz to 0kHz (AF VTVM) Voltage Range mv to V 9. Audio enerator (A) Frequency Range 20Hz to 20kHz or more Output 0 to V 0. Distortion Meter apability % or less at khz Input Level 0mV to 0Vrms. Ω Dummy Load Approx. Ω, 0W 2. Regulated Power Supply.2V, approx. 20A (adjustable from 9 to 20V) Useful if ammeter requipped Tuning cable (0--0) Test cable for microphone input (0-60-0) Adapter cable (0--0) is required for injecting an audio if P tuning is used. See P Mode section for the connection. MI connector (Front view) Lead wire MI Shiel wire : L 2 : PS : : PTT : M 6 : MI 7 : HOOK : M 9

50 TK-0 ADJUSTMNT Adjustment Location Switch Adjustment Point Note : Variants L20 and L207 are omitted for type. USY/ TX LD D SOUR VOLUM DOWN VOLUM UP SU DISPLAY PRIORITY MONITOR SRVI SAN AUXILIAY HANDST MAIL HANNL UP HANNWL DOWN TX-RX UNIT (A/2) ALL VR MODULAR MI JAK ALPHANUMRI DISPLAY PRORAMMAL FUNTION KYS ALL Note Flash memory The firmware program (User mode, Test mode, Tuning mode, etc.) and the data programmed by the FPU (KP-60D) for the flash memory, is stored in memory. When parts are changed, program the data again. L20 L207 T06 PLL/VO TP T09 L6 PROM The tuning data (Deviation, Squelch, etc.) for the PROM, is stored in memory. When parts are changed, readjust the transceiver. Repair Jig (hassis) Use jig (Part No. : A ) for repairing the TK-0. The jig facilitates the voltage check when the voltage on the component side TX-RX unit (A/2) is checked during repairs. ommon Section Measurement Adjustment Item ondition Testequipment Unit Terminal Unit Parts Method Specifications/Remarks. PLL lock ) Set test mode DVM TX-RX TP PLL T06.V (Receive) ±0.V voltage H : H - Sig Power meter (A/2) PTT : OFF (Receive) T09.V (Transmit) (Transmit) 2) H : H2 - Sig heck.0v or less PTT : OFF (Receive) (Transmit) 0

51 Receiver Section Item ondition ADJUSTMNT Measurement Testequipment Unit Terminal Adjustment Unit Parts Method. Discriminator ) Set test mode SS Rear ANT TX-RX L6 AF output voltage H : H - Sig panel (A/2) maximum. SS output : dm AF VTVM A AF :.V/Ω Oscilloscope (XT.SP) TK-0 Specifications/Remarks 2. Sensitivity ) Set test mode SS ANT L SNS 2, Select SNS in tuning mode. Adjust for maxi- L SNS AF VTVM A mum SINAD. SS freq : See freq table Distortion (XT.SP) SS output : dm/0.µv meter SS MOD :.khz Oscilloscope AF output : V/Ω A 2) SNS Adjust for maxi- SS freq : See freq table mum SINAD. ) H SNS H SNS 20 SS freq : See freq table. Squelch ) Set test mode Squelch must be Select nl SQL in tuning mode. closed once. SS freq : See freq table Then adjust for SS output : Sensitivity squelch open point. value of 2d SINAD. SS MOD :.khz (Narrow) 2) n SQL SS freq : See freq table ) nh SQL SS freq : See freq table ) sl SQL, s SQL, sh SQL SS freq : Same as narrow adjustment. SS output : Sensitivity value of 2d SINAD. SS MOD : 2.kHz (Wide k) ) wl SQL, w SQL, wh SQL SS freq : Same as narrow adjustment. SS output : Sensitivity value of 2d SINAD. SS MOD :.0kHz (Wide k). RSSI (Low) ) Set test mode Writing values only. Select nl LRSI in tuning mode. SS freq : See freq table SS output : Sensitivity value of 2d SINAD. SS MOD :.khz (Narrow) 2) n LRSI SS freq : See freq table ) nh LRSI SS freq : See freq table ) sl LRSI, s LRSI, sh LRSI SS freq : Same as narrow adjustment. SS output : Sensitivity value of 2d SINAD. SS MOD : 2.kHz (Wide k) ) wl LRSI, w LRSI, wh LRSI SS freq : Same as narrow adjustment. SS output : Sensitivity value of 2d SINAD. SS MOD :.0kHz (Wide k)

52 TK-0 ADJUSTMNT Item ondition Measurement Testequipment Unit Terminal. Squelch ) Set test mode SS Rear ANT (Tight) Select nl SQLT in tuning mode. panel Set nl SQLT 2 AF VTVM A Distortion (XT.SP) 2) n SQLT meter Set n SQLT 2 Oscilloscope A ) nh SQLT Set nh SQLT 2 ) Only type sl SQLT, s SQLT, sh SQLT Same as narrow adjustment (2). ) wl SQLT, w SQLT, wh SQLT Same as narrow adjustment (2). Adjustment Unit Parts Method Specifications/Remarks 6. RSSI (High) ) Set test mode Writing values only. Select nl HRSI in tuning mode. SS freq : See freq table SS output : 70dm SS MOD :.khz (Narrow) 2) n HRSI SS freq : See freq table ) nh HRSI SS freq : See freq table ) sl HRSI, s HRSI, sh HRSI SS freq : 70dm SS output : Sensitivity value of 2d SINAD. SS MOD : 2.kHz (Wide k) ) wl HRSI, w HRSI, wh HRSI SS freq : 70dm SS output : Sensitivity value of 2d SINAD. SS MOD :.0kHz (Wide k) 7. Squelch ) Set test mode heck Squelch must be opened. check H : H - Sig (Wide k/wide k/narrow) SS freq : See freq table SS output : d SINAD level 2) SS output : OFF Squelch must be closed. (Wide k/wide k/narrow). QT check ) Set test mode heck Squelch must be opened. H : H - Sig (Wide k/wide k/narrow) SS freq : See freq table SS MOD INT : khz XT :.Hz SS system MOD DV : ±.7kHz SS output : 2d SINAD level 2) H : H - Sig Squelch must be closed. H - Sig6 H - Sig7 2

53 Transmitter Section Item ondition ADJUSTMNT Measurement Testequipment Unit Terminal Adjustment Unit Parts Method TK-0 Specifications/Remarks. Frequency ) Set test mode Power meter Rear ANT heck 70.00MHz±00Hz, Select FRQ in tuning mode. F. counter panel 9.00MHz±00Hz 2. Power ) Maximum power TX-RX VR 26.0W, ± 0.W, output Set test mode (A/2).W ± 0.2W Select HPOW in tuning mode. H HPOW 26 H2 HPOW 20 HPOW 26. High power ) Set test mode 2.0W, ±.0W, Select HPOW in tuning mode..0w ± 0.2W L HPOW 2) L2 HPOW ) HPOW ) H2 HPOW ) H HPOW Set H HPOW 20 ±.0W if you cannot adjust.0w,.0w the output power to ± 0.2W 2W for type.. Low power ) Set test mode Power meter 6.0W, ± 0.W, Select LPOW in tuning mode..0w ± 0.W L LPOW 2) L2 LPOW ) LPOW ) H2 LPOW ) H LPOW. Power check ) Set test mode Power meter ANT heck 2W±W, A or less, H : H - Sig 2WW, W ( H - Sig) H2 - Sig Ammeter D IN W± 0.2W, A or less H - Sig 6. Modulation ) Set test mode Power meter Rear ANT Make the de- (Wide k/wide k/narrow) balance MI input : OFF Deviation panel modulation Select AL in tuning mode. meter waveform near. nl AL Oscilloscope Deviation meter filter LPF : khz AF VTVM Front MI HPF : OFF A panel De-emphasis : OFF 2) n AL ) nh AL ) s AL ) w AL

54 TK-0 ADJUSTMNT Item ondition Measurement Testequipment Unit Terminal Adjustment Unit Parts Method Specifications/Remarks 7. Maximum ) Set test mode Power meter Rear ANT.kHz (Wide k) 0Hz, 0Hz deviation onnect A to the MI Deviation panel.khz (Wide k) (Wide k/wide k/narrow) terminal. meter 2.0kHz (Narrow) Select MAX in tuning mode. Oscilloscope (According to the nl MAX larger, ) A : khz/0mv AF VTVM Front MI Deviation meter filter A panel LPF : khz HPF : OFF De-emphasis : OFF 2) n MAX ) nh MAX ) s MAX ) w MAX. MI ) Set test mode heck ± khz± 0.2kHz (Wide k) seisitivity H : H - Sig ± 2.kHz± 0.kHz (Wide k) check A : khz/mv ±.khz± 0.0kHz (Narrow) 9. QT deviation ) Set test mode 0.7kHz (Wide k) ± 0Hz Select QT in tuning mode. 0.60kHz (Wide k) (Wide k/wide k/narrow) nl QT 0.kHz (Narrow) Deviation meter filter LPF : khz HPF : OFF 2) n QT ) nh QT ) s QT ) w QT 0. DQT ) Set test mode 0.7kHz (Wide k) ± 0Hz deviation Select DQT in tuning mode. 0.60kHz (Wide k) (Wide k/wide k/narrow) nl DQT 0.kHz (Narrow) Deviation meter filter LPF : khz HPF : OFF 2) n DQT ) nh DQT ) s DQT ) w DQT

55 ADJUSTMNT TK-0 Item ondition Measurement Testequipment Unit Terminal Adjustment Unit Parts Method Specifications/Remarks. DTMF ) Set test mode Power meter Rear ANT.0kHz (Wide k) ± 0.2kHz (Wide k/wide k) deviation Select n DTMF in tuning mode. Deviation panel 2.kHz (Wide k) ± 0.kHz (Narrow) Deviation meter filter meter.khz (Narrow) LPF : khz Oscilloscope HPF : OFF AF VTVM Front MI A panel 2) s DTMF ) w DTMF 2. FFSK ) Set test mode.0khz (Wide k) ± 0.kHz deviation Select n FFSK in tuning mode. 2.kHz (Wide k) (Wide k/wide k/narrow) Deviation meter filter.khz (Narrow) LPF : khz HPF : OFF 2) s FFSK ) w FFSK. TON ) Set test mode.0khz (Wide k) ± 0.kHz deviation Select n TON in tuning mode. 2.kHz (Wide k) (Wide k/wide k/narrow) Deviation meter filter.khz (Narrow) LPF : khz HPF : OFF 2) s TON ) w TON

56 TK-0 A D TK-0 P OARD VIWS 2 PLL/VO (X-722-XX) -70 :, -7 : omponent side view (J ) J R R2 2 9 L09 L0 2 R07 2 S Q0 S 6 D D Q0 22 Q0 R09 Q02 R0 Q0 R20 L07 R R R0 L0 L0 R6 R06 R0 R9 Q06 L06 20 R 26 R0 0 T06 7 T09 L D0 2 D0 07 R7 0 D0 0 0 R0 02 L0 27 L0 D0 D02 29 L0 R0 R02 R 2 L02 N0 ST HT 9L L MD V SU UNIT (X-0-0) omponent side view (J ) 2 L 9L R R ND Q 9 IN J PLL/VO (X-722-XX) -70 :, -7 : Foil side view (J ) R2 R L0 Q0 D Q0 S R20 2 R07 R0 R09 Q02 Q0 22 L09 6 Q0 D S 9 J D0 0 T09 2 R7 D0 L 0 R0 20 R06 R6 L0 R0 R R L07 L06 Q06 R9 26 R R0 R0 0 L0 L0 27 L0 D02 D0 D0 07 T06 R02 L R R0 L0 V MD L 9L HT ST N0 omponent side Foil side 7 6

57 A Layer Layer 2 Layer Layer omponent side Foil side D F H TX-RX UNIT (X7-62-XX) (A/2) -70 : -7 : omponent side view (J A/2) I00 2 I J K L M N I 0M I0 R I 2J I 6N I00 0H I00 2I I0 7 Q R O P Q P OARD VIW TK-0 Q 0R Q2 7F Q0 0M D2 P D2 9 Q6 0R Q2 J D7 0Q D7 P D2 Q N Q20 D L D20 9 D2 2 Q0 Q Q6 Q7 Q9 7M 7M J 6F N Q00 9F D9 2L D20 9 Q0 F D 9L D20 Q02 F D2 2M D206 Q0 7H D M D2 D Q02 0O D 2M D22 R S R209 TV D22 L20 D D20 D2 R27 R L L L22 2 D2 220 R20 L TP2 20 R220 R R202 L20 2 R D R D206 R2 D2 9 L2 R6 2 R27 R22 6 L TP D2 VR 267 R A L2 R22 L22 0 ST HT 9L L MD V 2 TP L R9 R9 R Q20 R R0 L0 Q00 R6 R7 R9 L R22 29 R09 2 R6 R0 R Q02 Q2 26 R2 R R7 R22 R2 R20 R22 R22 R R Q7 R9 6 9 R2 I0 L06 Q L0 R2 R 0 R00 R R 9 0 XF 2 0 R0 0 R06 R R9 Q0 R20 06 I00 29 R07 R0 R0 R 2 7 R02 20 L02 9 R0 R 9 9 R29 L6 R0 R 7 Q6 02 TP 262 S D R2 R Q I R9 99 L L F (F) X2 R F2 () 6 29 R6 D R9 0 R99 D R97 I 06 Q R60 R D9 29 R7 D2 D R R9 D Q0 0 R7 RSSI Q9 I Q R 6 6 Q0 I O 7 R R7 R Q02 29 RD2 OP SQ RD TD2 2 SQ2 R R76 R R0 6 R0 FW SQ R PTT 7 TD MI/TXS 6 M/AM 70 7 D7 DO DI R2 IN AHK/USY R R 2 R7 R6 R DO 2 62 D2 LOK/DT/ TXS/FSW MM LO/AM N N N PA SPO SPI R76 D7 HOR N6 S N TXDI J XT.SP RXDI Q LOK 2 R0 Q 0 J A/2 I0 0 SP R N Q

58 2 A D F H I J K L M N O P Q R S R9 D2 R0 72 R R6 R D6 R2 R R2 R D6 D R0 R6 2 D Q26 R R R9 Q R R Q27 Q0 6 R2 R 27 R2 R R7 R9 R R R70 R0 R R6 Q D2 R7 I I 22 N7 R R2 R2 9 R20 RSSI 6 R R2 R72 67 I R7 0 9 Q R7 R6 I TK-0 P OARD VIW Ref. No. I I2 I I I6 I7 I I9 Address 9M 0 9 6N 9 0 D Ref. No. I2 I I Address 9I 6 9 I200 2Q I00 Q Q2 Q7 2K 9K 0O Ref. No. Q9 Q Q2 Q Q Q20 Q22 Q2 Address 7 7H 2K J H 9 0J Ref. No. Q2 Q2 Address 0J 9 Q26 0D Q27 Q2 Q29 Q0 Q 7D 7 6O D Ref. No. Address Q20 0R Q202 7N Q20 Q20 D D2 D D 7L 7J D D Ref. No. D D6 Address 2 D O D6 D7 D20 D2 D22 7 J Ref. No. Address D2 H D2 D26 D27 D2 D0 D D 7 9 6Q 6R TX-RX UNIT (X7-62-XX) (A/2) -70 : -7 : Foil side view (J A/2) 2 I00 Ref. No. Address D 2 D200 D207 9R 7L D209 N D20 6P Layer Layer 2 Layer Layer omponent side Foil side R SP 9 9 R2 96 Q9 HOR S 97 PA D2 D26 R06 I 9 0 R90 D20 7 R6 Q2 PSW Q22 R0 2 LOK R I9 I O R06 Q S D R9 R6 R 2 S DO RD2 TD2 RD W/N T/R MO TO P R PSW DO MM AFO M MI AHK IN S S KY K DT RSSI LD S P N APTT P DT TXD RXD O FSW SQ OP TD FW 2 TR D 7 R 2 R R6 R22 I O I7 I Q20 I2 R9 R Q2 S R7 R6 R2 DT R K 2 20 R2 I2 L0 R02 2 D2 R206 PO P T R0 R R O 2 2 R20 R R R6 0 L29 R26 R DO DM W/N D D R2 6 R2 R2 Q L2 KY 7 6 Q2 2 R R2 L7 Q20 R2 Q2 QAD TP Q2 9 R R26 R2 20 Q 26 R2 R2 R0 260 R20 2 R22 LD R00 L22 R2 L27 29 P 06 R2 R Q20 D207 L00 07 DT P 26 R R27 R2 M 26 2 R27 0 X L0 L26 R 27 I R 2 R R69 R26 R2 7 R26 L 2 2 R96 2 I6 R2 R6 R2 2 Q202 R6 R 6 R70 R R R62 7 R D209 R2 L2 R0 R R69 D 6 69 R L Q29 H/L R22 R6 L 26 R66 Q7 9 R2 R2 20 A2 : SU UNIT (X-) R62 L9 TP ST HT 9L L MD V 67 R79 R 229 R D20 R D27 9 R L R R2 R22 22 L206 R TP I200 R7 R9 6 Q20 L20 L22 R2 TP2 227 D0 R2 TV D ANT ANT 27 L D2 D D D D7 D J A/2

59 S R Q P O N M L K J I H F D A I I D2 D7 R27 22 D2 TV I00 L22 27 L220 D7 0 R7 R R A 99 X2 R9 L6 0 R Q0 Q02 F2 () F (F) N2 TP L207 L20 R9 Q N D2 L0 R0 07 R27 R97 6 R R6 R9 22 N R7 R L2 R0 R22 R R L22 R9 R2 R I0 R6 R R9 Q0 R R22 R20 02 TP 2 R2 R 7 D R6 R7 R76 R60 R9 R L222 R R07 R0 R99 R9 XF Q Q L06 0 L0 TP TP2 L Q2 7 7 DO RD2 OP SQ RD TD2 TD FW 2 SQ S D J XT.SP PA SPO SPI HOR S LOK/DT/ TXS/FSW MM LO/AM J A/2 N 220 R2 R209 R D R R R N6 D RSSI 29 9 R220 R D9 R27 D2 R R22 0 R 22 R N 20 R2 L22 R22 D206 D20 D20 D20 D2 D2 D D 70 9 R R R I R09 R2 00 R22 29 R29 R9 R Q02 Q0 R R02 R0 R0 R0 R2 R0 20 R R6 L R2 R R 2 R0 R R20 R202 R Q2 2 Q20 Q7 2 R0 6 R76 R R R06 L02 R R20 I0 7 Q0 Q Q Q6 Q R Q R22 R227 VR L 2 L L227 R200 L2 I O DO SQ PTT MI/TXS M/AM DI IN AHK/USY SP 2 0 TXDI RXDI LOK R7 R72 R7 R2 260 R6 R6 R70 R2 R D7 R69 D D R0 R 26 R20 R D D D2 Q27 D2 R0 229 R2 R67 27 R R2 Q R 0 R2 R I I D L0 R R R6 R R D6 R2 I2 R R R00 R96 R2 R2 Q20 R R2 D R6 R D2 7 R R R0 Q2 R09 R2 R9 R R2 6 R2 R9 R2 R7 I R Q7 R R7 L2 2 R2 R20 R2 R26 R27 R2 R26 R22 R6 62 R D R R2 R2 R20 L27 2 R D22 R R D6 R R R R7 29 R9 R R R L 69 I200 6 R 2 L R2 7 L Q2 Q2 Q26 Q2 Q0 Q R7 R L7 R R2 R62 R2 R L206 L R26 R2 L22 N7 7 L00 L0 R00 L0 R02 D27 D0 Q O I O I 7 FSW O RXD TXD DT P APTT N P S LD RSSI DT K KY S S IN AHK MI M AFO MM DO PSW R P TO MO T/R W/N 2 I I I2 L20 I7 R6 D207 R R 2 Q20 D D2 R Q 2 27 R7 R9 I I R90 I6 2 Q R Q20 R20 7 R69 D20 D26 R9 T TR S R DT S 9 Q2 R62 R R0 R6 R R06 2 R2 R2 R29 L22 R R0 R2 L Q20 2 L29 D2 R07 R R22 R0 R26 R27 R7 67 R79 D 0 R L2 R2 SP R R2 Q22 Q2 Q29 Q9 L20 X LD QAD DO KY W/N K PO P D R9 R6 R6 H/L R6 D Q 60 DM R6 R70 R2 R R0 ANT ANT ST HT 9L L MD V M DT P P D I00 2 PSW LOK I O S D 7 6 P OARD VIW TK-0 62 TX-RX UNIT (X7-62-XX) (A/2) -70 : -7 : omponent side view Foil side (J A/2) I 9 I2 M I 0O I 9O I 0M I6 6F I7 9M I 0M I9 O I0 R I 2J I2 9K I 6M I 6N I 9Q I200 2 I00 0H I00 2I I0 7 Q O Q2 9I Q R Q 0R Q6 0R Q7 0 Q N Q9 R Q0 7M Q 7M Q2 7L Q 7M Q 2I Q6 J Q7 6F Q J Q9 N Q20 L Q2 7F Q22 9P Q2 0J Q2 0J Q2 9P Q26 0P Q27 7P Q2 7O Q29 6 Q0 P Q P Q2 J Q20 0 Q202 7F Q20 Q20 7H Q20 7J Q00 9F Q0 F Q02 F Q0 7H Q02 0O Q0 0N D P D2 Q D Q D P D O D207 7H D209 F D20 6 D2 D D22 D2 9 D2 D2 2 D6 2Q D7 0Q D L D9 2L D 9L D2 2M D M D 2M D D6 7Q D7 O D20 Q D2 Q D22 J D2 L D2 7O D26 9Q D27 6 D2 R D0 6 D Q D2 P D Q D 2M D7 P D200 9 D20 9 D20 9 D20 D206 omponent side Foil side Layer Layer 2 Layer Layer onnect and A2 : SU UNIT (X-)

60 I I A D F H I J K L M N O P Q R S TK-0 P OARD VIWS TX-RX UNIT (X7-62-XX) (/2) -70 : -7 : omponent side view (J /2) 2 J /2 M PSW J0 MI PTT/ TXD PS HOOK/ RXD M L D Q 600 D2 VOL UP VOL DN D R2 R R2 R R26 I0 I0 R R69 R0 R R02 R726 R70 70 R2 7 R7 R72 R7 R Q0 9 7 L0 6 R 2 R R6 72 I70 R7 7 D09 7 R0 0 D0 R7 0 R R D R09 R 0 R R0 I02 R07 R0 R2 7 R7 6 R0 R 22 2 R72 O R62 D20 I09 9 I0 9 R7 6 R62 D L I0 2 D7 H UP H DN D6 A D ALL 6 7 Layer Layer 2 Layer Layer omponent side Foil side I0 2 I0 2M I70 2I D09 I D2 2 D M D20 L I02 2J I09 L Q0 H D0 I D D6 R I0 H I0 P Q D 2 D I D7 2R TX-RX UNIT (X7-62-XX) (/2) -70 : -7 : Foil side view (J /2) R0 D0 02 D0 SPO ND 60 D07 Q Q2 D R6 R2 2 R70 L02 L0 R06 R 0 D0 R6 2 Q Q0 R67 R722 R MPTT PTT J /2 726 R702 R72 R679 R R72 Q0 Q09 R66 R667 ND D0 D S X0 6 R I07 R7 2 7 R7 R 7 P0 R79 77 R67 76 R77 66 R I0 62 R 6 R R22 R 2 R R72 R2 I D R79 7 R2 R R20 72 R7 R70 69 R R9 R7 R6 R0 TXAI TXAO 67 9 Q02 R0 2 R R R6 622 R7 R6 R2 RXAI RXAO N R7 FSW O RXD TXD DT P APTT N P S LD RSSI DT K KY S S IN AHK MI M AFO MM DO PSW R P TO MO T/R W/N R6 0 Q I L0 R R 62 R S K SID N N LDA LDK N 0 N0 6 R76 R R0 O 602 R67 I R R670 R R676 R62 R69 R66 R6 R6 R R 60 R672 R706 R70 I2 R62 R629 R6 R6 R6 R60 R6 R6 R62 R R66 R66 R66 R662 R66 R660 R69 R6 R67 R66 R6 R6 R6 R62 R6 R60 R69 R67 I R X R66 R6 R6 R69 L0 R67 R66 R6 R62 R60 R627 R626 R62 R62 R622 R620 R6 R67 R6 R6 R60 R609 R60 R9 R90 R602 R60 R600 R99 R9 R96 R97 R9 R9 R92 7 R9 R9 R Q0 60 L0 L06 R R60 R R6 R omponent side Layer Layer 2 Layer 6 Layer Foil side 6 I0 0 I06 J I07 9 I 0Q I2 O I 0L I7 Q0 0 Q02 I Q07 J Q0 Q09 Q0 9S Q2 A Q Q 2A D0 D D02 9D D0 0 D0 9 D0 9 D07 0 D0 9 D 2

61 A D F H I J K L M N O P Q R S Q2 D D0 60 ND SPO R6 02 D0 D R60 R67 Q R2 R0 0 MPTT 2 2 I Q PSW R70 Q0 R6 R679 R72 R PTT R ND R667 R66 Q09 Q0 R06 R L0 J0 M MI PTT/ TXD PS HOOK/ RXD M L02 L R72 D0 R702 D Q D0 600 D X0 S 6 R R7 I07 D2 VOL UP VOL DN R 7 P0 R7 7 D 2 R79 R67 R20 R70 R 6 R 72 R7 R R2 R2 RXAO R26 R7 I70 2 I02 I0 RXAI R6 R R22 R02 R7 R Q02 R0 R2 R726 R0 I06 7 D0 I0 R R2 R I R 6 R R 6 R R R62 R R I P OARD VIW TK-0 TX-RX UNIT (X7-62-XX) (/2) -70 : -7 : omponent side view Foil side (J /2) J /2 6 R720 7 R72 R2 7 R I D0 R27 R2 7 R79 2 R7 720 R69 69 R70 72 R 76 R9 R R0 R R0 R6 R7 R TXAO 0 TXAI 9 R 6 2 R7 R 72 R 622 A R7 Q0 9 R R6 L0 R6 N02 7 R D Q07 R7 62 R L0 R S K SID N N LDA LDK N 6 R2 62 R 60 N FSW O RXD TXD DT P APTT N P S LD RSSI DT K KY S S IN AHK MI M AFO MM DO PSW R P TO MO T/R W/N D R09 R 0 R0 22 R72 6 R R76 79 R L07 I0 92 H I2 UP R R69 R9 R60 R62 R6 R9 R9 R6 R96 R70 R97 I R6 R9 R99 R600 R706 R60 I09 R67 I R602 R60 R66 R6 H R67 R670 R6 R660 R69 DN R R62 9 R6 R66 R662 R66 R6 D20 R66 R66 R D R69 R666 R6 R62 R62 R60 Q0 R6 D R6 R6 96 R6 X02 60 R676 D R629 ALL R0 O O R7 R R R 606 R677 R I0 R62 R66 R6 R6 R69 R67 R66 R6 R62 R60 2 R627 L0 R626 R62 R62 R622 R620 R6 R67 R6 R R6 R60 R609 R60 R9 R90 D7 R9 R92 7 R L0 R6 R6 L06 97 R 2 6 I0 I02 J I0 I0 F I06 I I07 I0 L I09 L I0 O I P I2 N I L I70 I I7 6F Q0 Q02 H Q0 H Q07 I Q0 Q09 Q0 R Q Q2 A Q Q A D0 6 D02 D D0 A D0 D0 A D07 A D0 D09 I D0 I D D2 2 D D 6I D 6M D6 R D7 2R D 2A D20 L Layer Layer 2 Layer Layer omponent side Foil side onnect and 7 DTA DTAW DT DT DTDK 2SA62 2S209K 2S22K 2S722K 2S2 2S226 2S67 2S69 2S0 2S2 2S 2S29 2S7 2SA6 2SD29 2S27 2S0 2S09 DTTU DT6U 2 DTUA 2SK0NV 2SK2 DA20U DTAYUA HSMAS DAN202U MA72 M770H FMW TA7L0F AN009M TA70S RHVL2 TA7S0F TS66F M7729H-22 N20 TA7WFU TA7W0FU T7WFU AT26N0SI2. NJM209V W VRF ND VIN LA22 T0F U066FV L772M U09FV TA6FN SA702DK M626FP AT TI TF 0620MA-2K9P

62 2 A D F H I J K L M N O P Q R S TK-0 P OARD VIW Layer Layer 2 Layer Layer omponent side Foil side TX-RX UNIT (X ) (A/2) omponent side view : (J A/2) I00 2 I I0 I I I00 I00 I0 Q 0M R 2J 6O 0H 2I 7 R Q Q6 Q Q0 Q Q6 Q7 Q9 0R 0S O 7M 7M J 6 O Q2 Q2 Q20 Q00 Q0 Q02 Q0 Q02 7F J F 9F F 7H 0O Q0 D7 D D9 D D2 D D 0O 0R M 2M 9M 2M M 2N D2 D7 D2 D902 D90 Q P J A/ IN 27 L L L D R90 R90 L906 D L TP2 L90 L90 L OUT 92 L97 L96 92 L TV L R L90 R R27 2 R L9 L L2 R6 R22 6 L TP D2 VR 267 R A L2 R22 L22 0 ST HT 9L L MD V 2 TP L22 R9 R9 R Q20 R R0 L0 Q00 R6 R7 R9 L R22 29 R09 2 R6 R0 R Q02 Q2 26 R2 R R7 R22 R2 R20 R22 R22 R R Q7 R9 6 9 R2 I0 L06 Q L0 R2 R 0 R00 R R R0 0 R06 R R9 Q0 R20 06 I00 R07 XF 29 R0 R0 R 2 7 R02 20 L02 9 R0 R 9 9 R29 L6 R0 R 7 Q6 02 TP 262 S D R2 R Q I R9 99 L L F (F) X2 R F2 () 6 29 R6 D R9 0 R99 R97 D I 06 Q 90 R9 R60 2 D R7 D2 D 76 R R9 Q0 D 0 R7 RSSI Q9 I Q R 6 6 Q0 I O 7 R R7 R Q02 29 RD2 OP SQ RD TD2 2 SQ2 R R76 R R0 6 R0 FW SQ R PTT 7 TD MI/TXS 6 M/AM 70 7 D7 DO DI R2 IN AHK/USY R R 2 R7 R6 R DO 2 62 D2 LOK/DT/ TXS/FSW MM LO/AM N N N PA SPO SPI R76 D7 HOR N6 S N TXDI J XT.SP RXDI Q LOK 2 I0 R0 Q 0 0 SP R N Q6 67

63 S R Q P O N M L K J I H F D A R7 R72 R7 R2 260 R6 R6 R70 R2 R D7 R69 D D R0 R 26 R20 R D D D2 Q27 D2 R0 229 R67 27 R R2 Q R 0 R2 R I I D L0 R R6 R R D6 R2 I2 R R R00 R96 R2 R2 Q20 R2 R22 R2 R2 D R6 R D2 7 R R R0 Q2 R09 R2 R9 R R2 RSSI 6 R2 R9 R2 R7 I R Q7 R R7 L2 2 R2 R20 R2 R26 R27 R2 R26 R22 R6 62 R D R R2 R2 R20 L27 R D22 R R D6 R HOR PA S R R R7 29 R9 R R R L 69 I200 6 R 2 L R2 L Q2 Q2 Q26 Q2 Q0 Q R7 R L7 R R62 R2 R L206 L20 L R26 R2 L22 N7 7 L00 L0 R00 R02 D27 D0 Q O I O I 7 2 I I I2 L20 I7 R6 D207 R206 R 2 Q20 D D2 R Q 2 27 R7 R0 R9 I I R90 I6 2 Q R Q20 R20 7 R69 D20 D26 R9 T TR S R DT S 9 Q2 R62 R R0 R6 R R06 2 R2 R2 R29 L22 R R0 R2 L Q20 2 D2 R07 R R22 R R0 R26 R27 R7 67 R79 D 0 R L2 R2 SP R R2 Q22 Q2 Q29 Q9 X LD QAD DO KY TP W/N K PO P TV 27 R9 R6 R6 H/L D Q 60 DM R6 R70 R2 TP R R0 A2 : SU UNIT (X-) ANT ANT ST HT 9L L MD V M DT P P D I00 2 PSW LOK I O S D 7 IN OUT TP TP2 DO RD2 OP SQ RD TD2 TD FW 2 J A/2 W/N T/R MO TO P R PSW DO MM AFO M MI AHK IN S S KY K DT RSSI LD S P N APTT P DT TXD RXD O FSW P OARD VIW TK-0 70 TX-RX UNIT (X ) (A/2) Foil side view : (J A/2) omponent side Foil side Layer Layer 2 Layer Layer Ref. No. Address I 9M I2 I 0 I 9 I6 6M I7 9 I 0 I9 D I2 9H Ref. No. Address I 6 I 9 I200 2Q I00 2K Q Q2 9J Q7 0N Q9 Q 7 Ref. No. Address Q2 7H Q 2K Q J Q20 Q22 9 Q2 0J Q2 0J Q2 9 Q26 0 Ref. No. Address Q27 7D Q2 7D Q29 6N Q0 D Q Q20 0Q Q202 7M Q20 7L Q20 7J Ref. No. Address D D D2 D D D D6 2 D N D6 7 D7 D Ref. No. Address D20 D2 D22 I D2 H D2 7 D26 9 D27 6P D2 D0 6R Ref. No. Address D D D 2F D207 7L D209 N D20 6O

64 A D F H I J K L M N O P Q R S R7 R72 R7 R2 260 R6 R6 R70 R2 R D7 R69 D D R0 R 26 R20 R D D D2 Q27 D2 R0 229 R67 27 R R2 Q R 0 R2 R I I D L0 R R6 R R D6 R2 I2 R R R00 R96 R2 R2 Q20 R2 R22 R2 R2 D R6 R D2 7 R R R0 Q2 R09 R2 R9 R R2 6 R2 R9 R2 R7 I R Q7 R R7 L2 2 R2 R20 R2 R26 R27 R2 R26 R22 R6 62 R D R R2 R2 R20 L27 R D22 R R D6 R R R R7 29 R9 R R R L 69 I200 6 R 2 L R2 L Q2 Q2 Q26 Q2 Q0 Q R7 R L7 R R62 R2 R L206 L20 L R26 R2 L22 N7 7 L00 L0 R00 R02 D27 D0 Q O I O I 7 FSW O RXD TXD DT P APTT N P S LD RSSI DT K KY S S IN AHK MI M AFO MM DO PSW R P TO MO T/R W/N 2 I I I2 L20 I7 R6 D207 R206 R 2 Q20 D D2 R Q 2 27 R7 R0 R9 I I R90 I6 2 Q R Q20 R20 7 R69 D20 D26 R9 T TR S R DT S 9 Q2 R62 R R0 R6 R R06 2 R2 R2 R29 L22 R R0 R2 L Q20 2 D2 R07 R R22 R R0 R26 R27 R7 67 R79 D 0 R L2 R2 SP R R2 Q22 Q2 Q29 Q9 X LD QAD DO KY W/N K PO P TV 27 R9 R6 R6 H/L D Q 60 DM R6 R70 R2 R R0 ANT ANT ST HT 9L L MD V M DT P P D I00 2 PSW LOK I O S D 7 A2 : SU UNIT (X-) I I D2 D7 I00 L22 27 L220 D7 0 R7 R R A 99 X2 R9 L6 0 R Q0 Q02 F2 () F (F) N2 TP R9 Q N 9 7 L0 R0 07 R27 R97 6 R R6 R9 22 N R7 R L2 R0 R22 R R L22 R9 R2 R I0 R9 Q0 R R22 R20 02 TP 2 R2 R 7 D R6 R7 R76 R60 R9 R L222 R20 R R R07 R0 R99 R9 90 XF Q Q L06 0 L0 TP IN OUT TP2 L22 Q2 7 7 DO RD2 OP SQ RD TD2 TD FW 2 SQ S D J XT.SP PA SPO SPI HOR S LOK/DT/ TXS/FSW MM LO/AM J A/2 N 90 L90 L90 L L97 L L90 TV R R R N6 D RSSI 29 R220 R D9 R27 D2 R R22 0 R 22 R N 20 R2 L22 R22 D2 D D 70 9 R R R I R09 R2 00 R22 29 R29 R9 R Q02 Q0 R R02 R0 R0 R0 R2 R R L9 L9 L99 L9 R90 R90 R90 L906 R902 9 D902 D90 L90 90 L R2 R R 2 R0 R R Q2 2 Q20 Q7 R0 6 R76 R R R06 L02 R R20 I0 7 Q0 Q Q Q6 Q R20 79 Q9 VR L 6 62 L227 R200 L2 I O DO SQ PTT MI/TXS M/AM DI IN AHK/USY SP 2 0 TXDI RXDI LOK TK-0 P OARD VIW 7 TX-RX UNIT (X ) (A/2) omponent side view Foil side : (J A/2) omponent side Foil side Layer Layer 2 Layer Layer onnect and I 9 I2 M I 0O I 9O I 0M I6 6 I7 9M I 0M I9 P I0 R I 2J I2 9L I 6M I 6O I 9R I200 2 I00 0H I00 2I I0 7 Q O Q2 9J Q R Q 0R Q6 0S Q7 0F Q O Q9 R Q0 7M Q 7M Q2 7L Q 7M Q 2I Q6 J Q7 6 Q J Q9 O Q20 M Q2 7F Q22 9Q Q2 0J Q2 0J Q2 9Q Q26 0Q Q27 7P Q2 7P Q29 6F Q0 P Q Q Q2 J Q20 0 Q202 7 Q20 F Q20 7H Q20 7J Q00 9F Q0 Q02 F Q0 7H Q02 0O Q0 0O D P D2 Q D Q D Q D O D6 2Q D7 0R D M D9 2M D 9M D2 2M D M D 2N D F D6 7R D7 P D20 Q D2 R D22 K D2 L D2 7O D26 9R D27 6D D2 R D0 6 D Q D2 Q D Q D 2N D7 P D207 7H D209 F D20 6 D2 D902 D90 9

65 I I A D F H TX-RX UNIT (X ) (/2) omponent side view : (J /2) I J K L M N O P Q P OARD VIWS TK-0 R S J /2 M PSW J0 MI PTT/ TXD PS HOOK/ RXD M L D Q 600 D2 VOL UP VOL DN D R2 R R2 R R26 I0 I0 R R69 R0 R R02 R726 R70 70 R2 7 R7 R72 R7 R Q0 9 7 L0 6 R 2 R R6 72 I70 R7 7 D09 7 R0 0 D0 R7 0 R R D R09 R 0 R R0 I02 R07 R0 R2 7 R7 6 R0 R 22 2 R72 O R62 D20 I09 9 I0 9 R7 6 R62 D L I0 2 D7 H UP H DN D6 2 A D ALL I0 2 I0 2L I70 2I D09 I D2 2 D M D20 L I02 2J I09 L Q0 H D0 I D D6 R I0 I0 O Q D 2 D I D7 2R TX-RX UNIT (X ) (/2) Foil side view : (J /2) Layer Layer 2 Layer Layer omponent side Foil side R0 D0 02 D0 SPO ND 60 D07 Q Q2 D R6 R2 2 R70 L02 L0 R06 R 0 D0 R6 2 Q Q0 R67 R722 R MPTT PTT J /2 726 R702 R72 R679 R R72 Q0 Q09 R66 R667 ND D0 D S X0 6 R I07 R7 2 7 R7 R 7 P0 R79 77 R67 76 R77 66 R I0 62 R 6 R R22 R 2 R R72 R2 I D R79 7 R2 R R20 72 R7 R70 69 R R9 R7 R6 R0 TXAI TXAO 67 9 Q02 R0 2 R R R6 622 R7 R6 R2 RXAI RXAO N R7 FSW O RXD TXD DT P APTT N P S LD RSSI DT K KY S S IN AHK MI M AFO MM DO PSW R P TO MO T/R W/N R6 0 Q I L0 R R 62 R S K SID N N LDA LDK N 0 N0 6 R76 R R0 O 602 R67 I R R670 R R676 R62 R69 R66 R6 R6 R R 60 R672 R706 R70 I2 R62 R629 R6 R6 R6 R60 R6 R6 R62 R R66 R66 R66 R662 R66 R660 R69 R6 R67 R66 R6 R6 R6 R62 R6 R60 R69 R67 I R X R66 R6 R6 R69 L0 R67 R66 R6 R62 R60 R627 R626 R62 R62 R622 R620 R6 R67 R6 R6 R60 R609 R60 R9 R90 R602 R60 R600 R99 R9 R96 R97 R9 R9 R9 R92 7 R9 R L0 R60 R 97 L06 Q0 R R6 R I0 0F I06 I I07 9 I 0P I2 N I 0L I7 Q0 0 Q02 H Q07 I Q0 Q09 Q0 9R Q2 A Q Q 2A D0 D02 9D D0 0A D0 9 D0 9A D07 0A D0 9 D 2A omponent side Layer Layer 2 Layer 7 Layer Foil side 7

66 A D F H I J K L M N O P Q R S 2 6 Q2 D D0 60 ND SPO R6 02 D0 D R60 R67 Q R2 R0 0 MPTT 2 2 I Q PSW R70 Q0 R6 R679 R72 R PTT R ND R667 R66 Q09 Q0 R06 R L0 J0 M MI PTT/ TXD PS HOOK/ RXD M L02 L R72 D0 R702 D Q D0 600 D X0 S 6 R R7 I07 D2 VOL UP VOL DN R 7 P0 R7 7 D 2 R79 R67 R20 R70 R 6 R 72 R7 R R2 R2 RXAO R26 R7 I70 2 I02 I0 RXAI R6 R R22 R02 R7 R Q02 R0 R2 R726 R0 I06 7 D0 I0 R R2 R I R 6 R R 6 R R R62 R R I TK-0 P OARD VIW TX-RX UNIT (X ) (/2) omponent side view Foil side : (J /2) J /2 6 R720 7 R72 R2 7 R I D0 R27 R2 7 R79 2 R7 720 R69 69 R70 72 R 76 R9 R R0 R R0 R6 R7 R TXAO 0 TXAI 9 R 6 2 R7 R 72 R 622 A R7 Q0 9 R R6 L0 R6 N02 7 R D Q07 R7 62 R L0 R S K SID N N LDA LDK N 6 R2 62 R 60 N FSW O RXD TXD DT P APTT N P S LD RSSI DT K KY S S IN AHK MI M AFO MM DO PSW R P TO MO T/R W/N D R09 R 0 R0 22 R72 6 R R76 79 R67 R0 O O R62 I I D20 R67 I0 6 9 R7 6 R67 R62 L07 92 I2 R69 R60 R62 R6 R R66 R6 H R67 R670 R6 R660 R69 DN R6 R66 R662 R6 R66 R66 R66 R D6 R69 2 R666 R6 R62 R62 R60 R6 D R6 R6 R6 X02 60 R676 D R629 ALL R 606 R677 R672 R70 R I0 R67 R6 R62 R66 R6 R6 R69 R67 R66 R6 R62 R60 2 R627 R626 R62 R62 I L0 R622 R620 R6 R67 R6 R R6 R60 R609 R60 R9 R90 D7 H UP R9 R92 R9 R R9 R9 R96 R97 R9 R99 R600 R60 R602 R60 7 L0 60 R6 R L06 96 R6 97 R Q0 7 I0 I02 J I0 H I0 I06 J I07 I0 M I09 L I0 P I Q I2 O I L I70 I I7 6 Q0 Q02 I Q0 H Q07 J Q0 Q09 Q0 S Q Q2 A Q Q A D0 6D D02 D D0 D0 D0 D07 D0 D09 I D0 J D D2 2 D D 6I D 6N D6 R D7 2R D 2 D20 L Layer Layer 2 Layer Layer omponent side Foil side onnect and 9 0 DTA DTAW DT DT DTDK 2SA62 2S209K 2S22K 2S722K 2S2 2S226 2S67 2S69 2S0 2S2 2S 2S7 2SA6 2SD29 2S27 2S0 2S09 DTTU DT6U 2 DTUA 2SK0NV 2SK2 DA20U DTAYUA HSMAS DAN202U MA72 FMW 2 TA7L0F AN009M TA70S RHVL2 TA7S0F TS66F M7729L-22 N20 TA7WFU TA7W0FU T7WFU AT26N0SI2. NJM209V W VRF ND VIN 2 LA22 T0F U066FV L772M U09FV TA6FN SA702DK M626FP AT TI TF 0620MA-2K9P 7 76