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<svcdoc>

<cvr>
<mid><ono>KM49603038C1</ono>
<cno>F1</cno>
<mttl loc=front1></mid>
<pid><product><pnm>DIGTAL Automatic Telephone Answering System</pnm>
<mdlno>
<mmdlno>KX-TM80-B</mmdlno>
</mdlno></product>
<dest>(for U.S.A)</dest></pid>
<pspec><mdlpic loc=mdlpic>
<spec>
<table column="0">
<ttl id=tbltele19970405180842>     </ttl>
<tgroup cols="2">
<colspec colnum="1" colname="cel1" colwidth="39.863mm">
<colspec colnum="2" colname="cel2" colwidth="87.136mm">
<spanspec namest="cel1" nameend="cel2" spanname="sp10-1-2">
<tbody>
<row>
<entry colname="cel1">
<p>Power Source:</p></entry>
<entry colname="cel2">
<p>AC adaptor(9V,AC) KX-A17</p></entry></row>
<row>
<entry colname="cel1">
<p>RingControl:</p></entry>
<entry colname="cel2">
<p>2/4TOLL SAVER</p></entry></row>
<row>
<entry colname="cel1">
<p>PowerOutput:</p></entry>
<entry colname="cel2">
<p>350mW max. across the monitor speaker</p></entry></row>
<row>
<entry colname="cel1">
<p>MonitorSpeaker:</p></entry>
<entry colname="cel2">
<p>2 1/4" Pmdynamic(8ohm)</p></entry></row>
<row>
<entry colname="cel1">
<p>Microphone:</p></entry>
<entry colname="cel2">
<p>DM microphone</p></entry></row>
<row>
<entry colname="cel1">
<p>Connection:</p></entry>
<entry colname="cel2">
<p>2 built-inmodularjacks,AC jack</p></entry></row>
<row>
<entry colname="cel1">
<p>Simensions:</p></entry>
<entry colname="cel2">
<p>5 5/32" X 1 25/32" X 6 7/32"</p></entry></row>
<row>
<entry colname="cel1"></entry>
<entry colname="cel2">
<p>131(W) X 45(H) X 175(D)mm </p></entry></row>
<row>
<entry colname="cel1">
<p>Weight:</p></entry>
<entry colname="cel2">
<p>13.05oz(370g)</p></entry></row>
<row>
<entry spanname="sp10-1-2">
<p>Design ands pecifications are subject to change without notice </p></entry></row>
</tbody>
</tgroup>

</table>
</spec></pspec>
<legal>
<cpyrht>
<fig>
<graphic loc=cpyrat>
<cap id=figpana-n19970330160822>     </cap>
</fig>
</cpyrht>
<warn>
<fig column=1>
<graphic loc=WARNING.TIF>
<cap id=figmanual219970403180530>     </cap>
</fig>
</warn>
</legal>
<bnm loc=panasoni>
</cvr>
<text>
<ti1><ttl id=txttele19970404145336>FOR SERVICE TECHNICIANS </ttl>
<p>ICs and LSIs are vulnerable to static electricity.</p>
<p>When repairing, the following precautions  will help prevent recurring malfunctions.</p>
<ol>
<li><p>Cover plastic parts boxes with aluminum foil.</p></li>
<li><p>Ground the soldering irons.</p></li>
<li><p>Use a conductive mat on worktable.</p></li>
<li><p>Do not grasp IC or LSI pins with bare fingers.</p></li>
</ol></ti1>
<ti1><ttl id=txttele19970404150130>LOCATION OF CONTROLS</ttl>
<fig>
<graphic loc=m80-03-1>
<cap id=figtele19970404150625>Fig.1</cap>
</fig></ti1>
<ti1><ttl id=txttele19970404150743>DISPLAY</ttl>
<fig>
<graphic loc=m80-03-2>
<cap id=figtele19970404150811>     </cap>
</fig>
</ti1>
<ti1><ttl id=txttele19970404150919>CONNECTION </ttl>
<p></p>
<p>This connection is forU.S.A. version only.</p>
<p>Refer to the simplifiedmanual (cover) forCanada. or other areas.</p>
<p>USE ONLY Panasonic AC ADAPTOR KX-A17.</p>
<p>The AC adaptor must remain connected at all times.</p>
<p>(It may feel warm during use. This is normal.)</p>
<p>To prevent misoperation, do not connect a pulse telephone</p>
<p>(20 pps) to the same line.</p>
<fig>
<graphic loc=m80-04-1>
<cap id=figtele19970404151141>     </cap>
</fig></ti1>
<ti1 id=xxx><ttl id=txttele19970404151356>OPERATION </ttl>
<ti2><ttl id=txttele19970404151447>NORMAL OPERATION</ttl>
<ti3><ttl id=txttele19970404151954>Setting the Security Code Number</ttl>
<p>The security code prevents unauthorized persons from accessing</p>
<p>your unit and listening to your messages. Choose any 3-digit</p>
<p>number (111-999). Factory present is "888".</p>
<p>Press and hold  CODE  until a long beep is heard.</p>
<p> The display flashes the 1st digit number preset.</p>
<p></p>
<p>Press  SKIP  or  REPEAT  until the desired number is displayed.</p>
<p></p>
<p>Press and release  CODE.</p>
<p> A beep is heard</p>
<p>The display flashes the 2nd digit number preset.</p>
<p></p>
<p>Repeat steps 2 and 3 to set the 2nd digit number.</p>
<p> A beep is heard</p>
<p>The display flashes the 3rd digit number preset.</p>
<p></p>
<p>Repeat steps 2 and 3 to set the 3rd digit number.</p>
<p> A beep is heard.</p>
<p>To check the security code numberPress and release  CODE.</p>
<p> The current security code number is displayed digit by digit.</p>
<fig>
<graphic loc=m80-04-2>
<cap id=figtele19970404153204>     </cap>
</fig></ti3>
<ti3><ttl id=txttele19970404152703>Day and Time Adjustment</ttl>
<p>Voice Day/Time Stamp: During playback a synthesized voice will</p>
<p>announce the day and time when each message was recorded.</p>
<p>.Press and hold  CLOCK  until a long beep is heard.</p>
<p>The previously set day is heard and displayed.</p>
<p>Press  SKIP  or  REPEAT  until the current day is announced and</p>
<p>displayed</p>
<p>1: Sunday - 2: Monday - 7: Saturday</p>
<p>Press and release  CLOCK</p>
<p>A beep "AM " or "PM " is heard and the previously set hour is displayed.</p>
<p> Press  SKIP  or  REPEAT  until the current hour is displayed.</p>
<p> "AM " or "PM " is heard when changed to AM or PM.</p>
<p></p>
<p>Press and release  CLOCK.</p>
<p> The current day/time is heard</p>
<p></p>
<p>To check the day/time.</p>
<p>Press and release  CLOCK.</p>
<p></p>
<p>If you did not complete each step within 8 seconds, the unit will end the </p>
<p>programming mode automatically.  Start from step 1.</p>
<p>The accuracy of the clock is approximately 60 seconds a month at room </p>
<p>temperature.</p>
<fig>
<graphic loc=m80-05-1>
<cap id=figtele19970404153344>     </cap>
</fig></ti3>
<ti3><ttl id=txttele19970404153414>Automatic Answering Operation</ttl>
<p></p>
<p>Automatic Answering Operation</p>
<p>When a call received, the unit plays back your greeting message and</p>
<p>records the caller's incoming message.  The caller's recording time</p>
<p>is up to 1 minute. (The unit will sent a short beep at 55 seconds,</p>
<p>then 3 short beeps at the end of 1 minute to alert the caller.)</p>
<p></p>
<p> If no greeting message has been recorded, the unit will not answer</p>
<p>calls.</p>
<p></p>
<p> The total recording time (including the greeting message) is about</p>
<p>10 minutes.</p>
<p></p>
<p> A maximum of 62 messages can be recorded.</p>
<p></p>
<p> If the remaining recording time is less than 30 seconds or the unit</p>
<p>records 62 messages, the display will show "Fu".  The unit  will</p>
<p>answer the call after 15 rings and announce "Memory is Full.", then</p>
<p>terminate after 8 seconds.  Erase some or all messages.</p></ti3>
<ti3><ttl id=txttele19970404153651>Setting the Unit to Answer Calls</ttl>
<p></p>
<p>Press  ANSWER ON  to turn on the answering function.</p>
<p> The display shows "0" and "Answer function is ON." is heard</p>
<p>If you do not want the unit to answer calls, press ANSWER ON  again to turn off.</p>
<p> The display shows "NN" and "Answer function is OFF."</p>
<p>You can turn on the answering function by using a touch 			</p>
<p>tone phone.</p>
<fig>
<graphic loc=m80-05-2>
<cap id=figtele19970404153823>     </cap>
</fig></ti3>
<ti3><ttl id=txttele19970404153931>Listening to Messages</ttl>
<p></p>
<p>When new incoming messages have been recorded, the display shows the</p>
<p>total number of recorded messages and the NEW MESSAGE indicator</p>
<p>lights.</p>
<p>Press and release  ALL MESSAGE/STOP  to listen to all therecorded messages.</p>
<p> The unit announces the number of incoming messages and plays them</p>
<p>back.</p>
<p>To listen to only the new messages you can skip the reviewed</p>
<p>message by pressing  SKIP.</p>
<p> If there are no messages, "No message" is heard.</p>
<p>At the end of the last message "End of Message(s)" is heard.</p>
<p>All of the recorded messages are saved until you erase them.</p>
<fig>
<graphic loc=m80-06-3>
<cap id=figtele19970404154544>     </cap>
</fig>
<p>A tone is heard after you press any of the above keys.</p>
<p></p>
<p>Monitoring incoming calls</p>
<p>While a call is being recorded, you can monitor it through the</p>
<p>speaker.  To answer the call, lift the handset of the telephone</p>
<p>connected to the same line.</p>
<p> You can adjust the volume by using the VOLUME selector.</p>
<p> If the answering machine does not stop working when you lift the</p>
<p>handset, press  ALL MESSAGE/STOP.</p>
<fig>
<graphic loc=m80-06-1>
<cap id=figtele19970404154725>     </cap>
</fig></ti3>
<ti3><ttl id=txttele19970404154754>Recording a Memo Message</ttl>
<p>You may record a personal message in memory.</p>
<p></p>
<p>Press and release  MEMO.</p>
<p>A long beep is heard.</p>
<p></p>
<p>After the long beep, speak clearly into the MIC (microphone).</p>
<p>The display counts up the recording time.</p>
<p></p>
<p>When finished, press  MEMO.</p>
<p> A beep is heard.</p>
<p></p>
<p>If your memo message is less than 1 second, 3beeps will be</p>
<p>heard and it can not be recorded.</p>
<fig>
<graphic loc=m80-06-2>
<cap id=figtele19970404154923>     </cap>
</fig></ti3></ti2></ti1>
<ti1><ttl id=txttele19970404154957>DISASSEMBLY INSTRUCTIONS </ttl>
<fig>
<graphic loc=m80-07-1>
<cap id=figtele19970404155030>Fig.3</cap>
</fig>
<fig>
<graphic loc=m80-07-2>
<cap id=figtele19970404155112>Fig.4</cap>
</fig>
<fig>
<graphic loc=m80-07-3>
<cap id=figtele19970404155127>Fig.5</cap>
</fig>
<fig>
<graphic loc=m80-07-4>
<cap id=figtele19970404155157>Fig.6</cap>
</fig>
<table column=2>
<ttl id=19970813132628>Disassembly instructions</ttl>
<tgroup cols="5">
<colspec colnum="1" colname="cel1" colwidth="13.052mm">
<colspec colnum="2" colname="cel2" colwidth="22.225mm">
<colspec colnum="3" colname="cel3" colwidth="26.105mm">
<colspec colnum="4" colname="cel4" colwidth="63.147mm">
<colspec colnum="5" colname="cel5" colwidth="54.327mm">
<spanspec namest="cel3" nameend="cel4" spanname="sp5-3-4">
<tbody>
<row>
<entry colname="cel1">
<p>Ref.No.</p></entry>
<entry colname="cel2">
<p>Procedure</p></entry>
<entry colname="cel3">
<p>Shown in Fig.</p></entry>
<entry colname="cel4">
<p>To remove.</p></entry>
<entry colname="cel5">
<p>Remove.</p></entry></row>
<row>
<entry colname="cel1">
<p>1</p></entry>
<entry colname="cel2">
<p>1</p></entry>
<entry colname="cel3">
<p>3</p></entry>
<entry colname="cel4">
<p>Battery Case</p></entry>
<entry colname="cel5">
<p>Remove the battery case </p></entry></row>
<row>
<entry colname="cel1" morerows="2">
<p>2</p></entry>
<entry colname="cel2" morerows="2">
<p>1,2</p></entry>
<entry colname="cel3" morerows="1">
<p>3</p></entry>
<entry colname="cel4" morerows="2">
<p>Lower Cabinet</p></entry>
<entry colname="cel5">
<p>Screws(2.6X6)......(A)X1</p></entry></row>
<row>
<entry colname="cel5">
<p>Screws(2.6X10) ... (B)X2</p></entry></row>
<row>
<entry spanname="sp5-3-4">
<p>4</p></entry>
<entry colname="cel5">
<p>Remove the Lower cabinet</p></entry></row>
<row>
<entry colname="cel1">
<p>3</p></entry>
<entry colname="cel2">
<p>1&mdash;3</p></entry>
<entry colname="cel3">
<p>5</p></entry>
<entry colname="cel4">
<p>Printed Circuit Board, Main</p></entry>
<entry colname="cel5">
<p>Screws(2.6X6).......CX2</p></entry></row>
<row>
<entry colname="cel1">
<p>4</p></entry>
<entry colname="cel2">
<p>1,2,4</p></entry>
<entry colname="cel3">
<p>6</p></entry>
<entry colname="cel4">
<p>Printed Circuit Board, Operation</p></entry>
<entry colname="cel5">
<p>Screws(2.6X6).......CX8</p></entry></row>
</tbody>
</tgroup>
</table>
</ti1>
<ti1><ttl id=txtFLATIC19971022131850>HOW TO REPLACE FLAT PACKAGE IC</ttl>
<p><emp> PREPARATION</emp></p>
<ul>
<li><p>SOLDER : Sparkle Solder 115A-1, 115B-1 OR Almit Solder KR-19, KR-19RM</p></li>
<li><p>Soldering iron : Recommended power consumption will be 30 W - 40 W.
Temperature of Copper Rod 662&plusmn;50&deg;F(350&plusmn;10&deg;C)

(An expert may handle 60-80 W iron, but beginner might damage foil by overheating.) </p></li>
<li><p>Flux : HI115 Specific gravity 0.863
(Original flux will be replaced daily.) </p></li>
</ul>
<p><emp> PROCEDURE</emp></p>
<ol>
<li><p>Temporarily fix FLAT PACKAGE IC by soldering on two marked pins</p>
<fig>
<graphic loc=m80-08-1>
<desc>
<p>Check accurate setting of IC to the corresponding soldering foil.</p>
</desc>
<cap id=figFLATIC19971022134106>     </cap>
</fig></li>
<li><p>Apply flux for all pins of FLAT PACKAGE IC.</p>
<fig>
<graphic loc=m80-08-2>
<cap id=figFLATIC19971022134735>     </cap>
</fig></li>
<li><p>Solder using specified solder, in direction of arrow, by sliding the soldering iron. </p>
<fig>
<graphic loc=m80-08-3>
<cap id=figFLATIC19971022135004>     </cap>
</fig></li>
</ol>
<p><emp> MODIFICATION PROCED OF BRIDGE</emp></p>
<ol>
<li><p>Re-solder slightly on bridged portion</p></li>
<li><p>Remove remaining solder along pins using soldering iron as shown in below figure. </p>
<fig>
<graphic loc=m80-08-4>
<cap id=figFLATIC19971022135034>     </cap>
</fig></li>
</ol></ti1>
<ti1><ttl id=txttele19970404162210>DSP IC DATA</ttl>
<p>IC9(U9):PQVIMX93011</p>
<fig>
<graphic loc=m80-09-1>
<cap id=figtele19970404162339>Fig.7</cap>
</fig>
<table>
<ttl id=19970813134527></ttl>
<tgroup cols="5">
<colspec colnum="1" colname="cel1" colwidth="13.052mm">
<colspec colnum="2" colname="cel2" colwidth="70mm">
<colspec colnum="3" colname="cel3" colwidth="8mm">
<colspec colnum="4" colname="cel4" colwidth="25mm">
<colspec colnum="5" colname="cel5" colwidth="25mm">
<tbody>
<row>
<entry colname="cel1">
<p>Pin No.</p></entry>
<entry colname="cel2">
<p>Description</p></entry>
<entry colname="cel3">
<p>I/O</p></entry>
<entry colname="cel4">
<p>High</p></entry>
<entry colname="cel5">
<p>Low</p></entry></row>
<row>
<entry colname="cel1">
<p>1</p></entry>
<entry colname="cel2">
<p>Digit common left and keypad scan1</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>Digit off</p></entry>
<entry colname="cel5">
<p>Digit on</p></entry></row>
<row>
<entry colname="cel1">
<p>2</p></entry>
<entry colname="cel2">
<p>Keypad scan 2</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>Digit off</p></entry>
<entry colname="cel5">
<p>Digit on</p></entry></row>
<row>
<entry colname="cel1">
<p>3</p></entry>
<entry colname="cel2">
<p>Digit common right and keypad scan3</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>Digit off</p></entry>
<entry colname="cel5">
<p>Digit on</p></entry></row>
<row>
<entry colname="cel1">
<p>4</p></entry>
<entry colname="cel2">
<p>Digit segment dot</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>LED on</p></entry>
<entry colname="cel5">
<p>LED off</p></entry></row>
<row>
<entry colname="cel1">
<p>5&mdash;11</p></entry>
<entry colname="cel2">
<p>Digit segment g&mdash;a</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>LED on</p></entry>
<entry colname="cel5">
<p>LED off</p></entry></row>
<row>
<entry colname="cel1">
<p>12</p></entry>
<entry colname="cel2">
<p>XI 32.768KHz</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>13</p></entry>
<entry colname="cel2">
<p>XO 32.768KHz</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>14</p></entry>
<entry colname="cel2">
<p>Not used</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>15</p></entry>
<entry colname="cel2">
<p>Power down</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>Power Down</p></entry></row>
<row>
<entry colname="cel1">
<p>16</p></entry>
<entry colname="cel2">
<p>Low battery</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4">
<p>Battery Low</p></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>17</p></entry>
<entry colname="cel2">
<p>Parallel set</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>18&mdash;22</p></entry>
<entry colname="cel2">
<p>Key in</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>Key in</p></entry></row>
<row>
<entry colname="cel1">
<p>23</p></entry>
<entry colname="cel2">
<p>Back-up Vdd</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>24</p></entry>
<entry colname="cel2">
<p>GND</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>25</p></entry>
<entry colname="cel2">
<p>Speaker out</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>Speaker mute</p></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>26</p></entry>
<entry colname="cel2">
<p>Beep out</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>VR Disable</p></entry></row>
<row>
<entry colname="cel1">
<p>27</p></entry>
<entry colname="cel2">
<p>OGM out</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>OGM &rarr; line</p></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>28</p></entry>
<entry colname="cel2">
<p>ICM in</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>Lone &mdash; Speaker</p></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>29</p></entry>
<entry colname="cel2">
<p>MIC in</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>MIC enable</p></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>30</p></entry>
<entry colname="cel2">
<p>GND</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>31</p></entry>
<entry colname="cel2">
<p>Pull High</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>32</p></entry>
<entry colname="cel2">
<p>Ringer in</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>33</p></entry>
<entry colname="cel2">
<p>Line</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>on line</p></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>34</p></entry>
<entry colname="cel2">
<p>CODEC TX-data</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>35</p></entry>
<entry colname="cel2">
<p>CODEC SYNC</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>36</p></entry>
<entry colname="cel2">
<p>CODEC Clock</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>37</p></entry>
<entry colname="cel2">
<p>Not used</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>38</p></entry>
<entry colname="cel2">
<p>CODEC RX-data</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>39</p></entry>
<entry colname="cel2">
<p>Room Monitor</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>Room monitor</p></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>40</p></entry>
<entry colname="cel2">
<p>Power down</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>Power down</p></entry></row>
<row>
<entry colname="cel1">
<p>41</p></entry>
<entry colname="cel2">
<p>INT</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>42</p></entry>
<entry colname="cel2">
<p>EAD15</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>43</p></entry>
<entry colname="cel2">
<p>Back-up Vdd</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>44</p></entry>
<entry colname="cel2">
<p>GND</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>45&mdash;52</p></entry>
<entry colname="cel2">
<p>EAD14-EAD7</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>On</p></entry>
<entry colname="cel5">
<p>Off</p></entry></row>
<row>
<entry colname="cel1">
<p>53</p></entry>
<entry colname="cel2">
<p>GND</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>54</p></entry>
<entry colname="cel2">
<p>Test</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>55&mdash;61</p></entry>
<entry colname="cel2">
<p>EAD6-EAD0</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>On</p></entry>
<entry colname="cel5">
<p>Off</p></entry></row>
<row>
<entry colname="cel1">
<p>62</p></entry>
<entry colname="cel2">
<p>Not used</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>63</p></entry>
<entry colname="cel2">
<p>ERD</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>Read</p></entry></row>
<row>
<entry colname="cel1">
<p>64</p></entry>
<entry colname="cel2">
<p>Not used</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>65</p></entry>
<entry colname="cel2">
<p>EDCE</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>Enable</p></entry></row>
<row>
<entry colname="cel1">
<p>66</p></entry>
<entry colname="cel2">
<p>Not used</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>67</p></entry>
<entry colname="cel2">
<p>Vdd</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>68</p></entry>
<entry colname="cel2">
<p>ED0</p></entry>
<entry colname="cel3">
<p>I/O</p></entry>
<entry colname="cel4">
<p>On</p></entry>
<entry colname="cel5">
<p>Off</p></entry></row>
<row>
<entry colname="cel1">
<p>69</p></entry>
<entry colname="cel2">
<p>Back-up Vdd</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>70</p></entry>
<entry colname="cel2">
<p>GND</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>71&mdash;77</p></entry>
<entry colname="cel2">
<p>ED1-ED7</p></entry>
<entry colname="cel3">
<p>I/O</p></entry>
<entry colname="cel4">
<p>On</p></entry>
<entry colname="cel5">
<p>Off</p></entry></row>
<row>
<entry colname="cel1">
<p>78&mdash;83</p></entry>
<entry colname="cel2">
<p>Not used</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>84</p></entry>
<entry colname="cel2">
<p>Back-up Vdd</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>85</p></entry>
<entry colname="cel2">
<p>GND</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>86,87</p></entry>
<entry colname="cel2">
<p>Not used</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>88</p></entry>
<entry colname="cel2">
<p>X1 32.256MHz</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>

<row>
<entry colname="cel1">
<p>89</p></entry>
<entry colname="cel2">
<p>X2 32.256MHz</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>90</p></entry>
<entry colname="cel2">
<p>CAS</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>On</p></entry></row>
<row>
<entry colname="cel1">
<p>91</p></entry>
<entry colname="cel2">
<p>DRD</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>Read</p></entry></row>
<row>
<entry colname="cel1">
<p>92</p></entry>
<entry colname="cel2">
<p>DWR</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>White</p></entry></row>
<row>
<entry colname="cel1">
<p>93</p></entry>
<entry colname="cel2">
<p>RAS</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5">
<p>On</p></entry></row>
<row>
<entry colname="cel1">
<p>94,95</p></entry>
<entry colname="cel2">
<p>Not used</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>96</p></entry>
<entry colname="cel2">
<p>Reset</p></entry>
<entry colname="cel3">
<p>I</p></entry>
<entry colname="cel4">
<p>Reset</p></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>97</p></entry>
<entry colname="cel2">
<p>GND</p></entry>
<entry colname="cel3"></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>98</p></entry>
<entry colname="cel2">
<p>Battery test</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>Battery Test</p></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>99</p></entry>
<entry colname="cel2">
<p>PD OUT</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4"></entry>
<entry colname="cel5"></entry></row>
<row>
<entry colname="cel1">
<p>100</p></entry>
<entry colname="cel2">
<p>Keypad scan 4</p></entry>
<entry colname="cel3">
<p>O</p></entry>
<entry colname="cel4">
<p>Digit Off</p></entry>
<entry colname="cel5">
<p>Digit On</p></entry></row>
</tbody>
</tgroup>
</table>
</ti1>
<ti1><ttl id=txttele19970404162633>VOICE ROM IC DATA </ttl>
<p>IC10(U10):PQVISQ23C256</p>
<fig>
<graphic loc=m80-10-1>
<cap id=figtele19970404162704>Fig.8</cap>
</fig>
<table>
<ttl>Pin Description</ttl>
<tgroup cols="3">
<colspec colnum="1" colname="cel1" colwidth="30.691mm">
<colspec colnum="2" colname="cel2" colwidth="30.691mm">
<colspec colnum="3" colname="cel3" colwidth="29.28mm">
<tbody>
<row>
<entry colname="cel1">
<p>Pin No.</p></entry>
<entry colname="cel2">
<p>Name</p></entry>
<entry colname="cel3">
<p>Description</p></entry></row>
<row>
<entry colname="cel1">
<p>2&mdash;10,21,</p>
<p>23&mdash;27</p></entry>
<entry colname="cel2">
<p>A0&mdash;A14</p></entry>
<entry colname="cel3">
<p>Address Input</p></entry></row>
<row>
<entry colname="cel1">
<p>11&mdash;13,</p>
<p>15&mdash;19</p></entry>
<entry colname="cel2">
<p>D0&mdash;D7</p></entry>
<entry colname="cel3">
<p>Data Output</p></entry></row>
<row>
<entry colname="cel1">
<p>14</p></entry>
<entry colname="cel2">
<p>GND</p></entry>
<entry colname="cel3">
<p>Ground</p></entry></row>
<row>
<entry colname="cel1">
<p>28</p></entry>
<entry colname="cel2">
<p>VCC</p></entry>
<entry colname="cel3">
<p>Power Supply</p></entry></row>
<row>
<entry colname="cel1">
<p>20</p></entry>
<entry colname="cel2">
<p>CE/CE</p></entry>
<entry colname="cel3">
<p>Chip Enable Input</p></entry></row>
<row>
<entry colname="cel1">
<p>22</p></entry>
<entry colname="cel2">
<p>OE/OE</p></entry>
<entry colname="cel3">
<p>Output Enable Input</p></entry></row>
</tbody>
</tgroup>
</table>
</ti1>
<ti1><ttl id=txttele19970404162825>ARAM IC DATA </ttl>
<p>IC11(U11):PQVICW424410</p>
<fig>
<graphic loc=m80-10-2>
<cap id=figtele19970404162905>Fig.9</cap>
</fig>
<table>
<ttl id=19970813155257>Pin Description</ttl>
<tgroup cols="3">
<colspec colnum="1" colname="cel1" colwidth="30.691mm">
<colspec colnum="2" colname="cel2" colwidth="30.691mm">
<colspec colnum="3" colname="cel3" colwidth="29.28mm">
<tbody>
<row>
<entry colname="cel1">
<p>Pin No.</p></entry>
<entry colname="cel2">
<p>Name</p></entry>
<entry colname="cel3">
<p>Description</p></entry></row>
<row>
<entry colname="cel1">
<p>5,9&mdash;12,</p>
<p>14&mdash;18</p></entry>
<entry colname="cel2">
<p>A0&mdash;A9</p></entry>
<entry colname="cel3">
<p>Address Inputs</p></entry></row>
<row>
<entry colname="cel1">
<p>1,2,24,25</p></entry>
<entry colname="cel2">
<p>I/O1&mdash;I/o4</p></entry>
<entry colname="cel3">
<p>Data inputs/outputs</p></entry></row>
<row>
<entry colname="cel1">
<p>4</p></entry>
<entry colname="cel2">
<p>RAS</p></entry>
<entry colname="cel3">
<p>Row address strobe</p></entry></row>
<row>
<entry colname="cel1">
<p>23</p></entry>
<entry colname="cel2">
<p>CAS</p></entry>
<entry colname="cel3">
<p>Column address strobe</p></entry></row>
<row>
<entry colname="cel1">
<p>3</p></entry>
<entry colname="cel2">
<p>WE</p></entry>
<entry colname="cel3">
<p>White enable</p></entry></row>
<row>
<entry colname="cel1">
<p>22</p></entry>
<entry colname="cel2">
<p>OE</p></entry>
<entry colname="cel3">
<p>Output enable</p></entry></row>
<row>
<entry colname="cel1">
<p>26</p></entry>
<entry colname="cel2">
<p>Vss</p></entry>
<entry colname="cel3">
<p>Ground</p></entry></row>
<row>
<entry colname="cel1">
<p>13</p></entry>
<entry colname="cel2">
<p>Vcc</p></entry>
<entry colname="cel3">
<p>+5V power supply</p></entry></row>
</tbody>
</tgroup>
</table>
</ti1>
<ti1><ttl id=txttele19970404163011>CODEC IC DATA</ttl>
<p>IC8(U8):PQVIKT8554</p>
<fig>
<graphic loc=m80-11-1>
<cap id=figtele19970404163049>Fig.10</cap>
</fig>
<table column=1>
<ttl id=tbl19970813162446>Pin Description</ttl>
<tgroup cols="3">
<colspec colnum="1" colname="cel1" colwidth="8mm">
<colspec colnum="2" colname="cel2" colwidth="30mm">
<colspec colnum="3" colname="cel3" colwidth="100mm">
<tbody>
<row>
<entry colname="cel1">
<p>Pin No.</p></entry>
<entry colname="cel2">
<p>Name</p></entry>
<entry colname="cel3">
<p>Description</p></entry></row>
<row>
<entry colname="cel1">
<p>1</p></entry>
<entry colname="cel2">
<p>VBB</p></entry>
<entry colname="cel3">
<p>Negative power supply pin. VBB=-5V&plusmn;5% </p></entry></row>
<row>
<entry colname="cel1">
<p>2</p></entry>
<entry colname="cel2">
<p>ANLG GND</p></entry>
<entry colname="cel3">
<p>Analog ground. All signals are referenced to this pin.</p></entry></row>
<row>
<entry colname="cel1">
<p>3</p></entry>
<entry colname="cel2">
<p>VFRO</p></entry>
<entry colname="cel3">
<p>Analog output of the receive filter</p></entry></row>
<row>
<entry colname="cel1">
<p>4</p></entry>
<entry colname="cel2">
<p>VCC</p></entry>
<entry colname="cel3">
<p>Positive power supply pin. VCC=5V&plusmn;5% </p></entry></row>
<row>
<entry colname="cel1">
<p>5</p></entry>
<entry colname="cel2">
<p>FSR</p></entry>
<entry colname="cel3">
<p>Receive frame sync pulse input that enables BCLKR to shift PCM data in DR.</p>
<p>FSR is an 8-KHz pulse train.</p></entry></row>
<row>
<entry colname="cel1">
<p>6</p></entry>
<entry colname="cel2">
<p>DR</p></entry>
<entry colname="cel3">
<p>Receive data input. PCM data shifted into DR following the FSR leading edge.</p></entry></row>
<row>
<entry colname="cel1">
<p>7</p></entry>
<entry colname="cel2">
<p>BCLKR/CLKSEL</p></entry>
<entry colname="cel3">
<p>The bit clock that shifts data into DR after  the FSR leading edge. May vary from 64KHz to 2.048MHz. Alternatively, may be a logic input that selects either 1.536MHz/1.544MHz or 2.048MHz for master clock in synchronous mode.</p>
<p>BCLKX is used for both transmit and receive directions.</p></entry></row>
<row>
<entry colname="cel1">
<p>8</p></entry>
<entry colname="cel2">
<p>MCLKR/PDN</p></entry>
<entry colname="cel3">
<p>Receive master clock. Must be 1.536MHz, 1.544MHz, or 2.048MHz. May be synchronous with MCLKX, but should be synchronous with MCLKX for best performance. When MCLKR is connected continuously low. MCLKX is selected for all internal timing. When MCLKR is connected continuously high, the device is powered down.</p></entry></row>
<row>
<entry colname="cel1">
<p>9</p></entry>
<entry colname="cel2">
<p>MCLKX</p></entry>
<entry colname="cel3">
<p>Transmit master clock. Must be 1.536MHz, 1.544MHz, or 2.048MHz. May be asynchronous with MCLKR.</p></entry></row>
<row>
<entry colname="cel1">
<p>10</p></entry>
<entry colname="cel2">
<p>BCLKX</p></entry>
<entry colname="cel3">
<p>The bit clock that shifts out the PCM data on DX. May vary from 64KHz to 2.048MHz, but must be synchronous with MCLKX.</p></entry></row>
<row>
<entry colname="cel1">
<p>11</p></entry>
<entry colname="cel2">
<p>DX</p></entry>
<entry colname="cel3">
<p>The three-state PCM data output that in enabled by FSX.</p></entry></row>
<row>
<entry colname="cel1">
<p>12</p></entry>
<entry colname="cel2">
<p>FSX</p></entry>
<entry colname="cel3">
<p>Transmit frame sync pulse that enables BCLKX to shift out the PCM data on DX. FSX is an 8-KHz pulse train.</p></entry></row>
<row>
<entry colname="cel1">
<p>13</p></entry>
<entry colname="cel2">
<p>TSX</p></entry>
<entry colname="cel3">
<p>Open drain output that pulses low during the encoder time slot.</p></entry></row>
<row>
<entry colname="cel1">
<p>14</p></entry>
<entry colname="cel2">
<p>GSX</p></entry>
<entry colname="cel3">
<p>Analog output of the transmit input amplifier. Used to externally set gain.</p></entry></row>
<row>
<entry colname="cel1">
<p>15</p></entry>
<entry colname="cel2">
<p>VFXI-</p></entry>
<entry colname="cel3">
<p>Inverting input of the transmit input amplifier.</p></entry></row>
<row>
<entry colname="cel1">
<p>16</p></entry>
<entry colname="cel2">
<p>VFXI+</p></entry>
<entry colname="cel3">
<p>Non inverting input of the transmit input amplifier.</p></entry></row>
</tbody>
</tgroup>
</table>
</ti1>
<ti1><ttl id=txttele19970404163308>OTHER IC BLOCK DIAGRAM </ttl>
<p>IC3(U3):PQVILM386D</p>
<fig>
<graphic loc=m80-12-1>
<cap id=figtele19970404163417>Fig.11</cap>
</fig>
<p>IC4/IC6(U4/U6):PQVILMT324D</p>
<fig>
<graphic loc=m80-12-2>
<cap id=figtele19970404163508>Fig.12</cap>
</fig></ti1>
<ti1><ttl id=txttele19970404163548>TERMINAL GUIDE OF ICS,TRANSISTORS AND DIODES </ttl>
<p></p>
<fig>
<graphic loc=m80-13-1>
<cap id=figtele19970404163646>     </cap>
</fig>
<ti2><ttl id=txttele19970404163717>FOR SCHEMATIC DIAGRAM </ttl>
<ol>
<li><p>	SW1:	Ringer selector.</p></li>
<li><p>	SW2:	Clock switch.</p></li>
<li><p>	SW3:	Code switch.</p></li>
<li><p>	SW4:	Memo switch.</p></li>
<li><p>	SW5:	Repeat switch.</p></li>
<li><p>	SW6:	Greeting switch.</p></li>
<li><p>	SW7:   All Message/Stop switch.</p></li>
<li><p>	SW8:	Erase switch.</p></li>
<li><p>	SW9:	Skip switch.</p></li>
<li><p>	SW10:	Answer ON switch.</p></li>
<li><p>	 DC voltage measurements are taken with</p>
<p>	electronic voltmeter from negative </p>
<p>terminal of battery.( Add 40mA to telephone line from </p>
<p>the loop simulator.)</p></li>
<li><p>	This schematic diagram may be modified at </p>
<p>any time with the development of </p>
<p>new technology.</p></li>
<li><p>	 The shades area on this schematic </p>
<p>diagramincorporates</p>
<p>special features important for protection from fire and </p>
<p>electrical</p>
<p>shock hazards.When servicing, it is essential that only </p>
<p>manufacture's</p>
<p>specified parts be used for the critical components in </p>
<p>the shaded</p>
<p>areas of the schematic.</p></li>
</ol>
<fig>
<graphic loc=m80-13-2>
<cap id=figtele19970404165928>     </cap>
</fig></ti2></ti1>
<ti1 id=cb><ttl id=txttele19970404170003>CIRCUIT BOARD </ttl>
<p>OPERATION CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM </p>
<p> MAIN CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM </p>
<p>(Component View) </p>
<p> MAIN CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM (Bottom </p>
<p>View) </p>
<note>
<ttl>Note:</ttl>
<p>This curcuit board may br modified at any time with the development of new technology.</p>
</note>
<ti2><ttl id=txttele19970404171036>OPERATION CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM </ttl>
<p> (Component View)</p>
<fig>
<graphic loc=m80-15>
<cap>     </cap>
</fig></ti2>
<ti2><ttl id=txttele19970404171434>MAIN CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM </ttl>
<p> (Component View)</p>
<fig>
<graphic loc=m80-16>
<cap>     </cap>
</fig></ti2>
<ti2><ttl id=txttele19970404171606>MAIN CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM </ttl>
<p> (Bottom View)</p>
<fig>
<graphic loc=m80-17>
<cap>     </cap>
</fig></ti2></ti1>
<ti1 id=sd><ttl id=txttele19970404171752>SCHEMATIC DIAGRAM </ttl>
<ti2><ttl id=txttele19970404171947>SCHEMATIC DIAGRAM (ANALOG) </ttl>
<fig>
<graphic loc=m80-19>
<cap>     </cap>
</fig></ti2>
<ti2><ttl id=txttele19970404172128> SCHEMATIC DIAGRAM (DIGITAL) </ttl>
<fig>
<graphic loc=m80-21>
<cap>     </cap>
</fig></ti2></ti1>
<ti1 id=bd><ttl id=txttele19970404173101>BLOCK DIAGRAM </ttl>
<fig>
<graphic loc=m80-23>
<cap>     </cap>
</fig></ti1>
<ti1><ttl id=txttele19970404173204>CIRCUIT OPERATIONS</ttl>
<note>
<ttl>Note:</ttl>
<p>The circuit diagram may be modified at any time with the development of new technology.</p>
</note>
<ti2><ttl id=txttele19970404173355>INITIALIZING CIRCUIT</ttl>
<ti3><ttl id=txttele19970404173423>Function </ttl>
<p>This circuits is used for to initialize the microcomputer when it incorporates an AC adaptor.</p></ti3>
<ti3><ttl id=txttele19970404173500>Circuit Operation </ttl>
<p> 5Vb to R96 to Q18 to pin 96 of IC9 (U9) [RST]</p>
<fig>
<graphic loc=m80-24-1>
<cap id=figtele19970404174521>CIRCUIT DIAGRAM</cap>
</fig>
<fig>
<graphic loc=m80-24-2>
<cap id=figtele19970404174558>     </cap>
</fig></ti3></ti2>
<ti2><ttl id=txttele19970404174640>GREETING (MEMO) RECORD CIRCUIT </ttl>
<ti3><ttl id=txttele19970404174741> Circuit Operation </ttl>
<p> MIC to L9 to C24 to R37 to pin 2 of IC6 (U6) to pin 1 of IC6 (U6) to C25 to</p>
<p>pin 4 of U5 to pin 3 of IC5 (U5)  to C37 to R51 to pin 9 of IC6 (U6) to</p>
<p>pin 8 of IC6 (U6) to C27 to R72 to Digital TAM</p>
<fig>
<graphic loc=m80-24-3>
<cap id=figtele19970404174936>CIRCUIT DIAGRAM</cap>
</fig></ti3></ti2>
<ti2><ttl id=txttele19970404175006> Circuit Operation </ttl>
<ti3><ttl id=txttele19970404175043> Circuit Operation </ttl>
<p> n:Tel Line  to L5 to RT1 to  Diode Bridge (D10~D13) to ZD4,R43 toT1 to</p>
<p>C28 to R44 to pin 9 of IC5 (U5) to pin 8 of IC5 (U5) to C37 to R51 to pin 9</p>
<p>of IC6 (U6) to pin 8 of IC6 (U6) to C27 to Digital TAMCircuit Diagram</p>
<fig>
<graphic loc=m80-25>
<cap id=figtele19970404175402>CIRCUIT DIAGRAM</cap>
</fig></ti3></ti2>
<ti2><ttl id=txttele19970404175432>ICM (MEMO/GREETING) PLAY CIRCUIT </ttl>
<p></p>
<ti3><ttl id=txttele19970404175506> Circuit Operation</ttl>
<p> Digital TAM  to C39 to R30 to R31 to C17 to VR1 to C16 to pin 3 of IC3</p>
<p>(U3) to pin 5 of IC3 (U3) to C22 to L11 to Speaker.</p>
<fig>
<graphic loc=m80-26-1>
<cap id=figtele19970404175638>CIRCUIT DIAGRAM</cap>
</fig></ti3></ti2>
<ti2><ttl id=txttele19970404175728>LINE OUTPUT CIRCUIT </ttl>
<ti3><ttl id=txttele19970404175756> Circuit Operation </ttl>
<p>Digital TAM  to C39 to R30 to pin 11 of IC5 (U5) to pin 10 of IC5</p>
<p>(U5) to C30 to R49 to pin 13 of IC6 (U6) to pin 14 of IC6 (U6) to R45 to</p>
<p>C28 to T1 toZD4,R43 to Diode Bridge(D10~D13) to RT1 to L5 to Tel Line</p>
<p></p>
<p>„Room Monitor: MIC to L9 to C24 to R37 to pin 2 of IC6 (U6) to pin 1 of</p>
<p>IC6 (U6) to C25 to R39 to pin 6 of IC6 (U6) to pin 7 of IC6 (U6) to pin 2</p>
<p>of IC5 (U5) to  pin 1 of IC5 (U5) to C30 to R49 to pin 13 of IC6 (U6) to</p>
<p>pin 14 of IC6 (U6)  to R45 to C28 to T1 toZD4,R43 to Diode</p>
<p>Bridge(D10~D13) to RT1 toL5 to Tel Line.</p>
<fig>
<graphic loc=m80-26-2>
<cap id=figtele19970404175913>CIRCUIT DIAGRAM</cap>
</fig></ti3></ti2>
<ti2><ttl id=txttele19970404175944>BATTERY LOW DETECT CIRCUIT </ttl>
<ti3><ttl id=txttele19970404180037>Function </ttl>
<p>:Around 4.6 V supply from the battery swings pin 98 of IC9 (U9) from</p>
<p>high to low and the CPU displays the indication "        " on the LED</p>
<p>display after the battery detects the low signal.</p>
<fig>
<graphic loc=m80-27-1>
<cap id=figtele19970404180113>     </cap>
</fig>
<table>
<ttl id=tblCHAP1-119970324162232>          </ttl>
<tgroup cols="4">
<colspec colnum="1" colname="cel1" colwidth="21.695mm">
<colspec colnum="2" colname="cel2" colwidth="23.018mm">
<colspec colnum="3" colname="cel3" colwidth="23.018mm">
<colspec colnum="4" colname="cel4" colwidth="23.018mm">
<tbody>
<row>
<entry colname="cel1"></entry>
<entry colname="cel2">
<p>LB</p></entry>
<entry colname="cel3">
<p>pin 2 of IC4(U4)</p></entry>
<entry colname="cel4">
<p>BATTEST</p></entry></row>
<row>
<entry colname="cel1">
<p>Normal </p></entry>
<entry colname="cel2">
<p>H</p></entry>
<entry colname="cel3">
<p>H-</p></entry>
<entry colname="cel4">
<p>L</p></entry></row>
<row>
<entry colname="cel1">
<p>Insert Battery</p></entry>
<entry colname="cel2">
<p>L</p></entry>
<entry colname="cel3">
<p>H+</p></entry>
<entry colname="cel4">
<p>L</p></entry></row>
<row>
<entry colname="cel1">
<p>0.2s</p>
<p>(When running change, it becomes 2s.)</p></entry>
<entry colname="cel2">
<p>check pin2 and pin3 of IC4(U4) voltage in T cycle</p></entry>
<entry colname="cel3">
<fig>
<graphic loc=m80-27-1-2>
<cap id=fig1111112> </cap>
</fig>
</entry>
<entry colname="cel4">
<fig>
<graphic loc=m80-27-1-1>
<cap id=fig1111111> </cap>
</fig>
</entry></row>
</tbody>
</tgroup>
<desc>
<p>Note:</p>
<ul>
<li><p>If the voltage of pin2 is higher than voltage of pin3, display does not show "Lo".</p></li>
<li><p>If the voltage of pin3 is higher than voltage of pin2, display shows "Lo".</p></li>
</ul>
<p></p>
</desc>
</table>
</ti3></ti2>
<ti2><ttl id=txttele19970404180205>BATTERY BACK UP CIRCUIT </ttl>
<ti3><ttl id=txttele19970404180253>Function </ttl>
<p>This circuit is used for a back up of message by using the battery</p>
<p>power if the power supply from the AC adaptor is interrupted while</p>
<p>recording.</p></ti3>
<ti3><ttl id=txttele19970404180334> Circuit Operation</ttl>
<p> When PDI is High, battery back up circuit does not function.   When</p>
<p>power down, PDI will make low for Q13, Q5, Q6 to operate battery to</p>
<p>charge 5 VB, then battery back up function.</p>
<fig>
<graphic loc=m80-27-2>
<cap id=figtele19970405195918>CIRCUIT DIAGRAM</cap>
</fig></ti3></ti2>
<ti2><ttl id=txttele19970404180543>RING DETECTOR CIRCUIT</ttl>
<ti3><ttl id=txttele19970404180654> Function </ttl>
<p>This circuit activates the CPU to respond to the ring signal from</p>
<p>the telephone line during the ANSWER mode of operation.Circuit</p>
<p>Operation.</p></ti3>
<ti3><ttl id=txttele19970404180723> Circuit Operation</ttl>
<p> n:L5 to RT1 to R19 to pin 6 of IC4(U4) to C12 to R23 to Q7 to Ring In</p>
<p>(DSP).L6 to R18  to  pin 5 of IC4(U4)Circuit Diagram.</p>
<fig>
<graphic loc=m80-28-1>
<cap id=figtele19970404180826>CIRCUIT DIAGRAM</cap>
</fig>
<fig>
<graphic loc=m80-28-2>
<cap id=figtele19970404180936>CIRCUIT DIAGRAM</cap>
</fig></ti3></ti2>
<ti2><ttl id=txttele19970404181011>POWER SUPPLY CIRCUIT</ttl>
<ti3><ttl id=txttele19970404181036>Function </ttl>
<p> Power from the AC adaptor passes through the 1-stage regulating</p>
<p>block consisting of IC1(U1) and provides system voltages of 6V.</p></ti3>
<ti3><ttl id=txttele19970404181110> Circuit Operation</ttl>
<p> Power from the AC adaptor is supplied directly to the plug (DJ1)  A</p>
<p>.   IC1(U1) is the first stage regulated power supply.  The voltage</p>
<p>at point  B  is regulated 6 V.  The 6 V voltage is shifted by D3 to</p>
<p>5.4 V which is used to power the DSP[IC9 (U9)],DRAM [IC11 (U11)], by</p>
<p>D4 to 5.4 V which is used to power the CODEC [IC8 (U8)], EPROM [IC10</p>
<p>(U10)]..</p>
<fig>
<graphic loc=m80-28-3>
<cap id=figtele19970404181239>CIRCUIT DIAGRAM</cap>
</fig></ti3></ti2>
<ti2><ttl id=txttele19970404181301> AUTO DISCONNECT CIRCUIT</ttl>
<ti3><ttl id=txttele19970404181325> Function </ttl>
<p> n:This circuit is used to detect the fact that another telephone</p>
<p>connected to the same line is OFF-HOOK while the unit is in a</p>
<p>receiving status or Greeting message transmitting status.</p></ti3>
<ti3><ttl id=txttele19970404181515> Circuit Operation</ttl>
<p> Before Hang-up the parallel set:.</p>
<ol>
<li><p>The set receive a ringer, then go to OFF-HOOK</p>
<p>(seize line)</p></li>
<li><p>After 800 ms duration, the DSP will send a series of</p>
<p>CLOCK signal</p>
<p>from  "PDOUT" as Fig. 14</p></li>
<li><p>Then the point  A  will produce "SAWTOOTH </p>
<p>WAVE" as Fig. 14.</p></li>
<li><p>"PS" (output of comparator) will produce "SQUARE </p>
<p>WAVE X" as</p>
<p>Fig. 14.</p></li>
</ol></ti3>
<ti3><ttl id=txttele19970404182044>  After Hang-up the parallel set</ttl>
<p> Before Hang-up the parallel set: </p>
<ol>
<li><p>The variation of V or at Tip/Ring will affect to the</p>
<p>point  C  and</p>
<p>B.</p></li>
<li><p> Then produce a different of "SQUARE WAVE Y" </p>
<p>from original</p>
<p>"SQUARE WAVE X". (Y - X more than 3 ms)</p></li>
<li><p> If DSP receive a continuous of two same of </p>
<p>"SQUARE WAVE Z", then</p>
<p>verify as "AUTO-DISCONNECT".</p></li>
</ol>
<fig>
<graphic loc=m80-29-1>
<cap id=figtele19970404182445>CIRCUIT DIAGRAM</cap>
</fig>
<fig>
<graphic loc=m80-29-2>
<cap id=figtele19970404182517>CIRCUIT DIAGRAM</cap>
</fig>
<p>DSP (Digital Speech/Signal Processing) CIRCUIT</p></ti3></ti2>
<ti2><ttl id=txttele19970404182542>DSP (Digital Speech/Signal Processing) CIRCUIT</ttl>
<ti3><ttl id=txttele19970404182606> General Description </ttl>
<p> IC8~IC11(U8~U11) are a digital speech/signal processing system that</p>
<p>implements all the functions of speech compression, record and</p>
<p>playback, and memory management required in a digital telephone</p>
<p>answering machine.</p>
<p>The DSP system is fully controlled by a host processor [IC9 (U9)].</p>
<p>The host processor provides activation and control of all that</p>
<p>functions, such as speech Recording, Playback, Tone detecting and</p>
<p>Line Monitoring.</p>
<p>The DSP system comprises of following</p>
<p> A Digital Signal Processor which includes the firmware implemented</p>
<p>functions.</p>
<p> An Audio grade RAM  [IC11 (U11)], which is used for stored voice</p>
<p>messages.</p>
<p>A ROM  [IC10 (U10)], which is used for synthesized voice.</p>
<fig>
<graphic loc=m80-30>
<cap id=figtele19970404182758>Block Diagram</cap>
</fig></ti3>
<ti3><ttl id=txttele19970404182831>Voice Message Recordire</ttl>
<p> The DSP system use a proprietary speech compression technique to</p>
<p>record and store voice message in audio grade RAM</p></ti3>
<ti3><ttl id=txttele19970404182852>DTMF Detection</ttl>
<p> The DTMF detection is implemented by the DSP system in software.</p>
<p>The DTMF detection is performed during Record,    Playback, and Line</p>
<p>Monitoring modes of operation.</p></ti3>
<ti3><ttl id=txttele19970404182931>Synthesized Voice</ttl>
<p> The DSP implements synthesized Voice, utilizing the built in</p>
<p>speech detector and an external ROM  [IC10 (U10)], which stored</p>
<p>the vocabulary.</p></ti3></ti2></ti1>
<ti1><ttl id=txttele19970405172003>TROUBLESHOOTING GUIDE</ttl>
<dl>
<dt>Unit dose not operate.</dt>
<dd>
<p>Check to see if the AC adapter is defective: Replace if defective.</p>
<p>Defective IC1 (U1) voltage regulator circuit: Replace if defective component(s).</p>
<p>Defective IC9 (U9) and related circuit: Replace the defective component(s).</p>
</dd>
<dt>Cannot record OGM.</dt>
<dd>
<p>Defective MIC input circuit or IC5 (U5),  IC6 (U6),   and related</p>
<p>circuit: Replace the defective component(s).</p>
</dd>
<dt>No response to call.</dt>
<dd>
<p>Defective IC4 (U4) or Q7 circuit: Replace the defective component(s).</p>
</dd>
<dt>Cannot record ICM.</dt>
<dd>
<p>Defective Q14, Bridge circuit: Replace the defective component(s).</p>
<p>Defective IC5 (U5),  IC6 (U6) or related circuit: Replace the defective component(s).</p>
</dd>
<dt>Cannot hear message onthe speaker.</dt>
<dd>
<p>Check to see if the volume control VR1 is in its  middle position. Adjust </p>
<p>VR1(volume) to the middle position.</p>
<p>Defective IC3 (U3) ,C22 and speaker output circuit: Replace the defective component(s).</p>
</dd>
<dt>Cannot back up in powerfailure.</dt>
<dd>
<p> Check battery or battery cord: Reconnect or replace. </p>
<p>Defective Q4, Q5, Q6, Q11, Q13 and related circuit: Replace the defective component(s)</p>
</dd></dl>
<ti2><ttl id=txttele19970405172504>FUNCTIONS DO NOT OPERATE</ttl>
<fig>
<graphic loc=m80-32>
<cap id=figtele19970405172221>     </cap>
</fig></ti2>
<ti2><ttl id=txttele19970405172534>DOES NOT RECORD</ttl>
<ti3><ttl id=txttele19970405172610>Greting message Record</ttl>
<fig>
<graphic loc=m80-34-1>
<cap id=figtele19970405172702>     </cap>
</fig></ti3>
<ti3><ttl id=txttele19970405172813>Incoming Message Record</ttl>
<fig>
<graphic loc=m80-34-2>
<cap id=figtele19970405172834>     </cap>
</fig></ti3></ti2>
<ti2><ttl id=txttele19970405172916>DOES NOT PLAYBACK</ttl>
<fig>
<graphic loc=m80-35>
<cap id=figtele19970405172930>     </cap>
</fig></ti2></ti1>
<ti1><ttl id=txttele19970405172951>ACCESSORIES AND PACKING MATERIALS</ttl>
<fig>
<graphic loc=ACCE>
<HOTSPOTS>
<hotspot LINKEND="ID72" ID="HP72" graphic="ACCE" RX="224" RY="48" RW="92" RH="45">
<hotspot LINKEND="ID71" ID="HP71" graphic="ACCE" RX="979" RY="62" RW="128" RH="47">
<hotspot LINKEND="ID70" ID="HP70" graphic="ACCE" RX="1186" RY="30" RW="216" RH="52">
<hotspot LINKEND="ID69" ID="HP69" graphic="ACCE" RX="18" RY="473" RW="106" RH="46">
<hotspot LINKEND="ID68" ID="HP68" graphic="ACCE" RX="1511" RY="1930" RW="106" RH="51">
</HOTSPOTS>
<cap id=figtele19970405173007>     </cap>
</fig></ti1>
<ti1 id=exview><ttl id=txttele19970405173157>CABINET AND ELECTRICAL PARTS LOCATION</ttl>
<fig>
<graphic loc=CABI>
<HOTSPOTS>
<hotspot LINKEND="ID30" ID="HP30" graphic="CABI" RX="1137" RY="13" RW="62" RH="25">
<hotspot LINKEND="ID29" ID="HP29" graphic="CABI" RX="1756" RY="169" RW="69" RH="33">
<hotspot LINKEND="ID28" ID="HP28" graphic="CABI" RX="168" RY="445" RW="60" RH="27">
<hotspot LINKEND="ID27" ID="HP27" graphic="CABI" RX="85" RY="458" RW="59" RH="28">
<hotspot LINKEND="ID26" ID="HP26" graphic="CABI" RX="475" RY="488" RW="59" RH="29">
<hotspot LINKEND="ID25" ID="HP25" graphic="CABI" RX="156" RY="567" RW="60" RH="30">
<hotspot LINKEND="ID24" ID="HP24" graphic="CABI" RX="5" RY="649" RW="72" RH="27">
<hotspot LINKEND="ID23" ID="HP23" graphic="CABI" RX="134" RY="738" RW="70" RH="28">
<hotspot LINKEND="ID22" ID="HP22" graphic="CABI" RX="524" RY="795" RW="76" RH="32">
<hotspot LINKEND="ID21" ID="HP21" graphic="CABI" RX="719" RY="592" RW="73" RH="32">
<hotspot LINKEND="ID20" ID="HP20" graphic="CABI" RX="1236" RY="566" RW="76" RH="31">
<hotspot LINKEND="ID19" ID="HP19" graphic="CABI" RX="1238" RY="694" RW="78" RH="29">
<hotspot LINKEND="ID18" ID="HP18" graphic="CABI" RX="1910" RY="555" RW="62" RH="34">
<hotspot LINKEND="ID17" ID="HP17" graphic="CABI" RX="1943" RY="694" RW="70" RH="29">
<hotspot LINKEND="ID16" ID="HP16" graphic="CABI" RX="1959" RY="774" RW="73" RH="37">
<hotspot LINKEND="ID15" ID="HP15" graphic="CABI" RX="1414" RY="765" RW="65" RH="28">
<hotspot LINKEND="ID14" ID="HP14" graphic="CABI" RX="1845" RY="925" RW="70" RH="30">
<hotspot LINKEND="ID13" ID="HP13" graphic="CABI" RX="1304" RY="926" RW="168" RH="34">
<hotspot LINKEND="ID12" ID="HP12" graphic="CABI" RX="1165" RY="522" RW="135" RH="30">
<hotspot LINKEND="ID11" ID="HP11" graphic="CABI" RX="1433" RY="1179" RW="81" RH="29">
<hotspot LINKEND="ID10" ID="HP10" graphic="CABI" RX="1619" RY="1325" RW="65" RH="32">
<hotspot LINKEND="ID9" ID="HP9" graphic="CABI" RX="1591" RY="1388" RW="76" RH="31">
<hotspot LINKEND="ID8" ID="HP8" graphic="CABI" RX="1288" RY="1408" RW="70" RH="25">
<hotspot LINKEND="ID7" ID="HP7" graphic="CABI" RX="1493" RY="1500" RW="82" RH="33">
<hotspot LINKEND="ID6" ID="HP6" graphic="CABI" RX="497" RY="1347" RW="152" RH="31">
<hotspot LINKEND="ID5" ID="HP5" graphic="CABI" RX="410" RY="1603" RW="93" RH="34">
<hotspot LINKEND="ID4" ID="HP4" graphic="CABI" RX="598" RY="1520" RW="90" RH="30">
<hotspot LINKEND="ID3" ID="HP3" graphic="CABI" RX="1922" RY="1459" RW="75" RH="28">
<hotspot LINKEND="ID2" ID="HP2" graphic="CABI" RX="734" RY="2012" RW="67" RH="27">
<hotspot LINKEND="ID1" ID="HP1" graphic="CABI" RX="1264" RY="1927" RW="73" RH="28">
<hotspot LINKEND="ID0" ID="HP0" graphic="CABI" RX="1650" RY="1840" RW="81" RH="27">
</HOTSPOTS>
<cap id=figtele19970405173227>     </cap>
</fig></ti1>
<ti1 id=plist><ttl id=txttele19970405173547>REPLACEMENT PARTS LIST</ttl>
<table type=parts>
<ttl id=tbltele19970405174521>CABINET     </ttl>
<tgroup cols="3">
<colspec colnum="1" colname="cel1" colwidth="21.872mm">
<colspec colnum="2" colname="cel2" colwidth="30mm">
<colspec colnum="3" colname="cel3" colwidth="45.155mm">
<thead>
<row>
<entry colname="cel1" type=rno>
<p>Ref. No.</p></entry>
<entry colname="cel2" type=pno>
<p>Part No.</p></entry>
<entry colname="cel3" type=pnm>
<p>Part Name &amp; Description &amp; Value</p></entry></row></thead>
<tbody>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>CABINET AND ELECTRICAL PARTS</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID30">
<p><XREF RID="HP30">1</p></entry>
<entry colname="cel2" type=pno>
<p>PQGP10124Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>LED PANEL </p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID2">
<p><XREF RID="HP2">2</p></entry>
<entry colname="cel2" type=pno>
<p>PQHG10420Z </p></entry>
<entry colname="cel3" type=pnm>
<p>RUBBER FOOT</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID18">
<p><XREF RID="HP18">3</p></entry>
<entry colname="cel2" type=pno>
<p>PQHG10418Z </p></entry>
<entry colname="cel3" type=pnm>
<p>SPACER for SPEAKER</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID29">
<p><XREF RID="HP29">4</p></entry>
<entry colname="cel2" type=pno>
<p>PQKM10142Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>UPPER CABINET</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID1">
<p><XREF RID="HP1">5</p></entry>
<entry colname="cel2" type=pno>
<p>PQKF10170Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>LOWER CABINET</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID28">
<p><XREF RID="HP28">6</p></entry>
<entry colname="cel2" type=pno>
<p>PQBC10212Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BUTTON, CLOCK</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID27">
<p><XREF RID="HP27">7</p></entry>
<entry colname="cel2" type=pno>
<p>PQBC10213Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BUTTON, MEMO</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID26">
<p><XREF RID="HP26">8</p></entry>
<entry colname="cel2" type=pno>
<p>PQBC10214Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BUTTON, CODE</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID25">
<p><XREF RID="HP25">9</p></entry>
<entry colname="cel2" type=pno>
<p>PQBC10215Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BUTTON, GREETING</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID20">
<p><XREF RID="HP20">10</p></entry>
<entry colname="cel2" type=pno>
<p>PQBC10216Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BUTTON, ERASE</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID19">
<p><XREF RID="HP19">11</p></entry>
<entry colname="cel2" type=pno>
<p>PQBC10217Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BUTTON, ANSWER ON</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID24">
<p><XREF RID="HP24">12</p></entry>
<entry colname="cel2" type=pno>
<p>PQBC10209Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BUTTON, REPEAT</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID23">
<p><XREF RID="HP23">13</p></entry>
<entry colname="cel2" type=pno>
<p>PQBC10210Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BUTTON, ALL MESSAGE/STOP</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID22">
<p><XREF RID="HP22">14</p></entry>
<entry colname="cel2" type=pno>
<p>PQBC10211Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BUTTON, SKIP</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID3">
<p><XREF RID="HP3">15</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4B00290001</p></entry>
<entry colname="cel3" type=pnm>
<p>BATTERY CONNECTOR</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID0">
<p><XREF RID="HP0">16</p></entry>
<entry colname="cel2" type=pno>
<p>PQKK10064Z1</p></entry>
<entry colname="cel3" type=pnm>
<p>BATTERY COVER</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID17">
<p><XREF RID="HP17">17</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4200720001</p></entry>
<entry colname="cel3" type=pnm>
<p>SPEAKER</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID21">
<p><XREF RID="HP21">18</p></entry>
<entry colname="cel2" type=pno>
<p>PQSX10038Z </p></entry>
<entry colname="cel3" type=pnm>
<p>KEYBOARD SWITCH</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID16">
<p><XREF RID="HP16 HP15 HP14">19</p></entry>
<entry colname="cel2" type=pno>
<p>PQMS10007Z</p></entry>
<entry colname="cel3" type=pnm>
<p>METAL PART for SPEAKER</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>ACCESSORIES</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID72">
<p><XREF RID="HP72">A1</p></entry>
<entry colname="cel2" type=pno>
<p>KX-A17</p></entry>
<entry colname="cel3" type=pnm>
<p>AC ADAPTOR  </p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID70">
<p><XREF RID="HP70">A2</p></entry>
<entry colname="cel2" type=pno>
<p>PQQW11630Z </p></entry>
<entry colname="cel3" type=pnm>
<p>QUICK REFERENCE GUIDE</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>A3</p></entry>
<entry colname="cel2" type=pno>
<p>PQQW11631Z </p></entry>
<entry colname="cel3" type=pnm>
<p>QUICK REFERENCE GUIDE</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>A4</p></entry>
<entry colname="cel2" type=pno>
<p>PQQX11597Z </p></entry>
<entry colname="cel3" type=pnm>
<p>INSTRUCTION BOOK  </p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID71">
<p><XREF RID="HP71">A5</p></entry>
<entry colname="cel2" type=pno>
<p>PQJA59V</p></entry>
<entry colname="cel3" type=pnm>
<p>TELEPHONE CORD</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>PACKING MATERIALS</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID68">
<p><XREF RID="HP68">P1</p></entry>
<entry colname="cel2" type=pno>
<p>PQPK12091Z </p></entry>
<entry colname="cel3" type=pnm>
<p>GIFT BOX </p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID69">
<p><XREF RID="HP69">P2</p></entry>
<entry colname="cel2" type=pno>
<p>PQPN10555Z</p></entry>
<entry colname="cel3" type=pnm>
<p>INNER BOX</p></entry></row>
</tbody>
</tgroup>

</table>
<table type=parts>
<ttl id=tbltele19970405174714>MAIN PRINTED CIRCUIT BOARD PARTS/IC,TRANSISTOR     </ttl>
<tgroup cols="3">
<colspec colnum="1" colname="cel1" colwidth="21.872mm">
<colspec colnum="2" colname="cel2" colwidth="30mm">
<colspec colnum="3" colname="cel3" colwidth="46.566mm">
<thead>
<row>
<entry colname="cel1" type=rno>
<p>Ref. No.</p></entry>
<entry colname="cel2" type=pno>
<p>Part No.</p></entry>
<entry colname="cel3" type=pnm>
<p>Part Name &amp; Description &amp; Value</p></entry></row></thead>
<tbody>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>MAIN PRINTED CIRCUIT BOARD PARTS</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID6">
<p><XREF RID="HP6">PCB1</p></entry>
<entry colname="cel2" type=pno>
<p>PQWP1TM80M </p></entry>
<entry colname="cel3" type=pnm>
<p>MAIN, P. C. BOARD ASS'Y (NLA)</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>     (ICS)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>IC1 (U1)</p></entry>
<entry colname="cel2" type=pno>
<p>PQVIKIA7806P</p></entry>
<entry colname="cel3" type=pnm>
<p>IC </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>IC3 (U3)</p></entry>
<entry colname="cel2" type=pno>
<p>PQVILM386D </p></entry>
<entry colname="cel3" type=pnm>
<p>IC </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>IC4 (U4)</p></entry>
<entry colname="cel2" type=pno>
<p>PQVILMT324D</p></entry>
<entry colname="cel3" type=pnm>
<p>IC </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>IC5 (U5)</p></entry>
<entry colname="cel2" type=pno>
<p>PQVITC4066BF</p></entry>
<entry colname="cel3" type=pnm>
<p>IC </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>IC6 (U6)</p></entry>
<entry colname="cel2" type=pno>
<p>PQVILMT324D</p></entry>
<entry colname="cel3" type=pnm>
<p>IC </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>IC8 (U8)</p></entry>
<entry colname="cel2" type=pno>
<p>PQVIKT8554 </p></entry>
<entry colname="cel3" type=pnm>
<p>IC </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>IC9 (U9)</p></entry>
<entry colname="cel2" type=pno>
<p>PQVIMX93011</p></entry>
<entry colname="cel3" type=pnm>
<p>IC </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>IC10 (U10)</p></entry>
<entry colname="cel2" type=pno>
<p>PQVISQ23C256</p></entry>
<entry colname="cel3" type=pnm>
<p>IC </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>IC11 (U11)</p></entry>
<entry colname="cel2" type=pno>
<p>PQVICW424410</p></entry>
<entry colname="cel3" type=pnm>
<p>IC </p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>  (TRANSISTORS)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q 1</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139040011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q 2</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139040011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q 3</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139040011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q 4</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139040011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q 5</p></entry>
<entry colname="cel2" type=pno>
<p>2SC2412K</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q 6</p></entry>
<entry colname="cel2" type=pno>
<p>2SC2412K</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q 7</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139040011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q 8</p></entry>
<entry colname="cel2" type=pno>
<p>PQ219014D011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q 9</p></entry>
<entry colname="cel2" type=pno>
<p>PQ219014D011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q11</p></entry>
<entry colname="cel2" type=pno>
<p>PQ21390400A1</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q12</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139040011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q13</p></entry>
<entry colname="cel2" type=pno>
<p>PQ21390600A1</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q14</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2165170011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q15</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139040011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q16</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139060011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q17</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139060011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>Q18</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2139060011</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSISTOR(SI) </p></entry></row>
</tbody>
</tgroup>

</table>
<table type=parts>
<ttl id=tbltele19970405174809>DIODE,JACK,SWITCH,COIL,ELE.PARTS     </ttl>
<tgroup cols="3">
<colspec colnum="1" colname="cel1" colwidth="21.872mm">
<colspec colnum="2" colname="cel2" colwidth="30mm">
<colspec colnum="3" colname="cel3" colwidth="45.155mm">
<thead>
<row>
<entry colname="cel1" type=rno>
<p>Ref. No.</p></entry>
<entry colname="cel2" type=pno>
<p>Part No.</p></entry>
<entry colname="cel3" type=pnm>
<p>Part Name &amp; Description &amp; Value</p></entry></row></thead>
<tbody>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>    (DIODES)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D 1</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2240010011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D 2</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2240010011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D 3</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2240010011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D 4</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2240010011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D 5</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2241480011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D 6</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2241480011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D 7</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2241480011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D 8</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2241480011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D 9</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2241480011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D10</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2240070011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D11</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2240070011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D12</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2240070011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D13</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2240070011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D14</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2240070011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D15</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2241480011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D16</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2241480011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D22</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2241480011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>D23</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2241480011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>ZD1</p></entry>
<entry colname="cel2" type=pno>
<p>PQ235V150011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>ZD2</p></entry>
<entry colname="cel2" type=pno>
<p>PQ235V150011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>ZD3</p></entry>
<entry colname="cel2" type=pno>
<p>PQ233V940011</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>ZD4</p></entry>
<entry colname="cel2" type=pno>
<p>PQ233V950010</p></entry>
<entry colname="cel3" type=pnm>
<p>DIODE(SI)</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>  (JACKS)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>JJ1</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4952330010</p></entry>
<entry colname="cel3" type=pnm>
<p>JACK, TELEPHONE LINE</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>DJ1</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4990360001</p></entry>
<entry colname="cel3" type=pnm>
<p>JACK, DC IN</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>  (SWITCH)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>SW1</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4521640001</p></entry>
<entry colname="cel3" type=pnm>
<p>SWITCH, RINGER SELECTOR</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>     (COILS)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>L3 </p></entry>
<entry colname="cel2" type=pno>
<p>PQ4180100451</p></entry>
<entry colname="cel3" type=pnm>
<p>COIL  </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>L4 </p></entry>
<entry colname="cel2" type=pno>
<p>PQ4182R20451</p></entry>
<entry colname="cel3" type=pnm>
<p>COIL  </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>L5 </p></entry>
<entry colname="cel2" type=pno>
<p>PQ4132110001</p></entry>
<entry colname="cel3" type=pnm>
<p>COIL  </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>L6 </p></entry>
<entry colname="cel2" type=pno>
<p>PQ4132110001</p></entry>
<entry colname="cel3" type=pnm>
<p>COIL  </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>L7 </p></entry>
<entry colname="cel2" type=pno>
<p>PQ4110840001</p></entry>
<entry colname="cel3" type=pnm>
<p>COIL  </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>L9 </p></entry>
<entry colname="cel2" type=pno>
<p>PQ4180100451</p></entry>
<entry colname="cel3" type=pnm>
<p>COIL  </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>L11</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4180R33451</p></entry>
<entry colname="cel3" type=pnm>
<p>COIL  </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>L12</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4180R33451</p></entry>
<entry colname="cel3" type=pnm>
<p>COIL  </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>L13</p></entry>
<entry colname="cel2" type=pno>
<p>PQ413A010000</p></entry>
<entry colname="cel3" type=pnm>
<p>COIL  </p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>  (ELECTRICAL PARTS)</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID10">
<p><XREF RID="HP10">E1</p></entry>
<entry colname="cel2" type=pno>
<p>PQ5704020000</p></entry>
<entry colname="cel3" type=pnm>
<p>WASHER</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID8">
<p><XREF RID="HP8">E2</p></entry>
<entry colname="cel2" type=pno>
<p>PQ5704030000</p></entry>
<entry colname="cel3" type=pnm>
<p>NUT</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID5">
<p><XREF RID="HP5">E3</p></entry>
<entry colname="cel2" type=pno>
<p>PQHG10421Z </p></entry>
<entry colname="cel3" type=pnm>
<p>MICROPHONE COVER </p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID7">
<p><XREF RID="HP7">E4</p></entry>
<entry colname="cel2" type=pno>
<p>PQHX10655Z </p></entry>
<entry colname="cel3" type=pnm>
<p>COVER for VARIABLE RESISTOR</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID9">
<p><XREF RID="HP9">E5</p></entry>
<entry colname="cel2" type=pno>
<p>PQMY10024Z </p></entry>
<entry colname="cel3" type=pnm>
<p>HEAT SINK</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID4">
<p><XREF RID="HP4">E6</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4400130001</p></entry>
<entry colname="cel3" type=pnm>
<p>MICROPHONE</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>E7</p></entry>
<entry colname="cel2" type=pno>
<p>PQ475101C801</p></entry>
<entry colname="cel3" type=pnm>
<p>FLAT CABLE, 8PIN</p></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID11">
<p><XREF RID="HP11">E8</p></entry>
<entry colname="cel2" type=pno>
<p>PQ475101CA01</p></entry>
<entry colname="cel3" type=pnm>
<p>FLAT CABLE, 10PIN</p></entry></row>
</tbody>
</tgroup>

</table>
<table type=parts>
<ttl id=tbltele19970405174906>OTHERS,RESISTOR     </ttl>
<tgroup cols="3">
<colspec colnum="1" colname="cel1" colwidth="21.872mm">
<colspec colnum="2" colname="cel2" colwidth="30mm">
<colspec colnum="3" colname="cel3" colwidth="45.155mm">
<thead>
<row>
<entry colname="cel1" type=rno>
<p>Ref. No.</p></entry>
<entry colname="cel2" type=pno>
<p>Part No.</p></entry>
<entry colname="cel3" type=pnm>
<p>Part Name &amp; Description &amp; Value</p></entry></row></thead>
<tbody>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>      (OTHERS)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>T1 </p></entry>
<entry colname="cel2" type=pno>
<p>PQ4110410001</p></entry>
<entry colname="cel3" type=pnm>
<p>TRANSFORMER </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>VR1</p></entry>
<entry colname="cel2" type=pno>
<p>PQ3S00520001</p></entry>
<entry colname="cel3" type=pnm>
<p>VARIABLE RESISTOR </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>ZNR1  </p></entry>
<entry colname="cel2" type=pno>
<p>PQ2533131101</p></entry>
<entry colname="cel3" type=pnm>
<p>VARISTOR </p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>RT1</p></entry>
<entry colname="cel2" type=pno>
<p>PQRPAR390N </p></entry>
<entry colname="cel3" type=pnm>
<p>THERMISTOR</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>X1 </p></entry>
<entry colname="cel2" type=pno>
<p>PQ4600360001</p></entry>
<entry colname="cel3" type=pnm>
<p>CRYSTAL OSCILLATOR</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>X2 </p></entry>
<entry colname="cel2" type=pno>
<p>PQ4600040000</p></entry>
<entry colname="cel3" type=pnm>
<p>CRYSTAL OSCILLATOR</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>  (RESISTORS)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R 1</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ102</p></entry>
<entry colname="cel3" type=pnm>
<p>1k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R 2</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ221</p></entry>
<entry colname="cel3" type=pnm>
<p>220</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R 3</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ121</p></entry>
<entry colname="cel3" type=pnm>
<p>120</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R 4</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ473</p></entry>
<entry colname="cel3" type=pnm>
<p>47k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R 5</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R 6</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R 7</p></entry>
<entry colname="cel2" type=pno>
<p>ERJ3GEYF273</p></entry>
<entry colname="cel3" type=pnm>
<p>27k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R 8</p></entry>
<entry colname="cel2" type=pno>
<p>ERJ3GEYF333</p></entry>
<entry colname="cel3" type=pnm>
<p>33k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R 9</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ621</p></entry>
<entry colname="cel3" type=pnm>
<p>620</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R10</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ562</p></entry>
<entry colname="cel3" type=pnm>
<p>5.6k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R11</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ106</p></entry>
<entry colname="cel3" type=pnm>
<p>10M</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R12</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ132</p></entry>
<entry colname="cel3" type=pnm>
<p>1.3k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R13</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ562</p></entry>
<entry colname="cel3" type=pnm>
<p>5.6k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R14</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ104</p></entry>
<entry colname="cel3" type=pnm>
<p>100k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R15</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ223</p></entry>
<entry colname="cel3" type=pnm>
<p>22k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R16</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ473</p></entry>
<entry colname="cel3" type=pnm>
<p>47k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R17</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ394</p></entry>
<entry colname="cel3" type=pnm>
<p>390k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R18</p></entry>
<entry colname="cel2" type=pno>
<p>ERD25TJ226 </p></entry>
<entry colname="cel3" type=pnm>
<p>22M</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R19</p></entry>
<entry colname="cel2" type=pno>
<p>ERD25TJ226 </p></entry>
<entry colname="cel3" type=pnm>
<p>22M</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R20</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ394</p></entry>
<entry colname="cel3" type=pnm>
<p>390k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R21</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ513</p></entry>
<entry colname="cel3" type=pnm>
<p>51k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R22</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ332</p></entry>
<entry colname="cel3" type=pnm>
<p>3.3k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R23</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ472</p></entry>
<entry colname="cel3" type=pnm>
<p>4.7k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R24</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R25</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ104</p></entry>
<entry colname="cel3" type=pnm>
<p>100k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R26</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ824</p></entry>
<entry colname="cel3" type=pnm>
<p>820k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R27</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ224</p></entry>
<entry colname="cel3" type=pnm>
<p>220k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R28</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ473</p></entry>
<entry colname="cel3" type=pnm>
<p>47k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R29</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ684</p></entry>
<entry colname="cel3" type=pnm>
<p>680k</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R30</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ302</p></entry>
<entry colname="cel3" type=pnm>
<p>3k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R31</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ183</p></entry>
<entry colname="cel3" type=pnm>
<p>18k</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R32</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R33</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ222</p></entry>
<entry colname="cel3" type=pnm>
<p>2.2k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R34</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R35</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R36</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ222</p></entry>
<entry colname="cel3" type=pnm>
<p>2.2k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R37</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R38</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ683</p></entry>
<entry colname="cel3" type=pnm>
<p>68K</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R39</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ473</p></entry>
<entry colname="cel3" type=pnm>
<p>47k</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R40</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ684</p></entry>
<entry colname="cel3" type=pnm>
<p>680k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R41</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ561</p></entry>
<entry colname="cel3" type=pnm>
<p>560</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R42</p></entry>
<entry colname="cel2" type=pno>
<p>Not Used</p></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R43</p></entry>
<entry colname="cel2" type=pno>
<p>ERD25TJ151 </p></entry>
<entry colname="cel3" type=pnm>
<p>150</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R44</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ183</p></entry>
<entry colname="cel3" type=pnm>
<p>18k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R45</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ621</p></entry>
<entry colname="cel3" type=pnm>
<p>620</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R46</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ152</p></entry>
<entry colname="cel3" type=pnm>
<p>1.5k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R47</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ154</p></entry>
<entry colname="cel3" type=pnm>
<p>150k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R48</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ102</p></entry>
<entry colname="cel3" type=pnm>
<p>1k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R49</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ273</p></entry>
<entry colname="cel3" type=pnm>
<p>27k</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R51</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R52</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ104</p></entry>
<entry colname="cel3" type=pnm>
<p>100k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R53</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R54</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ824</p></entry>
<entry colname="cel3" type=pnm>
<p>820k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R55</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ684</p></entry>
<entry colname="cel3" type=pnm>
<p>680k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R56</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ102</p></entry>
<entry colname="cel3" type=pnm>
<p>1k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R57</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ102</p></entry>
<entry colname="cel3" type=pnm>
<p>1k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R58</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ100</p></entry>
<entry colname="cel3" type=pnm>
<p>10</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R59</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R60</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ102</p></entry>
<entry colname="cel3" type=pnm>
<p>1k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R61</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ152</p></entry>
<entry colname="cel3" type=pnm>
<p>1.5k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R62</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ104</p></entry>
<entry colname="cel3" type=pnm>
<p>100k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R63</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ563</p></entry>
<entry colname="cel3" type=pnm>
<p>56k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R64</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ224</p></entry>
<entry colname="cel3" type=pnm>
<p>220k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R65</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ393</p></entry>
<entry colname="cel3" type=pnm>
<p>39k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R66</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ394</p></entry>
<entry colname="cel3" type=pnm>
<p>390k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R67</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ562</p></entry>
<entry colname="cel3" type=pnm>
<p>5.6k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R68</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R69</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ104</p></entry>
<entry colname="cel3" type=pnm>
<p>100k</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R71</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R72</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R73</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R74</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ223</p></entry>
<entry colname="cel3" type=pnm>
<p>22k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R75</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ223</p></entry>
<entry colname="cel3" type=pnm>
<p>22k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R76</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ223</p></entry>
<entry colname="cel3" type=pnm>
<p>22k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R77</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ223</p></entry>
<entry colname="cel3" type=pnm>
<p>22k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R78</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ222</p></entry>
<entry colname="cel3" type=pnm>
<p>2.2k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R79</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R80</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ104</p></entry>
<entry colname="cel3" type=pnm>
<p>100k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R81</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ101</p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R82</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ101</p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R83</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ101</p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R84</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ101</p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R85</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ101</p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R86</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ101</p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R87</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ101</p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R88</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ101</p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R89</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R90</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R91</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R92</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R93</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ154</p></entry>
<entry colname="cel3" type=pnm>
<p>150k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R94</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ223</p></entry>
<entry colname="cel3" type=pnm>
<p>22k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R95</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ391</p></entry>
<entry colname="cel3" type=pnm>
<p>390</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R96</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ102</p></entry>
<entry colname="cel3" type=pnm>
<p>1k</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>R97</p></entry>
<entry colname="cel2" type=pno>
<p>PQ4R10XJ103</p></entry>
<entry colname="cel3" type=pnm>
<p>10k</p></entry></row>
</tbody>
</tgroup>

</table>
<table type=parts>
<ttl id=tbltele19970405174959>CAPACITOR,OPERATION PRINTED CIRCUIT BOARD     </ttl>
<tgroup cols="3">
<colspec colnum="1" colname="cel1" colwidth="21.872mm">
<colspec colnum="2" colname="cel2" colwidth="30mm">
<colspec colnum="3" colname="cel3" colwidth="45.155mm">
<thead>
<row>
<entry colname="cel1" type=rno>
<p>Ref. No.</p></entry>
<entry colname="cel2" type=pno>
<p>Part No.</p></entry>
<entry colname="cel3" type=pnm>
<p>Part Name &amp; Description &amp; Value</p></entry></row></thead>
<tbody>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm>
<p>(CAPACITORS)</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C 1</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H103KB</p></entry>
<entry colname="cel3" type=pnm>
<p>0.01</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C 2</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H103KB</p></entry>
<entry colname="cel3" type=pnm>
<p>0.01</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C 3</p></entry>
<entry colname="cel2" type=pno>
<p>ECA1CM102  </p></entry>
<entry colname="cel3" type=pnm>
<p>0.001</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C 4</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1EU101 </p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C 5</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C 6</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1HU100 </p></entry>
<entry colname="cel3" type=pnm>
<p>10</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C 7</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C 8</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C 9</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1AU101 </p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C10</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1AU101 </p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C11</p></entry>
<entry colname="cel2" type=pno>
<p>ECA1AM102  </p></entry>
<entry colname="cel3" type=pnm>
<p>0.001</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C12</p></entry>
<entry colname="cel2" type=pno>
<p>ECA1HU4R7  </p></entry>
<entry colname="cel3" type=pnm>
<p>4.7</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C13</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H473MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.047</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C14</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H683MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.068</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C15</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C16</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H102J</p></entry>
<entry colname="cel3" type=pnm>
<p>0.001</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C17</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C18</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C19</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H222KB</p></entry>
<entry colname="cel3" type=pnm>
<p>0.0022</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C20</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1EU101 </p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C21</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H103KB</p></entry>
<entry colname="cel3" type=pnm>
<p>0.01</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C22</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1AU101 </p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C23</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1AU101 </p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C24</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C25</p></entry>
<entry colname="cel2" type=pno>
<p>ECKD1H333MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.033</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C26</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C27</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C28</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1HU100 </p></entry>
<entry colname="cel3" type=pnm>
<p>10</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C29</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H221JC</p></entry>
<entry colname="cel3" type=pnm>
<p>220p</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C30</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C31</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1HU010 </p></entry>
<entry colname="cel3" type=pnm>
<p>1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C32</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H101JC</p></entry>
<entry colname="cel3" type=pnm>
<p>100p</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C33</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1HU100 </p></entry>
<entry colname="cel3" type=pnm>
<p>10</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C34</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1HU010 </p></entry>
<entry colname="cel3" type=pnm>
<p>1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C35</p></entry>
<entry colname="cel2" type=pno>
<p>Not Used</p></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C36</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H102J</p></entry>
<entry colname="cel3" type=pnm>
<p>0.001</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C37</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C38</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C39</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C40</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H101JC</p></entry>
<entry colname="cel3" type=pnm>
<p>100p</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C41</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C42</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C43</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H102J</p></entry>
<entry colname="cel3" type=pnm>
<p>0.001</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C44</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H333JC</p></entry>
<entry colname="cel3" type=pnm>
<p>0.033</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C45</p></entry>
<entry colname="cel2" type=pno>
<p>Not Used</p></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C46</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H680JC</p></entry>
<entry colname="cel3" type=pnm>
<p>68p</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C47</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H680JC</p></entry>
<entry colname="cel3" type=pnm>
<p>68p</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C48</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C49</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C50</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C51</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H472KB</p></entry>
<entry colname="cel3" type=pnm>
<p>0.0047</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C52</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C53</p></entry>
<entry colname="cel2" type=pno>
<p>ECKT1H104F </p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C54</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C55</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C56</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C57</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H240JC</p></entry>
<entry colname="cel3" type=pnm>
<p>24p</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C58</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H120JC</p></entry>
<entry colname="cel3" type=pnm>
<p>12p</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C59</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C60</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C61</p></entry>
<entry colname="cel2" type=pno>
<p>Not Used</p></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C62</p></entry>
<entry colname="cel2" type=pno>
<p>Not Used</p></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C63</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1H101JC</p></entry>
<entry colname="cel3" type=pnm>
<p>100p</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C64</p></entry>
<entry colname="cel2" type=pno>
<p>Not Used</p></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C65</p></entry>
<entry colname="cel2" type=pno>
<p>ECA1HU4R7  </p></entry>
<entry colname="cel3" type=pnm>
<p>4.7</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C66</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1AU101 </p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C67</p></entry>
<entry colname="cel2" type=pno>
<p>ECEA1AU101 </p></entry>
<entry colname="cel3" type=pnm>
<p>100</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>C71</p></entry>
<entry colname="cel2" type=pno>
<p>PQCUV1E104MD</p></entry>
<entry colname="cel3" type=pnm>
<p>0.1</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno>
<p>            OPERATION PRINTED CIRCUIT BOARD PARTS</p></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID13">
<p><XREF RID="HP13">PCB2  </p></entry>
<entry colname="cel2" type=pno>
<p>PQWP2TM80M </p></entry>
<entry colname="cel3" type=pnm>
<p>OPERATION, P. C. BOARD ASS'Y</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno ID="ID12">
<p><XREF RID="HP12">E100</p></entry>
<entry colname="cel2" type=pno>
<p>PQHR10488Z </p></entry>
<entry colname="cel3" type=pnm>
<p>LED HOLDER</p></entry></row>
<row>
<entry colname="cel1" type=rno></entry>
<entry colname="cel2" type=pno></entry>
<entry colname="cel3" type=pnm></entry></row>
<row>
<entry colname="cel1" type=rno>
<p>LED31</p></entry>
<entry colname="cel2" type=pno>
<p>PQ2900350001</p></entry>
<entry colname="cel3" type=pnm>
<p>LED DISPLAY</p></entry></row>
</tbody>
</tgroup>

</table></ti1></text>
</svcdoc>

