BD-FIX

MiniPro TL866 Universal Programmer Driver

Unknown January 24, 2018 Bios Programmer Driver , Driver

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Well-designed cheap professional programmer, Production of high-density SMD technology, a unified user interface, easy to use, fully functional, reliable program running of application software, ultra-small code -runs faster, supports bilingual(English and Chinese), it can automatically identify the operating system to install and run under WIN 2000/WIN XP/WIN 2003/WIN 2008/WIN VISTA /WIN7/WIN8/WIN10 (32BIit/64Bit).</div>
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<table class="sevida-table" style="text-align: center;"><thead>
<tr>       <th>MODEL</th>       <th>VERSION</th>       <th>DOWNLOAD</th>     </tr>
</thead>   <tbody>
<tr>       <td data-label="MODEL"><div style="text-align: center;">
<b>TL866II Plus</b></div>
</td>       <td data-label="VERSION"><div style="text-align: center;">
<b>8.51</b></div>
</td>      
<td data-label="DOWNLOAD"><div style="text-align: center;">
<b><a href="https://binbox.io/yENTc#VCXCHHP8" target="_blank">Click Here</a></b></div>
</td>     </tr>
<tr>       <td data-label="MODEL"><div style="text-align: center;">
<b>TL866A/CS</b></div>
</td>       <td data-label="VERSION"><div style="text-align: center;">
<b>6.85</b></div>
</td>      
<td data-label="DOWNLOAD"><div style="text-align: center;">
<b><a href="https://drive.google.com/uc?export=download&id=1twUwsGB2uGJ5-lLdCan6gVUUTkoMAY7z" target="_blank">Click Here</a></b></div>
</td>     </tr>
</tbody> </table>
</div>

Well-designed cheap professional programmer, Production of high-density SMD technology, a unified user interface, easy to use...

All Display Connector Pin Layout Details

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[accordion]<br />
[item title="All 40 Pin LED Display Pin Assignment"]<br />
<table class="sevida-table"><thead>
<tr>       <th>PIN#</th>       <th>Signal Name</th>       <th>Description</th>     </tr>
</thead>   <tbody>
<tr>       <td data-label="Label 1">1</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">2</td>       <td data-label="Label 2">VDD</td>       <td data-label="Label 3">Power Supply +3.3v</td>     </tr>
<tr>       <td data-label="Label 1">3</td>       <td data-label="Label 2">VDD</td>       <td data-label="Label 3">Power Supply +3.3V</td>     </tr>
<tr>       <td data-label="Label 1">4</td>       <td data-label="Label 2">VEDID</td>       <td data-label="Label 3">EDID +3.3V Power</td>     </tr>
<tr>       <td data-label="Label 1">5</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">6</td>       <td data-label="Label 2">CLK_EDID</td>       <td data-label="Label 3">EDID Clock Input</td>     </tr>
<tr>       <td data-label="Label 1">7</td>       <td data-label="Label 2">DAT_EDID</td>       <td data-label="Label 3">EDID Data Input</td>     </tr>
<tr>       <td data-label="Label 1">8</td>       <td data-label="Label 2">RxOIN0-</td>       <td data-label="Label 3">-LVDS Differential Data INPUT(Odd R0-R5,G0)</td>     </tr>
<tr>       <td data-label="Label 1">9</td>       <td data-label="Label 2">RxOIN0+</td>       <td data-label="Label 3">+LVDS Differential Data INPUT(Odd R0-R5,G0)</td>     </tr>
<tr>       <td data-label="Label 1">10</td>       <td data-label="Label 2">VSS</td>       <td data-label="Label 3">Ground</td>     </tr>
<tr>       <td data-label="Label 1">11</td>       <td data-label="Label 2">RxOIN1-</td>       <td data-label="Label 3">-LVDS Differential Data INPUT(Odd G1-G5,B0-B1)</td>     </tr>
<tr>       <td data-label="Label 1">12</td>       <td data-label="Label 2">RxOIN1+</td>       <td data-label="Label 3">+LVDS Differential Data INPUT(Odd G1-G5,B0-B1)</td>     </tr>
<tr>       <td data-label="Label 1">13</td>       <td data-label="Label 2">VSS</td>       <td data-label="Label 3">Ground</td>     </tr>
<tr>       <td data-label="Label 1">14</td>       <td data-label="Label 2">RxOIN2-</td>       <td data-label="Label 3">-LVDS Differential Data INPUT(Odd B2-B5,HS,VS,DE)</td>     </tr>
<tr>       <td data-label="Label 1">15</td>       <td data-label="Label 2">RxOIN2+</td>       <td data-label="Label 3">+LVDS Differential Data INPUT(Odd B2-B5,HS,VS,DE)</td>     </tr>
<tr>       <td data-label="Label 1">16</td>       <td data-label="Label 2">VSS</td>       <td data-label="Label 3">Ground</td>     </tr>
<tr>       <td data-label="Label 1">17</td>       <td data-label="Label 2">RxOCKIN-</td>       <td data-label="Label 3">-LVDS Odd Differential Clock INPUT</td>     </tr>
<tr>       <td data-label="Label 1">18</td>       <td data-label="Label 2">RxOCKIN+</td>       <td data-label="Label 3">-LVDS Odd Differential Clock INPUT</td>     </tr>
<tr>       <td data-label="Label 1">19</td>       <td data-label="Label 2">VSS</td>       <td data-label="Label 3">Ground</td>     </tr>
<tr>       <td data-label="Label 1">20</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">21</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">22</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">23</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">24</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">25</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">26</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">27</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">28</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">29</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">30</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">31</td>       <td data-label="Label 2">VLED_GND</td>       <td data-label="Label 3">LED Ground</td>     </tr>
<tr>       <td data-label="Label 1">32</td>       <td data-label="Label 2">VLED_GND</td>       <td data-label="Label 3">LED Ground</td>     </tr>
<tr>       <td data-label="Label 1">33</td>       <td data-label="Label 2">VLED_GND</td>       <td data-label="Label 3">LED Ground</td>     </tr>
<tr>       <td data-label="Label 1">34</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">35</td>       <td data-label="Label 2">VPWM_EN</td>       <td data-label="Label 3">PWM logic input level</td>     </tr>
<tr>       <td data-label="Label 1">36</td>       <td data-label="Label 2">VLED_EN</td>       <td data-label="Label 3">LED enable input level</td>     </tr>
<tr>       <td data-label="Label 1">37</td>       <td data-label="Label 2">NC</td>       <td data-label="Label 3">No Connection (Reserve)</td>     </tr>
<tr>       <td data-label="Label 1">38</td>       <td data-label="Label 2">VLED</td>       <td data-label="Label 3">LED Power Supply 6-21V</td>     </tr>
<tr>       <td data-label="Label 1">39</td>       <td data-label="Label 2">VLED</td>       <td data-label="Label 3">LED Power Supply 6-21V</td>     </tr>
<tr>       <td data-label="Label 1">40</td>       <td data-label="Label 2">VLED</td>       <td data-label="Label 3">LED Power Supply 6-21V</td>     </tr>
</tbody> </table>
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[/item]</div><div dir="ltr" style="text-align: left;" trbidi="on">
[item title="All 30 Pin LED Display Pin Assignment"]</div><div dir="ltr" style="text-align: left;" trbidi="on"><table class="sevida-table"><thead><tr><th>PIN#</th><th>Signal Name</th><th>Description</th></tr></thead><tbody><tr><td data-label="Label 1">1</td><td data-label="Label 2">NC</td><td data-label="Label 3">No Connection (Reserved for LCD test)</td></tr><tr><td data-label="Label 1">2</td><td data-label="Label 2">H_GND</td><td data-label="Label 3">High-Speed Ground</td></tr><tr><td data-label="Label 1">3</td><td data-label="Label 2">NC</td><td data-label="Label 3">No Connection (Reserved for LCD test)</td></tr><tr><td data-label="Label 1">4</td><td data-label="Label 2">NC</td><td data-label="Label 3">No Connection (Reserved for LCD test)</td></tr><tr><td data-label="Label 1">5</td><td data-label="Label 2">H_GND</td><td data-label="Label 3">High-Speed Ground</td></tr><tr><td data-label="Label 1">6</td><td data-label="Label 2">ML0-</td><td data-label="Label 3">Complement Signal-Lane 0</td></tr><tr><td data-label="Label 1">7</td><td data-label="Label 2">ML0+</td><td data-label="Label 3">True Signal-Main Lane 0</td></tr><tr><td data-label="Label 1">8</td><td data-label="Label 2">H_GND</td><td data-label="Label 3">High-Speed Ground</td></tr><tr><td data-label="Label 1">9</td><td data-label="Label 2">AUX+</td><td data-label="Label 3">True Signal-Auxiliary Channel</td></tr><tr><td data-label="Label 1">10</td><td data-label="Label 2">AUX-</td><td data-label="Label 3">Complement Signal-Auxiliary Channel</td></tr><tr><td data-label="Label 1">11</td><td data-label="Label 2">H_GND</td><td data-label="Label 3">High Speed Ground</td></tr><tr><td data-label="Label 1">12</td><td data-label="Label 2">VCCS</td><td data-label="Label 3">Power Supply +3.3 V (typical)</td></tr><tr><td data-label="Label 1">13</td><td data-label="Label 2">VCCS</td><td data-label="Label 3">Power Supply +3.3 V (typical)</td></tr><tr><td data-label="Label 1">14</td><td data-label="Label 2">NC</td><td data-label="Label 3">No Connection (Reserved for LCD test)</td></tr><tr><td data-label="Label 1">15</td><td data-label="Label 2">GND</td><td data-label="Label 3">Ground</td></tr><tr><td data-label="Label 1">16</td><td data-label="Label 2">GND</td><td data-label="Label 3">Ground</td></tr><tr><td data-label="Label 1">17</td><td data-label="Label 2">HPD</td><td data-label="Label 3">Hot Plug Detect</td></tr><tr><td data-label="Label 1">18</td><td data-label="Label 2">BL_GND</td><td data-label="Label 3">BL Ground</td></tr><tr><td data-label="Label 1">19</td><td data-label="Label 2">BL_GND</td><td data-label="Label 3">BL Ground</td></tr><tr><td data-label="Label 1">20</td><td data-label="Label 2">BL_GND</td><td data-label="Label 3">BL Ground</td></tr><tr><td data-label="Label 1">21</td><td data-label="Label 2">BL_GND</td><td data-label="Label 3">BL Ground</td></tr><tr><td data-label="Label 1">22</td><td data-label="Label 2">LED_EN</td><td data-label="Label 3">BL_Enable Signal of LED Converter</td></tr><tr><td data-label="Label 1">23</td><td data-label="Label 2">LED_PWM</td><td data-label="Label 3">PWM Dimming Control Signal of LED Converter</td></tr><tr><td data-label="Label 1">24</td><td data-label="Label 2">NC</td><td data-label="Label 3">No Connection (Reserved for LCD test)</td></tr><tr><td data-label="Label 1">25</td><td data-label="Label 2">NC</td><td data-label="Label 3">No Connection (Reserved for LCD test)</td></tr><tr><td data-label="Label 1">26</td><td data-label="Label 2">LED_VCCS</td><td data-label="Label 3">BL Power</td></tr><tr><td data-label="Label 1">27</td><td data-label="Label 2">LED_VCCS</td><td data-label="Label 3">BL Power</td></tr><tr><td data-label="Label 1">28</td><td data-label="Label 2">LED_VCCS</td><td data-label="Label 3">BL Power</td></tr><tr><td data-label="Label 1">29</td><td data-label="Label 2">LED_VCCS</td><td data-label="Label 3">BL Power</td></tr><tr><td data-label="Label 1">30</td><td data-label="Label 2">NC</td><td data-label="Label 3">No Connection (Reserved for LCD test)<br />[/item]</td></tr></tbody></table></div><div dir="ltr" style="text-align: left;" trbidi="on">
[item title="Accordion 3"]Your Text Here[/item]<br />
[item title="Accordion 4"]Your Text Here[/item]<br />
[/accordion]<br />
<br /></div>

[accordion] [item title="All 40 Pin LED Display Pin Assignment"] PIN# Signal Name Description ...

Toshiba Satellite C5 Series [ZBWAA LA-B303P REV 1.0] Bios & Schematic

Unknown January 17, 2018 BIOS , Laptop Bios , Laptop Schematic , Schematic , Toshiba Laptop Bios , Toshiba Laptop Schematic

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<table class="sevida-table" style="text-align: center;"><thead>
<tr>       <th>Laptop Model</th>       <th>Motherboard Model</th>       <th>Bios</th>       <th>Schematic</th>     </tr>
</thead>   <tbody>
<tr>       <td data-label="Label 1"><div style="text-align: center;">
Toshiba Satellite<br />
C50-B/C55-B/C50t-B/C55tB</div>
<div style="text-align: center;">
(PSCMLx/PSCMNx/PSCMQx)</div>
</td>       <td data-label="Label 2"><div style="text-align: center;">
ZBWAA LA-B303P REV 1.0</div>
</td>       <td data-label="Label 3"><div style="text-align: center;">
<a class="button medium red" href="https://binbox.io/p75zK#Ed6pd5pH" target="_blank">Download</a></div>
</td>       <td data-label="Label 4"><div style="text-align: center;">
<a class="button medium green" href="https://binbox.io/4g0a3#C0bT9Rnx" target="_blank">Download</a></div>
</td>     </tr>
</tbody> </table>

Laptop Model Motherboard Model Bios Schematic Toshiba Satellite C50-B/C55-B/C50t-B/C55t...

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January 2018

MiniPro TL866 Universal Programmer Driver

All Display Connector Pin Layout Details

Toshiba Satellite C5 Series [ZBWAA LA-B303P REV 1.0] Bios & Schematic

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