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@@ -13,7 +13,7 @@
 <img src="FabFTDI_Schematic.png" width="900" height="560" alt=""/>
 <p><em>Figure: Schematic circuit diagram of FabFTDI.</em></p>
 <p>&nbsp;</p>
-<p>The FabFTDI is powered through USB port which provides 500mA at 5V. The USB data line D+/D- is used to communicate with the microcontrolle's USB controller. Since the data lines operate at 3.3V, two voltage limiting zener diodes are used to limit the voltage in these pins. The D- line is pulled-up to the 5V through 1.5K resistor to indicate to the host computer that the connnected device is a low-speed USB device. The USB controller needs a precise clock, therefore, an external 16MHz crystal is used as a precise clock source. The LED and the corresponding resistor R4 is optional but if used can be used as visual indication of data communication. The FabFTDI is a USB 2.0 Full-speed device and support upto&nbsp;38400bps of serial communication. The Unix and Mac OS doesn not require any drivers, however, a driver is required for windows operating system (more on this later). </p>
+<p>The FabFTDI is powered through USB port which provides 500mA at 5V. The USB controller needs a precise clock, therefore, an external 16MHz resonator is used as a precise clock source (note- eventhough the resonator is not as precise as a crystal, its precision is sufficient for a USB 2.0 full speed device). The FabFTDI is a USB 2.0 Full-speed device and support upto&nbsp;38400bps of serial communication. The Unix and Mac OS doesn not require any drivers, however, a driver is required for windows operating system (more on this later). </p>
 <h1>2 Fabrication of FabFTDI</h1>
 <p>Figure below shows the FabFTDI board. </p>
 <h2>2.1 Board Design</h2>
@@ -26,7 +26,7 @@
   <li>FabFTDI Board cutout (2000dpi) </li>
 </ul>
 <p>Figure below shows the milled board. Inspect for error and make sure no wires are short-circuiting. </p>
-<img src="Documentation/FAbFDI_Milled2.JPG" width="900" height="836" alt=""/>
+<img src="Documentation/FAbFDI_Milled2.JPG" width="900" height="423" alt=""/>
 <h2>2.3 PCB Assembly</h2>
 <p>For stuffing FabFTDI board you will need following components:</p>
 <ol>
@@ -39,7 +39,9 @@
   <li>Optionl: An LED and a 1K resistor.</li>
 </ol>
 <p>It is recommended to start with stuffing smaller and difficult component and then bigger and easy components such as connectors. For this board soldering the micro-controller is tricky as the pins are very close to each other. Here, I am showing an easy way to solder the microcontroller. First, carelessly solder all the pins to the pads and then use copper braid to remove excess solder. </p>
-<img src="Documentation/FabFTDI_Assembled.JPG" width="900" height="856" alt=""/>
+<img src="Documentation/uCSoldering1.png" width="450" height="336" alt=""/><img src="Documentation/uCSoldering2.png" width="450" height="336" alt=""/>
+<p>Once the micro-controller is soldered. Solder other components like resistors and capacitors. Finally, at last, solder ISP connector and FTDI connector. Figure below shows my stuffed board. </p>
+<img src="Documentation/FabFTDI_Assembled.JPG" width="900" height="337" alt=""/>
 <h1>3 Programing Fuses and Firmware</h1>
 <ol>
   <li>Download the firmware file from <a href="Firmware/default/cdctiny45.hex">here</a>. Flash it using the following command (replace avrisp2 with usbtiny if you are using fabisp)<br />
@@ -50,9 +52,9 @@
   <li>Flash fuses using following commands<br />
     <br />
     <ul>
-      <li>sudo avrdude -p t45 -c avrisp2 -U lfuse:w:0xF1:m</li>
-      <li>sudo avrdude -p t45 -c avrisp2 -U hfuse:w:0xCE:m</li>
-      <li>sudo avrdude -p t45 -c avrisp2 -U euse:w:0xFF:m<br />
+      <li>sudo avrdude -p m16u2 -c avrisp2 -U lfuse:w:0xF1:m</li>
+      <li>sudo avrdude -p m16u2 -c avrisp2 -U hfuse:w:0xCE:m</li>
+      <li>sudo avrdude -p m16u2 -c avrisp2 -U euse:w:0xFF:m<br />
       </li>
     </ul>
   </li>