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ATTiny programming shield
by CFSolutions
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An ATTiny programmer shield for the Arduino UNO v.3
There are many ways to set up a programming environment for the ATTiny series microcontrollers. The most common is to use the breadboard but after setting up my breadboard every time, searching for the correct wires and pins, I decided to design a programming shield for the ATTiny series 13(a), 25, 45 and 85 (8 pin version) as well for the 24, 44 and 84 series (14 pin version) to make life easier.
And with an additional “soic8 Sop8 to Dip8 Ez Socket Converter Module” or the 14pin module even the smd microcontrollers can be programmed.
I know there are several shields available on the internet but I haven't seen one like this, so I share it with you all.
Hardware used;
• 24 pin ZIF socket
• 2x Mss22d18 Mini Smd slide switches
• Elco smd 22uF 16V
• 6x Led 1206 (2x green, blue, red yellow and white)
• Resistor 1206/1210 (4x 330R, 2x 1.8K)
• Headers male ( row of 6, 7 and single one)
• PCB (is desinged in Proteus 8)
There are many ways to set up a programming environment for the ATTiny series microcontrollers. The most common is to use the breadboard but after setting up my breadboard every time, searching for the correct wires and pins, I decided to design a programming shield for the ATTiny series 13(a), 25, 45 and 85 (8 pin version) as well for the 24, 44 and 84 series (14 pin version) to make life easier.
And with an additional “soic8 Sop8 to Dip8 Ez Socket Converter Module” or the 14pin module even the smd microcontrollers can be programmed.
I know there are several shields available on the internet but I haven't seen one like this, so I share it with you all.
Hardware used;
• 24 pin ZIF socket
• 2x Mss22d18 Mini Smd slide switches
• Elco smd 22uF 16V
• 6x Led 1206 (2x green, blue, red yellow and white)
• Resistor 1206/1210 (4x 330R, 2x 1.8K)
• Headers male ( row of 6, 7 and single one)
• PCB (is desinged in Proteus 8)
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