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Pentax K1000 Remote Shutter Servo Mount + Case
by wjltech
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Designed this mount to attach a small micro servo motor to.
The case is to hold a PCB with an Arduino Nano and Raspberry Pi PICO mounted.
The circuit that operates it works from an Infrared Signal.
You can check out the YouTube video for the project here: https://youtu.be/YhIa19D6slQ
materials you need:
The parts I used in the test rig were:
1.An Arduino Nano microcontroller
2.A PICO microcontroller
3. 2x Bread boards
4. 5Volt Relay
5. Infrared receiver
6. Servo Motor
7. NPN Transistor
8. 2 LEDs
9. Diode
10. 2x 100 Ohm resistors
11. 1x 15k Ohm resistor
12. 1x 3k Ohm resistor
13. Philips Infrared Remote Control (or any type of infrared transmitting device)
14 Jumper wires males to male and male to female if your planning on only making
the breadboard style test circuit
15. USB Cable
Tools:
Side cutters
Soldering Iron
Flux cored Solder
Flux
hot glue gun
Multimeter
X-ACTO blade
5 Volt power source or 9V battery (if using 9V battery only connect to VIN
The case is to hold a PCB with an Arduino Nano and Raspberry Pi PICO mounted.
The circuit that operates it works from an Infrared Signal.
You can check out the YouTube video for the project here: https://youtu.be/YhIa19D6slQ
materials you need:
The parts I used in the test rig were:
1.An Arduino Nano microcontroller
2.A PICO microcontroller
3. 2x Bread boards
4. 5Volt Relay
5. Infrared receiver
6. Servo Motor
7. NPN Transistor
8. 2 LEDs
9. Diode
10. 2x 100 Ohm resistors
11. 1x 15k Ohm resistor
12. 1x 3k Ohm resistor
13. Philips Infrared Remote Control (or any type of infrared transmitting device)
14 Jumper wires males to male and male to female if your planning on only making
the breadboard style test circuit
15. USB Cable
Tools:
Side cutters
Soldering Iron
Flux cored Solder
Flux
hot glue gun
Multimeter
X-ACTO blade
5 Volt power source or 9V battery (if using 9V battery only connect to VIN
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