Control:
For our second idea I decided on a simple microcontroller to output a high frequency. After much research and keeping the cost in line with my other ideas, I settled on the PICAXE series of microcontrollers, which are based on the range of Microchip PICs. Not only are these chips available in DIL packages, (A stipulation for our project) but also have inexpensive start up costs. The programmer being a simple Serial to 3.5mm connector
Below shows a 14 pin Pic called the PICAXE 14m. The advantage with this over the the Mosfets is that the frequency can be varied.
Output:
For our second idea I decided on a simple microcontroller to output a high frequency. After much research and keeping the cost in line with my other ideas, I settled on the PICAXE series of microcontrollers, which are based on the range of Microchip PICs. Not only are these chips available in DIL packages, (A stipulation for our project) but also have inexpensive start up costs. The programmer being a simple Serial to 3.5mm connector
Below shows a 14 pin Pic called the PICAXE 14m. The advantage with this over the the Mosfets is that the frequency can be varied.
Output:
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