PCB CIRCUIT DESIGN - DC MOTOR CONTROL
Budget: $30 – $250 USD
Circuit board comprising of the following:
1- Signal input #1 (stand-alone power) with very minimal signal voltage (5mV).
2- Signal input #2 (powered from same board) with signal voltage matching that of board's power source.
3- Connection to DC motor. (brushed)
4- Connection from battery. (varies depending on motor - 10V ~ 20V).
5- Very high ampere application. (35A with capability of increasing till 40 or so)
6- Copper trace must withstand high amperes.
7- Tough weather condition.
8- Method must not include automotive relay.
9- Minimum quantity component.
10- Available component.
11- Inexpensive component.
12 - Submit brd/sch, BOM and gerber files for EAGLE.
Once input is received, DC motor starts rotating at full speed, in an ON and OFF matter. Input devices are already
Upon receiving input signal from preexisting device, DC motor starts rotating until there is no signal, were DC motor then stops.
1- Signal input #1 (stand-alone power) with very minimal signal voltage (5mV).
2- Signal input #2 (powered from same board) with signal voltage matching that of board's power source.
3- Connection to DC motor. (brushed)
4- Connection from battery. (varies depending on motor - 10V ~ 20V).
5- Very high ampere application. (35A with capability of increasing till 40 or so)
6- Copper trace must withstand high amperes.
7- Tough weather condition.
8- Method must not include automotive relay.
9- Minimum quantity component.
10- Available component.
11- Inexpensive component.
12 - Submit brd/sch, BOM and gerber files for EAGLE.
Once input is received, DC motor starts rotating at full speed, in an ON and OFF matter. Input devices are already
Upon receiving input signal from preexisting device, DC motor starts rotating until there is no signal, were DC motor then stops.
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PCB Design and Layout