I am building a swarm of robots. I am thinking of using the Pololu Pushbutton Power Switch SV. There are conditions:
- All the robots have to be turned on from a single switch. They can then move away.
- Each robot must have an emergency power off switch.
- The amperage requirements of the robot exceed the 10 amp limit of the SV switch.
My proposed solution is:
- Use multiple Pololu Pushbutton Power Switch SV on each robot. Each controls a separate set of circuits. The main separation is that the left and right side motors will have separate Pololu Pushbutton Power Switch SVs. Control electronics, etc will have another Pololu Pushbutton Power Switch SV (or two).
- Have a plug on each robot that connects to the external “ON” switch. The plug pulls out when the robot moves away.
- A single switch on each robot is connected in parallel to the main “ON” switch to serve as the emergency off.
The big question is whether the Pololu Pushbutton Power Switch SV will operate properly with a single switch (the “ON” switch) connected in parallel to the plethora of Pololu Pushbutton Power Switch SVs?
Would there be a limit to how many of the Pololu Pushbutton Power Switch SVs could be connected to a single switch for turning them on?
Also, can the power connections on the Pololu Pushbutton Power Switch SV be operated in parallel. The motors on each side may need more than the 10 amps so could two be parallel to provide 20 amps?
Rud