Can I use one switch for two power sources on my robot?

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SUMMARY

The discussion centers on integrating two power sources for a robot using a single switch. The first power source is a 9-volt battery connected to a BS2 microcontroller, while the second is a motor power supply using four C batteries with its own circuitry. A dual-pole single-throw (DPST) switch is recommended to control both power sources simultaneously. The consensus is that a second switch is unnecessary, as the existing circuitry can manage the motor power effectively.

PREREQUISITES
  • Understanding of basic electronics and circuit design
  • Familiarity with BS2 microcontroller connections
  • Knowledge of switch types, specifically dual-pole single-throw (DPST) switches
  • Experience with power management in robotic systems
NEXT STEPS
  • Research wiring configurations for dual-pole single-throw (DPST) switches
  • Learn about power distribution in robotic systems
  • Explore transistor functions in power management
  • Investigate the specifications and limitations of BS2 microcontroller power inputs
USEFUL FOR

Robotics enthusiasts, hobbyists building robots, and engineers working on power management solutions for robotic systems will benefit from this discussion.

Megasundato
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Hello, on my robot I essentially have two sources of power.

#1. The first is my 9-volt battery to the BS2. (+ pin 24, - pin 23)

#2. my second is a power source for the motors. it uses four C batteries not directly connected to the stamp but with it's own system of circuitry. check thumbnail below.

http://www.reconnsworld.com/motorcontrol.gif

Now I plan to use a fairly simple three-pronged switch to turn the entire robot on and off. I believe that I will need to put the switch into the negative wire of the #1 power source ( cathode of 9-volt battery to pin 23). However, what about the second power source? Is there any way that I can tie both into the same switch?

On the other hand, I'm not quite sure if I need a switch for the second source. Perhaps all the transistors will take care of it.

Any thoughts? I'm thinking that last paragraph is correct and that a second switch or a tie-in won't be necessary.
 
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You could use a dual-pole single-throw (DPST) switch to control power for both things using one switch.
 
ok thanks
 

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