They call it a Microswitch , but it's a big switch that has a coil
The coil is 28 volts DC to turn it on , energize it
I don't understand why would a design or circuit want a switch to have a coil to ENABLE the switch
Any reason why?
Here is 3 things that I don't understand
1.) Hold Voltage?
2.) Drop out voltage?
3.) Steady State limit?
What does these terms mean?
Why would you want a switch to have a hold voltage?
Why would you want a switch to have a drop out voltage?
Why would you want a switch to have a steady state limit?
The coil is 28 volts DC to turn it on , energize it
I don't understand why would a design or circuit want a switch to have a coil to ENABLE the switch
Any reason why?
Here is 3 things that I don't understand
1.) Hold Voltage?
2.) Drop out voltage?
3.) Steady State limit?
What does these terms mean?
Why would you want a switch to have a hold voltage?
Why would you want a switch to have a drop out voltage?
Why would you want a switch to have a steady state limit?