The voltage rating on a capacitor (similar to the insulation on a wire) is the max supported before it could arc or short out by jumping between the insulation and the working parts. So, with what you have, you are getting a better rating.
The voltage rating on a capacitor (similar to the insulation on a wire) is the max supported before it could arc or short out by jumping between the insulation and the working parts. So, with what you have, you are getting a better rating.
I understand well the VDC rating of capacitors. I have just never heard the voltage rating of capacitors expressed in therms of AC voltage before. Thanks.
I understand well the VDC rating of capacitors. I have just never heard the voltage rating of capacitors expressed in therms of AC voltage before. Thanks.
AC voltage rating = "bipolar" capacitor. They have a ripple current rating because this current causes internal heating, which shortens service lifetime.
AC voltage rating = "bipolar" capacitor. They have a ripple current rating because this current causes internal heating, which shortens service lifetime.