09-28-2021, 02:47 AM
Hi Kevin,
you say subminiature switches such as the C&K 7000-series and equivalent from Carling easily handle the voltages in question.
I do not really understand how to calculate VDC ratings from VAC ratings on these switches. For ex. switches have usually ratings such as 250VAC.
According to TOT p. 3-2 the peak VDC as I understand is usually VAC times 1.414. That means it is much higher.
How do I know if a switch can handle more than 300VDC? I have a switch that shows 3A 250VAC. What is the maths behind it?
Best wishes
Kai
you say subminiature switches such as the C&K 7000-series and equivalent from Carling easily handle the voltages in question.
I do not really understand how to calculate VDC ratings from VAC ratings on these switches. For ex. switches have usually ratings such as 250VAC.
According to TOT p. 3-2 the peak VDC as I understand is usually VAC times 1.414. That means it is much higher.
How do I know if a switch can handle more than 300VDC? I have a switch that shows 3A 250VAC. What is the maths behind it?
Best wishes
Kai


