Mods Edit:
Please don't hijack other member's thread, now you have your own.
This thread was split from -- Need help with a Constant to Momentary Relay
Since this thread is a couple years old maybe I can briefly hijack. I haven't done any circuit stuff in quite a few years. I have my keurig on an automatic outlet with a manual switch as well. I was trying to make sure it was heated up and ready to go in the morning, so I cut the power switch and soldered it together. I think it's ~3.3 V circuit. Now I discover its a momentary switch, and the display goes off, and only stays on if I hold a button (such as brew) down.
Will the proposed "the 12V" relay act about the same with a 3.3 V closed circuit? Can I increase the time (to close to 4 seconds, by increasing the capacitor value by 4s/1.5s or 8x (8000 uF)? Lastly, would the relay close with a 5V line from something like a iphone/usb cable? I assume similar to a ssr, the close current is very very minimal?
Thanks......
Please don't hijack other member's thread, now you have your own.
This thread was split from -- Need help with a Constant to Momentary Relay
Since this thread is a couple years old maybe I can briefly hijack. I haven't done any circuit stuff in quite a few years. I have my keurig on an automatic outlet with a manual switch as well. I was trying to make sure it was heated up and ready to go in the morning, so I cut the power switch and soldered it together. I think it's ~3.3 V circuit. Now I discover its a momentary switch, and the display goes off, and only stays on if I hold a button (such as brew) down.
Will the proposed "the 12V" relay act about the same with a 3.3 V closed circuit? Can I increase the time (to close to 4 seconds, by increasing the capacitor value by 4s/1.5s or 8x (8000 uF)? Lastly, would the relay close with a 5V line from something like a iphone/usb cable? I assume similar to a ssr, the close current is very very minimal?
Thanks......