J
Joe Webster
Guest
Hello,
I'm just a complete novice when it comes to building circuitry. The
current project I'm working on involves a electronic door strike. The strike
requires at least 6vdc to unlock, I'm not sure how many amps right now and I
don't have it with me. Given things I can't change, when the door is to be
opened I'll have 3.3vdc to trigger the lock. My first thought was just to
get a simple relay that will switch the 6vdc when I supply 3.3vdc to the
coil of the relay.
So I need a relay w/ a nominal voltage of 6vdc w/ a minimum coil voltage
of 3.3vdc. Searching online at RadioHack and Mouser, this seems easier said
than found. I've found some that come close. RadioShack part# 275-232 which
has a min. switching voltage of 3.5vdc.Same goes for mouser.
So my question is "is there a better way to solve my problem" -- or
"could I somehow step up the 3.3v to say 6v and maintain that for at least
5-10 seconds?"
Thanks everyone,
Joe
I'm just a complete novice when it comes to building circuitry. The
current project I'm working on involves a electronic door strike. The strike
requires at least 6vdc to unlock, I'm not sure how many amps right now and I
don't have it with me. Given things I can't change, when the door is to be
opened I'll have 3.3vdc to trigger the lock. My first thought was just to
get a simple relay that will switch the 6vdc when I supply 3.3vdc to the
coil of the relay.
So I need a relay w/ a nominal voltage of 6vdc w/ a minimum coil voltage
of 3.3vdc. Searching online at RadioHack and Mouser, this seems easier said
than found. I've found some that come close. RadioShack part# 275-232 which
has a min. switching voltage of 3.5vdc.Same goes for mouser.
So my question is "is there a better way to solve my problem" -- or
"could I somehow step up the 3.3v to say 6v and maintain that for at least
5-10 seconds?"
Thanks everyone,
Joe