dnickelson
New Member
This is related to another post i have in one of the other forums, so please excuse me if this seems to be a double post, but I have a question on a simple piece of my project.
Is there an integrated circuit such that, when momentary voltage is applied to one pin, it will alternate a connection between a second pin and a number of alternate pins? For example, if i send voltage through a momentary switch to pin 1, pin 2 would complete a circuit with pin 6. Then when i apply voltage to pin 1 second time, the pin 2 to pin 6 circuit would open and pin 2 would complete a circuit to pin 7, repeating to pin 8, then 9, through, say, 6 connections?
A related question, if any above scenario is possible, are any integrated circuits able to handle continuous 12 volts at 15-20 amps? Looking for an application on a vehicle and wondering if an IC is able to handle loads associated with taillights and such, or if i would need to look at including a large number of relays for each application.
Thanks for your consideration,
-Dan
Is there an integrated circuit such that, when momentary voltage is applied to one pin, it will alternate a connection between a second pin and a number of alternate pins? For example, if i send voltage through a momentary switch to pin 1, pin 2 would complete a circuit with pin 6. Then when i apply voltage to pin 1 second time, the pin 2 to pin 6 circuit would open and pin 2 would complete a circuit to pin 7, repeating to pin 8, then 9, through, say, 6 connections?
A related question, if any above scenario is possible, are any integrated circuits able to handle continuous 12 volts at 15-20 amps? Looking for an application on a vehicle and wondering if an IC is able to handle loads associated with taillights and such, or if i would need to look at including a large number of relays for each application.
Thanks for your consideration,
-Dan