Hi, I hope I don't appear too dumb but I can't work out a solution to this (simple) problem.
What I have is a mini 433MHz transmitter that I want to install in a panic button box. The panic button is a latching button (press in to turn on and twist to turn off) but the transmitter requires a momentary voltage to send a "turn me on" signal to the transmitter and a separate momentary voltage (on another pin) to send a "turn me off" signal to the transmitter when the latching button is released. So, there are 3 pins on the transmitter. One is common.
I plan to use a 9V battery as the power source. The 433MHz transmitter will work betweeen 3v and 12v. Preferably I want to avoid draining the battery if the latching switch is left on.
Any help with this design would be most appreciated. I am new to electronics so the more detail the better.
Thanks
What I have is a mini 433MHz transmitter that I want to install in a panic button box. The panic button is a latching button (press in to turn on and twist to turn off) but the transmitter requires a momentary voltage to send a "turn me on" signal to the transmitter and a separate momentary voltage (on another pin) to send a "turn me off" signal to the transmitter when the latching button is released. So, there are 3 pins on the transmitter. One is common.
I plan to use a 9V battery as the power source. The 433MHz transmitter will work betweeen 3v and 12v. Preferably I want to avoid draining the battery if the latching switch is left on.
Any help with this design would be most appreciated. I am new to electronics so the more detail the better.
Thanks