I know almost nothing about wiring and electronics, so bear with me.
I have a set of 3-wire, flashing LED lights that I need to wire up. They work in such a way that red is power and black is ground. The third wire, yellow, will change the flash pattern of the LEDs when connected to the power source for a moment. For this to work the unit must already be "on" (i.e. the red wire is already connected to power)
So here's what I'm thinking: get a DPDT switch with momentary on/ off/ constant on. Then, wire it in such a way that the unit will be "off" when the switch is in the "down" position, will be "on" when in the center position, and will change the flash pattern when flipped to the momentary "up" position.
Attached is how I *think* the switch needs to be wired for this to work, but I really have no idea. Am I far off the mark here?
Also, with the DPDT, will there be a brief break in current when I go from "on" to "momentary," such that it will turn the unit off and thus negate the ability of the unit to stay "on" as I try to switch phases?
I have a set of 3-wire, flashing LED lights that I need to wire up. They work in such a way that red is power and black is ground. The third wire, yellow, will change the flash pattern of the LEDs when connected to the power source for a moment. For this to work the unit must already be "on" (i.e. the red wire is already connected to power)
So here's what I'm thinking: get a DPDT switch with momentary on/ off/ constant on. Then, wire it in such a way that the unit will be "off" when the switch is in the "down" position, will be "on" when in the center position, and will change the flash pattern when flipped to the momentary "up" position.
Attached is how I *think* the switch needs to be wired for this to work, but I really have no idea. Am I far off the mark here?
Also, with the DPDT, will there be a brief break in current when I go from "on" to "momentary," such that it will turn the unit off and thus negate the ability of the unit to stay "on" as I try to switch phases?