I have pot lights in the eves of the front of my house, controlled by a motion sensor. It is one of those dimming ones that for six hour after dusk, the lights come on at about 40% and when there is motion detected, the lights are bumped up to 100%. After the six hours, until dawn, the lights go off and remain off until motion is detected, at which time, they go to 100%.
What I want to do, is to interface the light over my front door, but of course, there is a catch. I want the front door light to either be off or on 100%. I figure that the dimmer in the Dual Bright motion detector is a PWM (I haven't pulled out the scope to confirm that yet.)
What would I need to achieve this? I figure that the interface circuit would have some type of a threshold action, that once the incoming AC waveform on the sense input reaches 100%, the circuit would switch on the electricity to the on/off output. I have an idea on how to do it if the dimmer was a linear variable voltage but not with the PWM dimmer.
Any suggestions? BTW, the lamp that I will be controlling will be a dimmable 8 watt LED lamp. I figured that I would put the interface circuit in a 4" j-box and it will have a unswitched 110 volt AC supply.
Thanks,
Ted
What I want to do, is to interface the light over my front door, but of course, there is a catch. I want the front door light to either be off or on 100%. I figure that the dimmer in the Dual Bright motion detector is a PWM (I haven't pulled out the scope to confirm that yet.)
What would I need to achieve this? I figure that the interface circuit would have some type of a threshold action, that once the incoming AC waveform on the sense input reaches 100%, the circuit would switch on the electricity to the on/off output. I have an idea on how to do it if the dimmer was a linear variable voltage but not with the PWM dimmer.
Any suggestions? BTW, the lamp that I will be controlling will be a dimmable 8 watt LED lamp. I figured that I would put the interface circuit in a 4" j-box and it will have a unswitched 110 volt AC supply.
Thanks,
Ted