Well for some reason when that circuit with the 10k resistor is placed closer to the device end it triggers the desired mode on the device, but does not trigger the desired mode in the device if you place that 10K at the other end of the cable nearer the power supply when the power supply is "already on"
However it "always" triggers the desired mode in the device if the power supply end is not connected first and also the 10K circuit can be placed at any distance in the cable and always works or if you plug in the device first, then connect power supply it always works to trigger desired mode in device without fail
However there are slight reliabiltiy issues even when the 10K circuit is "close to the device", one out of every 10 or so tries it does not trigger desired mode when its 5 volt power is already supplied and powered up, I have checked this many times by plugging the device in and out and for some reason its not 100%
But there are "zero" reliability issues if device is plugged and then power is supplied (it puts device in desired mode every time, I have tried this hundreds of times), so I thought getting a slight delay on that main power side this would negate any reliablity issues at all.
I notice when power is supplied but I have physically cut the positive wire and leave it open and plug the device in and then physically connect the positives together it seems to work perfectly every time because of that delay no matter where the 10k circuit is placed in the cable, no proximity issues
So I thought if I could electronically trigger that main power wire that would give me an ever so slight delay and would solve my reliability issues and my proximity issues, I realize this may not be my main problem with this circuit, but if it works it would solve my problem
This would not be an issue at al if the power supply was not plugged in first but in this scenario the main power is always plugged in and causes problems
Thanks for Your Help! Really Appreciated it!