It’s fine, you’ve essentially replaced it with an infinite resistor. With the low currents that a microphone generate, theres just no signal going into the ADC now so it’s just silent.
So if the remote still works then wouldn’t that mean there is still a microphone? Or have they gone back to line of sight infrared? Or am I just thinking of the really really old remote tech?
Not fully related, but early TV remotes used sound rather than IR. The buttons made a distinctive “click” noise, from a mechanical mechanism. The different clicks were detected in the TV and used as input.
Plus side, no batteries to deal with.
Down side, about as (un)reliable as you would expect.
Cool, thanks! No problem. I understand it was analog electronics and using an ultrasonic signal makes sense, but what I wondered about was how did the receiving end (the TV) differentiate between the signals for the different buttons and then decide to execute different procedures based on that. Still pretty interesting in any case.
It works! I was fully prepared for it to not work and explain to my wife why we need to order a new one, but no issue at all lmao
Could probably have measured its resistance, then put a plain resistor in its place.
Probably, but the nuclear option is always more fun
With these people (advertisers), the nuclear option is sometimes the only real option.
It’s fine, you’ve essentially replaced it with an infinite resistor. With the low currents that a microphone generate, theres just no signal going into the ADC now so it’s just silent.
So if the remote still works then wouldn’t that mean there is still a microphone? Or have they gone back to line of sight infrared? Or am I just thinking of the really really old remote tech?
The microphone would only be used for voice control. So that would fail, but buttons would still work normally.
…when have remote signals ever used microphones?
Not fully related, but early TV remotes used sound rather than IR. The buttons made a distinctive “click” noise, from a mechanical mechanism. The different clicks were detected in the TV and used as input.
Plus side, no batteries to deal with.
Down side, about as (un)reliable as you would expect.
That’s wild. How did the TVs identify the distinctive sound? That seems like it would be a pretty interesting engineering trick.
I believe it was old school analogue electronics, but I’m speculating there.
I just looked it up, it was ultrasonic signals. The main one was the Zenith Space Command.
Cool, thanks! No problem. I understand it was analog electronics and using an ultrasonic signal makes sense, but what I wondered about was how did the receiving end (the TV) differentiate between the signals for the different buttons and then decide to execute different procedures based on that. Still pretty interesting in any case.
It’s a smart remote, they use bluetooth or IR as a fallback. The microphone is only for voice control.