nilclass

Sounds like you dodged a bullet, if that's how the CEO reacts to you declining the offer. Just imagine how they'd react to somone actually making a mistake at work

It's a conspiracy, orchestrated by Big Adapter

ISS, as in: you get shot into space?

Oh, so they can't get autonomous driving to work, thus the next step is to get people who are sleeping to steer the cars remotely

Great, good luck with that :)

Another thing that comes to mind: for audio purposes another technique used in ring modulators for audio effects is to use a mosfet switch to mix the signal with a square wave. This has more byproducts than mixing with a pure sine, but is a lot easier to do. Since you are downconcerting, it should not matter at all if you use a square wave, since the byproducts will all be (higher-order) harmonics of the local oscillator, which you'll filter out anyway.

I'm not sure I understand what you are trying to do... do you want to build a radio? Or are all your signals in the audio range?

Anyway:

• w2aew has some great videos on diode ring mixers, like this one about winding the transformers: https://www.youtube.com/watch?v=a8ViWS61hsU
• You can also get ready-made diode ring mixers (including transformer and everything) like this one: https://www.minicircuits.com/pdfs/SRA-1W+.pdf

Regarding Gilbert cells, the two popular chips are MC1496 and SA631. The 631 comes with a built-in oscillator, so it's quite handy. Unfortunately both are hard to come by these days.

Sounds great, except i think this whole thing is about some punching game.. Not sure though, i'm not a sports person

Heresy! Australia will always be a planet.

Growing plants with LEDs certainly works, I'm just wondering if the power of a USB port is enough

there's no need for relays if you have low voltage

That's a good point. Also makes me wonder if those lights will actually make a difference when it comes to plant growth, given the low power.

It's not completely stupid. One pissible issue: when the light level is around the threshold, slight variations (think: cloud passing by) will cause the relay to switch back and forth quickly. This can be solved with some additional parts (keyword: hysteresis).

I would recommend using a microcontroller, it makes this problem easy to solve, plus you can have more logic to trigger the lights (eg time based).

Another thing is turning off: if it's purely based on light level, you need to make sure the sensor does not "see" any of the LED light, otherwise it thinks the sun is back up

I'm mindlessly scrolling through lemmy, for the glory of the empire!