Firefox Monitor will let you know if your data has been stolen | 25 Amp Circuit Breaker

Only thing I can think is that it will send more current to high resistance loads like a human body, where lower voltage will send less. That’s the only thing inherently more dangerous about higher voltage, no?

I’d love to see a follow piece on how to work with High Voltage as well. Lots of interesting projects to do with microwave and neon transformers…

The previous two Mi Mix phones were both pioneering attempts by Xiaomi to reduce the bezels around the screen as much as possible, but they predated the now-ubiquitous notch and compromised by awkwardly placing the selfie camera below the screen, forcing you to hold the phone upside-down or deal with an unflattering angle. Even Xiaomi itself adopted the notch earlier this year with the Mi 8. But the Mi Mix 3 preserves the spirit of the series while seemingly fixing one of its bigger flaws.

A blocked or dirty air condenser can also degrade the performance of your unit. Make sure the vents around your air conditioner are clear of debris and the area surrounding your A/C unit provides plenty of air flow.

China needs to sort it’s shit out. Eventually, they might, then that’ll be OK. They may evolve the same way the West did til their business standards are reputable. Of course, that all happened to the West around the 19th and 20th Centuries. Since then, in the West, corruption has increased, and political bodies are bought and paid for by gigantic mega-corps, seeking monopolism and every other bent tactic they can try, for an eternally increasing share price.

An assessment of a circuit boards durability and or safety should be based on circumstances and consequences and not false assumptions like “this board will only ever have 240Volts supplied to it”.

PS I understand L1 will work for many people (up to maybe 40 miles per day driving), I disagree that it should be encouraged due to safety concerns and most general people won’t properly care for the L1 charger.

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Translucent (pellicle) mirror. Undoubtedly the biggest story of the Sony SLT-series cameras is their use of a translucent mirror. Also known as pellicle mirror, this works by allowing most light to pass through to the imaging surface beneath, while a small portion is reflected for other purposes. Sony is not the first camera manufacturer to use a translucent mirror in an SLR-style camera, with the manual focus Canon Pellix film camera from 1965 taking that credit. The Pellix was followed by a handful of other pellicle mirror-based SLRs from Canon, Nikon, and Mamiya, largely designed for professional photographers, and manufactured in very limited production runs. It wasn’t until 1989′s Canon EOS RT that the first autofocus pellicle camera was released, followed by the EOS-1N RS in 1995. Fifteen years later, Sony has become the first company to resurrect the pellicle mirror for use in an interchangeable lens digital camera.

You can get the domestic radio-controlled switchers, 15 UK Pounds for a set of 3 including remote. Think it’s standard 433MHz. Admittedly not Wifi but a little hub to convert the two wouldn’t be much problem. The point being all the nasty stuff’s pre-manufactured and you don’t even have to touch it once it’s plugged in. A stray radio wave’s much less likely to burn your house down, and an insurer can’t blame you for using units you bought from a reputable store. Though check for the relevant safety markings just to be sure.

The owners manual for the Clipper Creek unit shown in the picture specifically says not to wrap the cord tightly like shown in the picture. If you do the cord WILL get hot internally even when properly wired during a long charge. It needs that open space to vent heat. The cord will stay cool if coiled properly. Whenever people not knowing otherwise coil the public chargers like that I will loosen them up.

SSRs can actually contain what is used here: optocoupler+triac or they may use optocoupler+mosfet. Just like individual triacs you will find that they suffer from the same issue: high power dissipation. A quick looks shows BT137 will burn 20W to switch a 5A load, I see 6W for the first 10A SSR I encounter. This is too much to dissipate in a small junction box isolated inside a wall. Meanwhile, a 10A relay will dissipate maximum 2.5W through the 0.1ohm contacts.