Ammeter used in a sentence

Ammeter in a sentence as a noun

I use a PSU with an ammeter and it shows around 250mA in everyday use.

The stock photo looks ammeter and spammy. That linked page looks like a template.

"The stock photo looks ammeter" I wonder what an ohmmeter stock photo looks like ...

Will I put an ammeter clamp on at the breaker box with an alarm on it? Will I know the load of everything that is plugged into that service?

If you have a voltmeter and an ammeter, you are set. The inability for me to fix them is what keeps me from upgrading.

A clip on ammeter is is a good recommendation. I don't know how sensitive they were and the nature of the stray voltage.

Here's an "ammeter" website for you: ammeters. compare99.

Slap an ammeter on the neutral line; it should be identical to that on the hot line. Don't actually do this, but if you were to cut the neutral line with a live circuit, you would see sparks.

It's just a simple clip on transformer, similar in design to a clamp on AC ammeter. It is designed for it and legally sold in UK and Norway at least.

No voltmeters, ammeters, fuel flow rate, etc. Didn't even see an exhaust gas temperature or engine RPM gauge.

It's like putting an ammeter over an ethernet cable. You're not going to be able to see the data flowing over the wire, but you'll definitely be able to tell that data isn't flowing when it should be.

If you can borrow a clip on ammeter from an electrician you can compare the them. You can also just integrate the readings over a day and then compare that to the electricity meter.

There are many manufacturers of clip on ammeters which make a loop around the wire and then measure The current or potential induced in the loop by the field resulting from the current in the ground wire. That video was truly horrible.

The big "A" suggests it is an ammeter measuring the current, not a voltmeter. An analog display is often quicker and easier for a human to interpret when only a rough measurement is wanted.

It should be pretty easy to figure out precisely what the tradeoff point is with a datalogger and a thermocouple and some math, or a clamp ammeter and slightly less math.

Go watch a clamp ammeter on the output side of a 12 x 360W panel off grid PV array and tell me what the wattage is when a few clouds pass over. The cumulative kWH per month figure is what you should care about - but for that particular 4 hour period of the cloudy day, you'll be lucky to see 400W total from all of the panels together.

So a volt/ammeter has a dial, a clock has a dial etc. I suppose I could see myself calling the temperature setting of a cooker the "Temperature dial", but not the mode selector knob thing.

Now, if you connected it to something above the specification of the meter or perhaps tried reading a voltage in ammeter mode, that's user error and completely your own fault and wouldn't have been prevented by autoranging.

Unfortunately as a mere user of the device instead of being a CEO, that kind of marketing is useless to me as a purchaser, I have no idea how painful the device makes it to switch between ammeter and voltmeter probe wiring topology and how useful is the continuity feature anyway? The official PR materials suck so much I'll just watch an unboxing video.

For macroscopic objects, like arm indicator of an ammeter, the Born rule assumes that results of measurements are definite, so probabilities can be assigned to them. In the picture where the indicator or brain is just a part of the system that gets entangled, no definite results of measurements are obtained and it makes no sense to talk about their probability in the way all successful applications do.

It absolutely doesn't track at all with what the power company is reading and I shared the differences including my own measurements with an ammeter on the 120 lead legs into my meter which match with what the Sense is reading but the power company won't investigate further. To mitigate the increase in electricity use, I decided to get into the cryptocurrency mining business and have gone from ~$200 to ~$600/month power bills, all of which are easily paid from the mining.