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tiny iota
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Help me out, fellow EE's. Anyone know of a decent, general-purpose digital multimeter? I'm asking your opinion, because I'm sure a lot of you have your personal favorite.
Thanks!
Thanks!
tiny iota said:Help me out, fellow EE's. Anyone know of a decent, general-purpose digital multimeter? I'm asking your opinion, because I'm sure a lot of you have your personal favorite.
Thanks!
tiny iota said:I was thinking in the $50-100 range. I've never really priced one before so I'm not really sure what you get for the money. I'd like to have the basics like AC/DC voltage, current, resistance, continuity, maybe capacitance and frequency.
tiny iota said:I was thinking in the $50-100 range. I've never really priced one before so I'm not really sure what you get for the money. I'd like to have the basics like AC/DC voltage, current, resistance, continuity, maybe capacitance and frequency.
isly ilwott said:I suppose you younger people have never even seen a Simpson 260 with a mirrowed dial...antique but quite usefull and dependable.
As I noticed. However, I was not suggesting he buy a 260...just asking about ever having seen one. I agree with the AVO proponent...especially when the budget is a mere $100.00.stewartcs said:Sure have...however, the OP was asking about a digital multimeter.
CS
isly ilwott said:I suppose you younger people have never even seen a Simpson 260 with a mirrowed dial...antique but quite usefull and dependable.
Museum quality indeed. Thanks.schroder said:As long as we are allowing for nostalgia, check out some of these beauties but be warned, may bring a tear to the eye
http://www.supremeinstruments.org/meters.htm"
A general-purpose digital multimeter is a versatile electronic tool used by scientists and engineers to measure various electrical quantities, such as voltage, current, and resistance. It typically has a digital display and can be used for a wide range of applications, from basic electrical troubleshooting to advanced circuit analysis.
A DMM works by using a combination of measurement circuits and digital processing to convert electrical signals into numerical values that can be displayed on the screen. It typically has probes or test leads that are connected to the circuit or component being tested, and the DMM then measures the electrical properties of that component or circuit.
The main features to consider when choosing a DMM include the accuracy and precision of its measurements, the range of electrical values it can measure, the resolution of the display, the type of display (LCD or LED), and additional functions such as data logging, auto-ranging, and auto-shutdown.
The specific steps for using a DMM will vary depending on the specific measurement being taken, but in general, you will need to select the appropriate measurement function (e.g. voltage, current, resistance), connect the probes or test leads to the circuit or component, and then read the numerical value on the display. It may be necessary to adjust the range or other settings on the DMM for the most accurate measurement.
Yes, most general-purpose DMMs have the capability to measure both AC and DC electrical quantities. However, it is important to note that the accuracy and range of the DMM may vary for AC and DC measurements, so it is important to select the appropriate function and range for the specific measurement being taken.