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- measurement - What is 1. 5%rdg + 4dgt for 15,23 V? - Electrical . . .
0 Where "Rdg"is for reading and "dgt"is for digits So, 15,23 * 0,015 = 0,22845 Rounding to most significant digit it's 0,2 So is this correct? $$15,23 \pm 0,2$$ Since 4dgt is smaller we ignore it Or am i doing this wrong? I need to find uncertainty in the way I did for a physics lab
- batteries - Electrical Engineering Stack Exchange
I am reading the datasheet of an impedance measurement device Its accuracy is listed as '±0 4% rdg ±8 dgt ' What does 'rdg ' and 'dgt ' mean? And how should I interpret the accuracy? The device is
- How do I calculate accuracy marked as ± (4 ppm rdg + 10Digit)?
The range is set to 1 volt and has an input of 0 724 DCV With an accuracy specified as ±(4 ppm rdg + 10 LSD), the accuracy is ± ______ DCV This is what I came up with: 10 of 199999 = 0005% 0 724 * 0 000004 + 0 0000005 = 0 000007896 However, it ended up being wrong Just need a little help understanding it
- What does it mean when multimeter accuracy is marked as: ±0,03%+10Digit?
I have a digital multimeter and its accuracy for VDC is marked like this: ±0,03%+10Digit This multimeter has maximum display of 80000 So in the 80 V range it can show for example 79 999V 0 03
- basic - I need explanation on some digital multimeter (DMM . . .
For example, a "4-3 4 digit" meter on the 400Ω range would have a resolution of 0 01Ω And what does tolerance 1% rdg indicate which followed by: 5 dgt mean ? This describes the accuracy of the meter, which is a combination of a couple of factors The analog components limit the accuracy to ±1% of the actual value being measured
- How do I read the accuracy specs of a digital multimeter?
As above I'm confused with the '+xxx quot; after the percentage Thanks
- embedded - CANopen - explanation of TPDO and RPDO - Electrical . . .
I am working on a project that uses the CANopen protocol I have a problem with understanding the use of TPDO and RPDO In some articles, RPDO is described as a request calling TPDO from another no
- MOSFET Drain-to-Source Leakage Current over voltage and temperature . . .
I'd like to know what's the characteristic curve of Idss in N-Channel MOSFET transistors over different Vds values at high temperature As I've checked datasheets (like Fairchild's 2N7000 or FDC637
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