My oscilloscope Analog or digital is way to big for certain jobs to measure under a desk or console
HOw can you use a AC volt meter like a oscilloscope?
How would you know if the sine waveform at 1K hz is going through the input and output of that IC chip?
Use your AC volt meter and measure the INput of the IC chip , it reads a AC voltage, measure the output of the IC chip it reads a AC voltage, Measure the frequency with your DVM on the input and output of the IC CHIP
The DVM meter doesn't give all the instantaneous amplitude values in TIME
So how can you replicate this on a DVM meter?
Since a DVM meter doesn't graph out a sinewaveform how can you mimic it?
Those cheap Handheld Oscilloscpe are around $300 and they are monochrome display , that are really slow
What would you guys do please?
HOw can you use a AC volt meter like a oscilloscope?
How would you know if the sine waveform at 1K hz is going through the input and output of that IC chip?
Use your AC volt meter and measure the INput of the IC chip , it reads a AC voltage, measure the output of the IC chip it reads a AC voltage, Measure the frequency with your DVM on the input and output of the IC CHIP
The DVM meter doesn't give all the instantaneous amplitude values in TIME
So how can you replicate this on a DVM meter?
Since a DVM meter doesn't graph out a sinewaveform how can you mimic it?
Those cheap Handheld Oscilloscpe are around $300 and they are monochrome display , that are really slow
What would you guys do please?