- Algorithm to program a 4-Channel-DAQ/4-Input-Multiplexer/DMM configuration to measure three different voltages acquired by the DAQ sensing a DC Power Supply.
- Step response of RL and RC circuits
- Voltage and Current Measurements using programmable relay cards
- Noise Reduction (Twisted-pairing, shielded cable, High S/N ratio, etc.)
- Power, resistance, current and voltage tolerances of passive components
- Oscilloscopes (Frequency, Period, Amplitude, etc.)
- Spectrum Analyzers (FFT)
- Analog Filters (Low pass, etc.)
- Algorithm to calculate the rise time of RC circuit

Question

- Algorithm to program a 4-Channel-DAQ/4-Input-Multiplexer/DMM configuration to measure three different voltages acquired by the DAQ sensing a DC Power Supply.
- Step response of RL and RC circuits
- Voltage and Current Measurements using programmable relay cards
- Noise Reduction (Twisted-pairing, shielded cable, High S/N ratio, etc.)
- Power, resistance, current and voltage tolerances of passive components
- Oscilloscopes (Frequency, Period, Amplitude, etc.)
- Spectrum Analyzers (FFT)
- Analog Filters (Low pass, etc.)
- Algorithm to calculate the rise time of RC circuit

Utilisateur anonyme · Accepted Answer

Each of the DAQ channels have to be selected separately with each of the three voltages while each of the inputs of the multiplexer is initialized and de-initialized to sense each of the DC voltages. The DMM has to measure all the values and log them to an array or list. Use different functions for each main task.

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