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x(t) Simulate Signal Simulates a sine wave, square wave, triangle wave, sawtooth wave, or noise signal. -------------------- This Express VI is configured as follows: Signal Type: Sine Frequency: 10 Hz Amplitude: 2 Phase: 0 Offset: 0 Sampling Rate: 10000 Hz Number of Samples: 10000 Timing: Run as fast as possible Timestamps: Relative |
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Spectral Measurements2 Spectral Measurements Performs FFT-based spectral measurements, such as the averaged magnitude spectrum, power spectrum, and phase spectrum on a signal. -------------------- This Express VI is configured as follows: Selected Measurements: Magnitude (RMS) View Phase: Wrapped and in Radians Windowing: Hanning Averaging: None |
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Formula Formula Uses a calculator interface to create mathematical formulas. You can use this Express VI to perform most math functions that a basic scientific calculator can compute. -------------------- This Express VI is configured as follows: Formula: X1+5 |
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Filter Filter Processes signals through filters and windows. -------------------- This Express VI is configured as follows: Filter Type: Highpass Cut-Off: 80 IIR/FIR: Infinite Impulse Response (IIR) Filter Topology: Butterworth Order: 3 |
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Spectral Measurements Spectral Measurements Performs FFT-based spectral measurements, such as the averaged magnitude spectrum, power spectrum, and phase spectrum on a signal. -------------------- This Express VI is configured as follows: Selected Measurements: Magnitude (RMS) View Phase: Wrapped and in Radians Windowing: Hanning Averaging: None |
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y(t) Simulate Signal Simulates a sine wave, square wave, triangle wave, sawtooth wave, or noise signal. -------------------- This Express VI is configured as follows: Signal Type: Sine Frequency: 100 Hz Amplitude: 10 Phase: 0 Offset: 0 Sampling Rate: 10000 Hz Number of Samples: 10000 Timing: Run as fast as possible Timestamps: Relative |
