This test bench project shows a one tone swept power single frequency test bench for power amplifiers.

# This test bench includes:

## Schematics:

**PA_One_Tone_Sweep_Power**- the test bench setup. Includes notes on where to change settings specific to your design**PA_One_Tone_Sweep_Power_Display**- embeds all graphs into one display

## Graphs

- DC Current: DC Current from the DC Voltage source on the output of the transistor in the DUT subcircuit, plotted at a fixed frequency versus input power.
- DC Drain Efficiency: DCRF measurement plotted at a fixed frequency versus input power.
- Gain Power gain plotted at a fixed frequency versus input power.
- Harmonic Powers: Power in the fundamental, 2nd and 3rd order harmonics at a fixed frequency versus input power.
- Input and Output Current Waveforms: Current waveforms at the input and output of the DUT at a fixed frequency and power where the tuner controls the power level.
- Input and Output Voltage Waveforms: Voltage waveforms at the input and output of the DUT at a fixed frequency and power where the tuner controls the power level.
- PAE: Power Added Efficiency at a fixed frequency versus input power.
- PAE vs Output Power: Power Added Efficiency at a fixed frequency versus output power.
- Spectrum: Power Spectrum at the input and output of the DUT at a fixed frequency and power where the tuner controls the power level.
- Total Harmonic Distortion: THD calculated in the output equations, at a fixed frequency versus input power.
- Total Power Total power at the output and power and available power at the input at a fixed frequency versus input power.

## Output Equations

- PA_One_Tone_Sweep_Power - equations used to calculate the total harmonic distortion.

## Project Folders

- PA_One_Tone_Sweep_Power - Folder containing all the schematics, graphs and equations for this project.