Shrink images in readme

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judsonupchurch 2025-01-15 00:04:49 -06:00
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@ -39,17 +39,16 @@ The calibration script automates the signal generation, data logging, and analys
## Visual Documentation ## Visual Documentation
Below are visual representations of the amplifier's performance, illustrating the calibration results and the physical setup: Below are visual representations of the amplifier's performance, illustrating the calibration results and the physical setup:
<img src=readme_media/amplifier_board.jpg width="500">
![Amplifier Board](readme_media/amplifier_board.jpg)
### Calibration Outputs ### Calibration Outputs
- **Amplifier Gain vs Input**: Displays the relationship between input voltage and amplifier gain. - **Amplifier Gain vs Input**: Displays the relationship between input voltage and amplifier gain.
![Amplifier Gain vs Input](example_calibration/images/Amplifier%20Gain%20vs%20Input.png) <img src=example_calibration/images/Amplifier%20Gain%20vs%20Input.png width="500">
- **Amplifier Output vs Input**: Shows how the output voltage varies with input signal. - **Amplifier Output vs Input**: Shows how the output voltage varies with input signal.
![Amplifier Output vs Input](example_calibration/images/Amplifier%20Output%20vs%20Input.png) <img src=example_calibration/images/Amplifier%20Output%20vs%20Input.png width="500">
This comprehensive documentation and systematic approach ensure that the differential amplifier is well-suited for high-precision applications, offering reliable performance tailored for mV/V instrumentation. This comprehensive documentation and systematic approach ensure that the differential amplifier is well-suited for high-precision applications, offering reliable performance tailored for mV/V instrumentation.