High-Speed Op Amp Non-Inverting Gain Demo
CircuitSim
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Created May 25, 2026
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Updated Jun 30, 2026
Details
Components
2
Schematic
Yes
Simulation
Transient analysis
Copies
Not copied yet
About this circuit
Split-supply non-inverting amplifier showing input, feedback, load, and output behavior.
Circuit notes
High-Speed Op Amp Non-Inverting Gain Demo
Application
Split-supply non-inverting amplifier showing input, feedback, load, and output behavior.
Design Context
AD8029 Op Amp is the featured component. The schematic should use realistic support sources, bias paths, loads, and probes for the op amp 5pin family.
Expected Behavior
The input or control stimulus should produce a measurable output response while the support rails and reference pins remain at fixed values.
Key Values
- Input/reference level: 200 mV unless the final reviewed schematic calls for a different family-specific level.
- Load: 10K where a voltage output is used.
- Supply: 5 V single-supply or split rails where the selected family requires them.
Suggested Experiments
- Change the input or reference value and compare the output response.
- Adjust the load resistance and observe the output operating point.
- For multi-input families, swap which input is driven and compare the selected output.
Featured Component
AD8029 Op Amp exposes the reviewed op amp 5pin pinout imported from the MicroCap source folder.
Components used
Components used
2 components
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