Featured Project
3-Stage Analog Audio Amplifier
A transistor-based analog amplifier designed with multiple gain stages and validated through real hardware testing. This project combines circuit design, simulation, breadboard implementation, oscilloscope measurement, and analog troubleshooting into one complete engineering build.
Core Focus
Multi-stage analog amplification using BJT stages for gain, bias stability, and real signal conditioning.
Platform
Built from discrete transistor stages, passive components, breadboard hardware, and lab measurement tools.
Portfolio Value
Demonstrates analog design ability, physical prototyping, test validation, and hardware-level debugging.
Project Summary
- Designed a 3-stage analog amplifier using transistor-based gain stages.
- Developed the design from theory and simulation into a working breadboard prototype.
- Validated gain behavior and signal response using oscilloscope measurements.
- Used the project to demonstrate practical analog electronics and lab-based troubleshooting.
What I Built
- Multi-stage BJT amplifier with differential, gain, and output functionality.
- Circuit schematic and stage-level analog design structure.
- Breadboard prototype for real hardware implementation and debugging.
- Measured validation process using oscilloscope-based testing.
Engineering Highlights
Analog Gain Staging
Designed a multi-stage amplifier structure with each section serving a clear analog role.
Bias & Stability
Worked through transistor operating points, biasing behavior, and stable signal amplification.
Prototype Validation
Built and tested the real hardware to compare expected behavior with measured results.
Lab Measurement
Used oscilloscope observations to confirm gain response and signal performance.
This project strengthens the portfolio by showing analog circuit design, real hardware execution, debugging skill, and measurement-based validation. It adds depth beyond microcontroller projects by demonstrating comfort with discrete electronics and hands-on amplifier behavior.