Adjustable Linear Bench Supply
A 0–18 V, 2 A adjustable linear supply with current limiting, built to replace a wall-wart collection and to learn analog power design.
Build. Measure. Understand.
A personal engineering lab exploring electronics, embedded systems, edge computing, and high-performance computing through hands-on projects and measured experiments.
CURRENTLY ON THE BENCH
LATEST WORK
MOSFET Switching Loss vs. Gate Resistance
How much switching energy does each additional ohm of gate resistance cost? Measured turn-on/turn-off losses across five gate resistor values.
Adjustable Linear Bench Supply
A 0–18 V, 2 A adjustable linear supply with current limiting, built to replace a wall-wart collection and to learn analog power design.
Why Decoupling Capacitors Need Short Return Paths
The loop area between a decoupling cap and its IC sets the inductance that decides whether the cap works at all.
Breadboard Computer
An 8-bit breadboard computer built module by module - clock, registers, ALU, control logic - to understand computer architecture from wires up.
Sustained Jetson Inference Under a 15 W Power Envelope
Characterizing sustained vision-model throughput, thermals, and clock behavior on a Jetson Orin Nano held at a strict 15 W budget for one hour.
What a Scope Probe's Ground Spring Actually Does
Swapping the alligator ground lead for the ground spring removed 80% of the ringing I was about to debug in the circuit.
RESEARCH / ASSAYS
The highest-rigor work: explicit methodology, provenance, reproducibility.
Sustained Jetson Inference Under a 15 W Power Envelope
Characterizing sustained vision-model throughput, thermals, and clock behavior on a Jetson Orin Nano held at a strict 15 W budget for one hour.