RF Amplifier for LoRa WAN - ISM Band
This Amplifier Tripled The Communication Range
from 10m to 31m with a -3dB of 1.65GHz
Schematics are just the beginning — I build solutions that deliver
This Amplifier Tripled The Communication Range
from 10m to 31m with a -3dB of 1.65GHz
Clean circuit design, clear documentation, and cost-optimized parts sourcing.
High-speed, multi-layer, or compact — I design for fabrication and assembly from the start.
Signal integrity, power testing, and real-world debugging done right.
Microcontroller setup, basic C++ firmware, and integration with sensors and common peripherals.
Let’s avoid design traps early. Advice on component choice, topology, and testability.
SPICE and Simulink-based models for behavior prediction, stress testing, and system co-design
View My GitHub Repository For The Design Files and PDF Copies of the Stack up
With over 3 years of hands-on experience in hardware design, I specialize in taking ideas from initial concept all the way to lab validation. My work spans RF power amplifiers, UHF filters, and precision analog circuits—blending robust design principles with real-world testing.
I focus on building reliable, production-ready hardware and I’m driven by and practical results.
In the lab, I’ve validated and debugged systems using tools like vector network analyzers, oscilloscopes, and spectrum analyzers. Whether I’m designing, simulating, or testing, I bring a detail-oriented, hands-on mindset to every project.
