Hi, my name is Raymond Jung. I am a fourth year Electrical & Computer Engineering Major who is also minoring in Computer Science and Business & Entrepreneurship. My professional interests include general circuit design, analog devices and functionality, and power system applications. I've had experience with using 3D modeling and circuit design software like KiCad, Fusion 360, and Solidworks. For our ECE342 course (Junior Design II), my team and I built a PC-Controlled DC Power Supply. Some of my hobbies include running, listening to music, soccer, and biking. Currently, my senior capstone team and I are working on the Tachyon II project. Put briefly, it's a form factor PCB that'll be derived from an exisiting FPGA device.
My contributions to the Analog/Power Systems Community of Practice include being present in all of the CoP's meetings and events, asking questions about power systems, presenting my findings on how SiC devices can boost the ove...
ECE342 Team Final Project. It's an adjustable power supply able to supply voltages from 2-14V under load (up to 1.5A) while displaying the voltage and current to a local display and programmable over a USB serial port.
ECE341 Team Project. In this project, our team designed a line of LEDs that applied the Persistence of Vision concept through the programming on the Arduino Board. We were able to display various words (up to 7+ letters) upon s...
ECE341 Team Project. Characterizing the power curve from biasing a solar panel with different light sources.
The purpose of the Tachyon II is to develop a next gen space VNX development platform based on the PolarFire SoC FPGA, the first SoC FPGA that utilizes a RISC-V processor system. Compared to other recent top-of-the-line proces...