Exploring PD240W: Using USB Power Delivery as a Bench Supply
The PD240W project demonstrates how a compact USB-C Power Delivery charger can be used as an adjustable high-power supply for motors and embedded systems using a Raspberry Pi
Portable Very Precise Adjustable DC Power Supply
Portable Very Precise Adjustable DC Power Supply + USB Charging: In this project, we are building a portable, precise, and versatile 12V to 1V
How I Built a DIY Variable Power Supply (and Why You Might Want
Turning an old PC power supply into a fully adjustable electronics workhorse. For the past few weeks, I''ve been hinting at a big project I''ve been working on. Well here it is: I built my
Low Noise 5V to 400–1000V Adjustable HV Supply (1–200µA) for
Hi, We are designing a compact, battery-powered system that requires a regulated high-voltage DC output with the following specifications: • Input: 5V • Output: Adjustable 400V to 1000V •
Adjustable AC/DC Power Supplies
Acopian manufactures several DC power supply models that are adjustable. Our Low Profile Switchers are capable of 0-5VDC and 0-10VDC remote analog
Portable Very Precise Adjustable DC Power Supply
Build a portable 12V→1V adjustable DC power supply with USB output, precise multiturn control, volt-amp display, and high-current support. Find this and other
PD Portable Bench Power Supply
This project addresses the need for a small, affordable, and versatile power supply that hobbyists and makers can use for bench work or portable
Build a Portable adjustable power supply (built-in battery + external
Build a Portable adjustable power supply (built-in battery + external power supply)
PD-Adjustable-DC-Power-Supply/README.md at main
A DIY, USB PD powered, pocket sized adjustable DC / lab bench power supply for electronic makers I also made a pocket size reflow hotplate for automatically reflowing SMD components.
Design of Portable Multiple Outputs Adjustable DC Power Supply
This paper presents the design of a portable, multiple-output, adjustable DC power supply based on synchronous Buck and Buck-Boost converter topologies. Powered by a Li-ion battery pack (two
PDF version includes complete article with source references. Suitable for printing and offline reading.