Everything tagged jlcpcb, newest first. Tags come from the classifier reading each item's summary; 394 tags used 25 times or more have their own page.
This project involves creating a high-efficiency, durable circuit with built-in protection, using JLCPCB for PCB manufacturing, and features a design with 28 MOSFETs forming an H-bridge, requiring careful soldering and reinforcement for optimal performance.
The PWM module designed for adjustable frequency applications, such as ultrasonic cleaners or inverters, features feedback control, low battery protection, and easy assembly, supported by JLCPCB's PCB manufacturing services.
The project shares a reliable design with a failure rate below 5%, offers a detailed guide on ordering PCBs from JLCPCB, and highlights the benefits of their sponsorship and the quality of their products.
The video discusses repurposing a damaged UPS transformer into a pure sine wave inverter, detailing the process and components involved, while also providing a guide on ordering PCBs from JLCPCB.
The video dissects a powerful server power supply module, detailing its internal components and design, while also demonstrating the creation of a PFC module and providing a guide to ordering PCBs from JLCPCB.
The video demonstrates converting an old UPS into a sinewave inverter by replacing its microcontroller, while highlighting JLCPCB's PCB services and ordering process.
The content discusses the creation of a custom wide-input-range power supply module for a voltage regulator project, highlighting challenges with existing market solutions and recommending JLCPCB’s PCBA service for efficient manufacturing.
This project demonstrates how to build a cost-effective mini UPS using 18650 batteries and ready-made modules to ensure continuous power for devices like Wi-Fi modems and security cameras during outages.
In this second part of the DIY MPPT project, the focus is on completing the power board design, utilizing JLCPCB's sponsorship for high-quality PCB production, and preparing the circuit for initial operation with plans for future enhancements.
The author shares their experience building a 50A MPPT charger for solar panels using existing components, highlights JLCPCB's sponsorship and PCB manufacturing services, and provides detailed instructions and resources for replicating the project.
The 3000W DC-AC inverter converts solar panel voltage to 220V AC for household use during power outages, with assembly instructions and PCB sponsorship details provided.
A new 48V-to-400V boost converter with 96% efficiency, improved cooling, and robust protection replaces an older model, aided by JLCPCB's high-quality, cost-effective PCB production.
The content discusses a passion for designing and selling solar energy inverter circuits, highlighting a sine wave inverter with high efficiency and offering insights into components, assembly options, and the benefits of using JLCPCB for affordable PCB manufacturing.
The author revisits a four-year-old buck converter project, upgrading it with a synchronous design and constant current mode, while highlighting the ease and affordability of using JLCPCB for PCB production.
The project involves a 2,000-watt inverter with a built-in charging mode, offered as an open-source design suitable for low-income markets, and highlights JLCPCB's PCB and PCBA services.
A 1500-watt home solar power system project is available as an open-source design, offering affordable PCB production and easy assembly, with comprehensive instructions and component packages for beginners.
The video demonstrates designing an Arduino shield that transforms it into a 300-volt inverter, ideal for compact projects, while emphasizing the importance of using genuine components and highlighting the ease of obtaining affordable PCBs from JLCPCB.
The video demonstrates building a 7.5 KOVVA solar inverter with 94% efficiency, highlighting affordable PCB manufacturing by JLCPCB and detailing transformer refurbishment.
A custom-designed boost converter module for a solar power system, powered by lithium batteries and capable of 6 kW output, features adjustable settings, a monitoring screen, and is constructed with 28 MOSFETs and dual toroidal transformers.
In this video, the creator assembles the power board for a high-power inverter prototype, tests its basic functions using a UPS transformer, and highlights JLCPCB's role in supporting the project with PCB and PCBA services.
The new inverter control board design supports power outputs up to 20KW, includes advanced features like built-in protection and LCD settings, and is affordable to produce, thanks to sponsorship from JLCPCB.
The grid tie inverter project is nearing completion, focusing on integrating modules and finalizing control software, with support from JLCPCB for PCB manufacturing.
The content discusses building a portable speaker using TDA7294 ICs, requiring voltage stepping, with shared resources and sponsorship from JLCPCB for PCB manufacturing.
A cost-effective 5KW inverter circuit offers an affordable alternative to expensive solar power systems, with easy assembly and customization through JLCPCB's services.
The video demonstrates a compact tool for testing optocouplers in inverters, highlighting its design, functionality, and the benefits of using JLCPCB for PCB manufacturing.
This video introduces a precise inductance and capacitance meter with a USB Type-C port, suitable for electronics enthusiasts, and details its features, calibration, and affordable PCB production through JLCPCB.
The new PWM control module features temperature monitoring, adjustable protections, and supports high output, with efficient PCB production and routing techniques, thanks to JLCPCB's sponsorship and services.
The video demonstrates creating a customizable RGB LED volume meter circuit for workspace decoration, with easy ordering from JLCPCB.
A project introduces a cooling fan controller for an inverter, improving noise control and optimizing PCB routing techniques.
This project features a high-performance, durable design with integrated protections, supported by JLCPCB's advanced six-layer PCB technology.
The high-performance inverter design, manufacturing, and testing process features a 1500W continuous output and 94.5% efficiency, supported by JLCPCB's advanced PCB technology.
The video demonstrates building a 3KW inverter with a peak power of 4KW, featuring a custom PCB design, enhanced MOSFET driving with a totem pole driver, and comprehensive protection mechanisms including overcurrent protection.
