S

USB-TO-EtherCat-Adapter-Board_

Sudeshpandit

Designed a 2-layer PCB that converts USB to EtherCAT for industrial network communication. Worked on the complete design flow — schematic design, component selection, PCB layout, and routing in KiCad. Ran DRC checks to ensure a clean, error-free design.

i

USB-to-EtherCAT-adapter-Board-

ishwaribilagi-gif

The USB to EtherCAT Adapter Board is a custom-designed PCB developed to provide an interface between a USB host system and an EtherCAT industrial communication network. The board is designed around the LAN9252I-ML EtherCAT Slave Controller and includes the required USB interface, RJ45 Ethernet connectors, power supply section, clock circuitry, stat

S

USB-TO-EtherCAT-Adapter-Board

Sudeshpandit

Designed a 2-layer PCB that converts USB to EtherCAT for industrial network communication. Worked on the complete design flow — schematic design, component selection, PCB layout, and routing in KiCad. Ran DRC checks to ensure a clean, error-free design.

j

RA6M5-Processor-Development-Board

jayanthreddy2504-sketch

Designed and developed a 4-layer RA6M5 Processor Development Board using KiCad EDA. The project involved schematic creation, component and footprint selection, PCB layout, placement and routing, power management, and design validation through ERC and DRC checks. Manufacturing-ready Gerber and drill files were generated for PCB fabrication.

2

RA6M5-Processor-Development-Board

245123735312-source

This repository features a custom 4-layer development board powered by the 200 MHz Renesas RA6M5 microcontroller. It integrates USB Type-C power, MCP73831 charging, MAX17048 fuel gauge, DA14531MOD BLE, and external QSPI Flash. The project includes KiCad schematics, PCB layout, Gerber files, and a detailed BOM for fabrication and assembly.

H

RA6M5-Based-IoT-Development-Board-

Harshadvali-2307

RA6M5-Based 4-Layer IoT Development Board — A custom embedded development board built around the Renesas RA6M5 microcontroller, featuring BLE connectivity, USB Type-C Power Delivery, MicroSD storage, and multiple peripheral interfaces. Designed with a focus on reliable power management, high-speed signal integrity, and practical IoT applications.

S

SUDESH-RAVINDRA-PANDIT-g6-pcb

Sudeshpandit

Designed a 2-layer PCB that converts USB to EtherCAT for industrial network communication. Worked on the complete design flow — schematic design, component selection, PCB layout, and routing in KiCad. Ran DRC checks to ensure a clean, error-free design, then got the board manufactured and tested it on hardware to confirm functionality.

S

USB-TO-ETHERCAT-ADAPATER-BOARD

Singanavenasahasra

Designed a USB-to-EtherCAT interface board in KiCad, covering schematic development, component selection, PCB placement and routing. Prepared fabrication-ready Gerber and drill files along with a BOM, supporting the manufacturing and assembly process of the board.

B

Noise-Free-Audio-Voice-Recorder-PCB

BHARATHKUMARLANJAPALLI

An ESP32-based ultra-low-noise audio recorder PCB featuring dual ICS-43434 I2S MEMS microphones, a TPS54331D buck regulator, and power filtering for clean capture. Includes a DS3232M RTC for precise timestamping and MicroSD storage via SPI, fully designed and verified in KiCad.

S

USB-TO-ETHERCAT-BOARD-ADAPATER-BOARD

Singanavenasahasra

Designed a USB-to-EtherCAT interface board in KiCad, covering schematic development, component selection, PCB placement and routing. Prepared fabrication-ready Gerber and drill files along with a BOM, supporting the manufacturing and assembly process of the board.

c

USB-to-ethercat-adapter-board

chandanagpcb-web

This project involved designing and developing a USB-to-EtherCAT Adapter Board using KiCad for industrial automation and communication applications. The project included schematic capture, PCB layout and routing, component selection, design verification, and Bill of Materials (BOM) generation.

a

USB-TO-ETHERCAT-ADAPTER-BOARD

ayodhyaphanidurgaprasad-source

Designed a USB-to-Ethercat-Adapter-Board interfaces board in kicad fir interfacing USB systems with Ethercat -based industrial networks, including schematic design, pcb layout, component placement , routing, and desgin verification

B

USB-to-EtherCAT-Adapter-Board

Bharath455375

This project focuses on the design and development of a USB-to-EtherCAT Adapter Board, which is designed to establish communication between a USB host and an EtherCAT network. Used KiCAD for complete design. Useful for EtherCAT communication and industrial automation applications.

v

USB_to_EtherCAT_Adapter

velugusoujanya

This project involved designing and developing complete USB to EtherCAT Adapter Board using KiCad.It focused on schematic capture,component selection,PCB layout, and generating fabrication-ready manufacturing outputs including gerber files,drill files, and detailed Bill of Materials(BOM) for production.

a

PCB-Projects

ayodhyaphanidurgaprasad-source

Designed a USB-to-Ethercat-Adapter-Board interfaces board in kicad fir interfacing USB systems with Ethercat -based industrial networks, including schematic design, pcb layout, component placement , routing, and desgin verification

N

USB-to-Ethercat-Adapter-Board-

Nithish772

Design and development of a USB-to-EtherCAT Adapter Board for USB-to-EtherCAT communication and industrial automation applications.

s

OpenLog_v15

sujitkumar05-pcb

PCB for logging serial data to a microSD card. Based on the ATmega328 microcontroller. Supports standard FAT16/FAT32 SD cards. Connects easily to any UART/serial device. Useful for data logging without a computer.

s

H-Bridge-PWM-DC-Motor

sujitkumar05-pcb

H-Bridge PWM DC Motor PCB Design: A PCB to control the speed and direction of a DC motor. Uses an H-Bridge circuit with PWM input. Can drive the motor forward or reverse. Works with microcontrollers like Arduino. Ideal for basic robotics and motor control projects.

s

Servo-Tester

sujitkumar05-pcb

Compact PCB layout for a standalone servo testing device. Features a microcontroller or timer IC to generate adjustable PWM signals. Includes components like a potentiometer, headers for servo connection, and power input. Designed for USB or external power (typically 5V). Suitable for hobbyists working with RC, robotics, or embedded systems.

M

OpenLog

Mohit-Kai

Meet OpenLog – the tiny but powerful serial data logger! Powered by an ATmega328, it captures any incoming serial stream and saves it directly to a microSD card. With support for baud rates up to 115200 bps and easy configuration via a text file, OpenLog is the perfect tool for logging sensor data or debugging devices in the field.

M

USB-C-to-Serial-converter

Mohit-Kai

This USB-C to Serial converter board is built around the reliable CH340C interface IC, designed for programming and debugging microcontrollers. It provides standard serial signals (TX, RX, DTR) with selectable logic levels of 3.3V or 5V. Integrated TX/RX status LEDs offer visual indication of data transmission and reception. Compact and versatile,

M

ATtiny-85

Mohit-Kai

The ATtiny85 development board provides a compact platform for embedded applications. It includes V-USB support for direct programming via a Mini-B USB port, eliminating the requirement for an external programmer. An onboard 5V voltage regulator enables power input from either USB or an external source. All general-purpose I/O pins are broken out f

s

OpenLog-Serial-Data-Logger

shivamani-05

This is the OpenLog, a simple yet powerful serial data logger. Based on an ATmega328, it automatically logs any serial data it receives to a microSD card. It supports baud rates up to 115200bps and is configured via a simple text file on the card, making it an essential tool for capturing data from sensors or debugging remote devices.

s

TSH82-Dual-Op-Amp-Board

shivamani-05

This PCB is a breakout for the TSH82, a high-speed dual operational amplifier. It's designed for video and high-frequency signal processing applications. The board provides easy access to both amplifier channels, with dedicated inputs, outputs, and power connections, making it ideal for prototyping and integration into larger systems

s

Dual-Op-Amp-Signal-Conditioner

shivamani-05

This versatile dual-stage op-amp PCB is for flexible analog signal conditioning. It features a TSH82 dual op-amp and is highly configurable via solder jumpers to set gain and select inputs for each stage independently. The board supports a wide supply range, making it ideal for amplifying and filtering sensor data for microcontroller projects.

s

ATtinyDev-USB-

shivamani-05

This compact ATtiny85 development board is ideal for minimalist projects. It features direct USB programming via a Mini-B port using V-USB, eliminating the need for an external programmer. An onboard 5V regulator allows for flexible power from USB or an external supply. All I/O pins are broken out for easy prototyping.

s

serial-Basic-CH340C-Project

shivamani-05

This USB-C to Serial converter board features the reliable CH340C IC, essential for programming and dern tool.ebugging microcontrollers. It breaks out standard serial pins (TX, RX, DTR) and includes selectable 3.3V/5V logic levels. Onboard TX/RX LEDs provide visual feedback on data activity, making it a versatile and mod