K series hydraulic/pneumatic valve controller system

This valve controller system uses SB0800 octal valve controller IC with MCU and two power MOSFETs. The system can drive proportional and digital valves as well as system pumps. Monitoring and protection features protect the system from hazardous events such as short circuits, overcurrent or overvoltage, and other abnormal conditions.

5 W multi-coil wireless charging transmitter

Car multi-coil wireless charging transmitter

12 V lead-acid battery management system with LIN

The RD9Z1-638-12V is a battery management system (BMS) designed to demonstrate the capabilities of the MM9Z1J638 battery sensor module in 12 V lead-acid applications where high EMC performance is required to obtain high-precision measurements of critical battery parameters.

Schematic PCB

12 V lead-acid battery sensor with CAN

RD9Z1-638-12V is a battery management system designed to demonstrate the capabilities of the MM9Z1J638 battery sensor IC in 12 V lead-acid applications where high EMC performance is required to obtain high-precision measurements of critical battery parameters.

Schematic PCB

Reference design for eCar and eBus hybrid centralized distributed architecture battery management system in automotive applications

Second generation electric vehicle power inverter control reference platform

HVBMS Centralized Cell Monitoring Unit (CMU) capable of CAN FD communication via MC33775A

Schematic PCB

Three-phase inverter reference design using GD3162 with HybridPACK driver

MC33775A Evaluation Board with Isolated Daisy Chain Communication

Schematic PCB

Open source lithium battery management board, charging 5V2A, discharging 5V/1.52A or 12V/0.76A

This DIY LiPo super charger can charge a single LiPo battery and protect it from overvoltage, overload and short circuit. In addition, it can boost the battery voltage to 5 V or 12 V. The boosted output voltage is protected by an "eFuse" IC with a maximum output current of 1.52 A at 5 V and 0.76 A at 12 V. The charger part of the circuit requires a +5V power supply, which can be connected via USB-C, or simply solder two wires to pads on the PCB. Additionally, other connections can be soldered to pads on the PCB or use individual pin headers.

Schematic PCB

An open source project for underwater sensor nodes based on single-pair Ethernet technology SPE (from tutorial to actual combat, English)

Single-Pair-Ethernet technology (SPE, Single-Pair-Ethernet) describes the transmission of Ethernet through only a pair of copper cores. In addition to transmitting data through Ethernet, it can also simultaneously provide power to terminal devices through PoDL (power supply over data lines).

Schematic PCB

2018 Electronic Competition Question C-Wireless Charging Electric Car (Xidian University)

Schematic PCB

2018 Electronic Competition Question C-Wireless Charging Electric Car (Xidian University)

Schematic PCB

2019 National Electronic Design Competition Title A Province One Code (Dynamic Wireless Charging System for Electric Cars)

Schematic PCB

2019 E-Contest Question A-Wireless Charging Car Design Plan and Report (State II, China Southern Airlines)

Schematic PCB

2019 Electronic Competition Question A-Wireless Charging Car Design Plan and Report (National First, Hohai University)

Schematic PCB

2021 College Student Electronic Design Competition Topic C Outstanding Works Collection (Three-Port DC-DC Converter)

Schematic PCB

2021 College Student Electronic Design Competition Topic B Outstanding Works Collection (Three-Phase AC-DC Conversion Circuit)

Schematic PCB

Open source 60W small UPS power supply reference design

Ideal for running network devices such as small switches, home routers, and WLAN access points.

Schematic PCB