FRDM-17531AEJEVB: Freedom expansion board, 17531AEJ, dual H-bridge, stepper motor

Schematic PCB

TWR-56F8257: DSC MC56F8257 Motor Control Tower System Module

OM11036: Keil LPC1758 Evaluation Board

M52210DEMO: MCF52210 Demonstration Board

Schematic PCB

KITFS5600SKTEVM: FS56 evaluation board (with socket)

KIT33978EKEVB: Evaluation Kit - MC33978, 22-channel switch detection

Hackbat: Open source hacker hardware platform based on RP2040, penetration testing tool

Schematic PCB

KIT33972AEWEVBE: Evaluation Kit-33972, MSDI with Wake Suppression

JLINKV9 schematic diagram

jlink-v9.5 schematic diagram, you can directly learn the JLINK principle

Schematic PCB

XKT564L: Evaluation board for NXP ^{MPC564xL 32-bit dual-core Power Architecture® MCUs}

Freedom Board for MC33HB2000AES,10 A, H-Bridge Motor Driver, HVQFN 28 6x6

Schematic PCB

DER-447 - 184W LLC CV/CC power supply

Schematic PCB

TEA1721ADB1059: TEA1721 Non-Isolated Buck Converter Demo Board

E-sports source code low-power and low-cost global positioning tracker

E-sports source code low-power and low-cost global positioning tracker

Schematic PCB

inDART-HCS08D: In-Circuit, Real-Time Debugger/Programmer for NXP S08 Family

NHS3152TEMOADK: NHS3152 General Starter Kit

An infrared sensor timer based on msp430F149

An infrared sensor timer source code based on msp430F149

Schematic PCB

OM40008: Mini IoT board

Schematic PCB

cuplTag: NFC tag that records temperature and humidity (schematic, PCB, source code, etc.)

cuplTag is a battery-operated NFC tag that records ambient temperature and humidity. Tap it with your NFC-enabled phone and you'll see the timestamped reading appear in the web app. No configuration required, no application installation required, just one step!

Schematic PCB

Active clamp forward, dual-output PD provides high-performance support for POE applications

This reference design is for a highly efficient, active-clamped forward, dual 3.3V/8.8V-output powered device (PD). The design features the MAX5969A and MAX5900 as its controllers. The design also uses the MAX5974C, which controls current-mode PWM converters and provides zero-voltage switching (ZVS) and frequency foldback to enhance supply efficiency. Using these devices, this RD is IEEE® 802.3at compliant and is a high-performance, compact, and cost-efficient solution for PoE and nonstandard high-power PDs. The design can also support the auxiliary input voltage to provide maximum 55W output power.