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High-temperature non-contact thermometer from Fluke
Wide measurement range: -30 °C to 900 °C (-22 °F to 1652 °F)
60:1 distance-to-spot ratio for precise long-distance targeting
Dual laser aiming for accurate measurement point identification
Adjustable emissivity for different materials
Bright backlit display with MAX/MIN/AVG/DIF readings
Stores up to 99 data points
Compatible with K-type thermocouple for contact measurements
Rugged, ergonomic design suited for industrial environments
This development board is based on the CH32X035G8U6, a 32-bit RISC-V microcontroller with integrated USB functionality and USB Type-C interface support. The board is designed for compact embedded applications requiring native USB connectivity and USB-PD experimentation.
It features onboard USB Type-C, BOOT and RESET buttons, and fully exposed GPIO pins for rapid prototyping and firmware development.
his 2.4GHz RF Wireless Control Kit consists of a dedicated 8-channel transmitter and a matching receiver motor driver board capable of driving up to four DC motors. The receiver integrates dual L293D motor driver ICs, while the transmitter features eight push buttons for directional control.
The system operates without any microcontroller programming, making it ideal for DIY robotics and wireless motion control applications.
This TM1650-based 4-Digit 7-Segment Display Module integrates a 0.36” 3641AS common cathode display with three onboard push buttons, creating a compact and practical mini user interface solution.
The module communicates using a 2-wire interface (DATA, CLOCK), allowing both display control and button reading using only two microcontroller pins. It is ideal for counters, timers, menu systems, and embedded UI applications.
This STC USB Programmer is a compact and reliable USB-to-UART programming tool designed specifically for STC microcontrollers. Based on the CH340G USB-to-Serial converter, it features a selectable 3.3V / 5V output, flexible header pin arrangement, and onboard TX/RX status LEDs.
The board is designed to simplify development and production programming of STC MCUs while ensuring compatibility with different target board pin layouts.
This USB to CAN FD OBD-II Development Board is a professional-grade interface designed for CAN and CAN FD automotive development and diagnostics. Based on the STM32G431 microcontroller and TJA1051T/3 CAN transceiver, the board provides a direct USB connection to a vehicle’s OBD-II port.
It is firmware-compatible with Candlelight and SLCAN (FD support), similar to Canable V2.0 hardware, with the added advantage of an integrated OBD-II connector for direct vehicle interfacing.
Electrically insulated for safe live-line operations
Telescopic fiberglass design for adjustable reach
Excellent dielectric strength and mechanical durability
Push-button extension mechanism for quick adjustment
Universal end fitting for multiple attachments
High-visibility tip for enhanced safety
Complies with IEC 62193 standards for live-line tools
Strong, rugged connectors safe for students
Protects USB ports from mechanical damage
Onboard CH340N means no external debugger needed for UART flashing
Clear and clean pin labeling
High-quality power stage with stable 3.3V output
Simple, practical, and ready for real-world use