![]() ![]() ![]() Specifications: Specifications max Vin: 5 VDC max HVCC: 24 VDC max.This educational kit will trigger a number of processes such as problem-solving, investigative and creative thinking. STEM project: Develop and improve your STEM skills and acquire the knowledge, skills and experience needed to face the technological challenges of the future with this educational kit.Made in Belgium : Whadda is a unique brand from Belgium’s Velleman Group that offers DIY projects for hobbyists or makers who want to immerse themselves in electronics, programming and mechanics.Arduino® compatibility: Specifically designed for Arduino®, ensuring seamless integration into common DIY projects and other Arduino-based applications.Flexibility: With four channels, users can transmit or receive multiple signals simultaneously, making the board versatile and suitable for a range of applications.Clear Signaling: Built-in LEDs and photodiodes ensure clear and effective signal transmission between high and low voltage sides.This product is a replacement of: VMA452 Features The high-voltage system is connected with the HVCC & HGND pins and the OUT pins. Simply connect your microcontroller to the 4 IN pins and supply the board with maximum 5VDC to the NC pin. This breakout board allows up to 4 channels to be controlled. The TLP281 IC is often used with a microcontroller to control servos or other motors that use a higher voltage than the TTL logic on a 3.3V or 5V development board. board may well be the last current sensing solution you every need to buy. It uses the TLP281 opto-isolator IC to electrically isolate your controller from the high-voltage system by using the four build-in LEDs and photodiodes. We can, of course, change the voltage anywhere from -15V to +. This breakout board allows you to connect a digital system (like a 5 V microcontroller) to a high-voltage or noisy system. ![]()
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