Invento 4.5 – 5.5V IR Receiver Sensor 3 pin Module ISC 1520

The "Invento 4.5 – 5.5V IR Receiver Sensor 3 pin Module ISC 1520" refers to a specialized infrared (IR) receiver sensor module designed for detecting and receiving IR signals within a voltage range of 4.5 to 5.5 volts. This 3-pin module is engineered to provide efficient and reliable IR signal detection, making it suitable for various electronic projects and applications that require IR communication, remote control systems, or proximity sensing.

The ISC 1520 labeling serves as a unique identifier for this specific IR receiver sensor module, facilitating easy identification, selection, and compatibility matching for engineers, hobbyists, DIY enthusiasts, and professionals.

Constructed with high-quality materials and utilizing advanced semiconductor technology, the "Invento 4.5 – 5.5V IR Receiver Sensor 3 pin Module ISC 1520" ensures reliable performance, low power consumption, and long-lasting durability. The compact and standardized 3-pin module design of this sensor simplifies integration, installation, and connection into various electronic circuits, systems, and PCB designs.

Whether used for building IR remote control systems, motion detection sensors, proximity sensors, or other electronic projects and applications requiring IR signal detection and reception capabilities, the "Invento 4.5 – 5.5V IR Receiver Sensor 3 pin Module ISC 1520" offers a convenient and practical solution for implementing efficient and accurate IR sensor functionalities.

In summary, the "Invento 4.5 – 5.5V IR Receiver Sensor 3 pin Module ISC 1520" represents a high-quality and specialized electronic component solution tailored for IR signal detection and reception in various electronic projects, systems, and applications. With its reliable performance, standardized voltage range, compact design, and broad compatibility, this innovative IR receiver sensor module caters to the diverse needs of users seeking a dependable and efficient solution for IR communication and detection functions in their electronic designs and installations.