CES-123-01-G-S

CES-123-01-G-S is a type of Rectangular Connector - Headers, Receptacles, Female Sockets, and is a contactless interconnection system or an electronic interface with the highest operating temperature of 150°C. The CES-123-01-G-S connectors are mostly used for aircraft, automotive, and military applications due to its high operating temperature and extremely reliable and rugged construction.

The CES-123-01-G-S connector is a rectangular, plastic connector with a polarizing key that matches exactly the holes of the socket. A variety of uncommon configurations are available, providing a simple, secure and cost-effective solution for a variety of connector applications. The primary application for this technology is in aviation, automotive and military applications.

The CES-123-01-G-S connector is designed for high reliability and performance. Its rugged design ensures superior reliability and performance at high temperatures. It also features a high power design for carrying high currents with minimal signal distortion. The connector is designed to withstand the harshest environments, allowing it to be used in extreme conditions such as high vibration and high temperature.

The working principle of the CES-123-01-G-S connector is based on contactless transmission of power and signal. It uses an innovative technology called Near-Field Communication (NFC), which allows for the transmission of power and data signals without physical contact. This technology is commonly used in the aviation, automotive, and military industries around the world due to its high reliability and performance. NFC has a very low energy consumption and is highly efficient. The connector uses RFID technology to wirelessly transmit power and signal, and it can be used for a variety of purposes.

The CES-123-01-G-S connector is ideal for applications which require a high temperature connection or are in harsh operating conditions. The compact and reliable design makes it suitable for a variety of applications. The robust and high reliability of the connector ensures that it can safely transmit power and signal in a dependable and secure manner. The connector is cost-effective, allowing for easy integration into existing systems. The flexible connector allows for a variety of configurations and is ideal for automotive, military, and aviation applications due to its high temperature and contactless design.