CIRP40A60GPS

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The CIRP40A60GPS is a circular connector and accessory designed for high frequency applications, such as in GPS systems. It features a rugged MIL-DTL-83513 interface with a crimp sleeve that secures the connection, and is presented with an IP67 waterproof interface. The connector uses 40 pins arranged in three groups of 13 pins on each side, with an 8mm pitch across the entire connector body.

In the field of GPS applications, CIRP40A60GPS is used for high frequency signal transmission and connection control. It is widely used in automotive, industry, aerospace, and commercial GPS systems. The internal structure features a high-performance dielectric material, which provides reliable and stable signal transmission over the MIL-DTL-83513 interface. The design also ensures that the connector is dust, water, and temperature resistant.

The working principle of the CIRP40A60GPS connector is straightforward. The pins are inserted into the female counterpart of the connector, then crimped with a sleeve to create a secure connection. When inserting in a high frequency application, the pin has to be carefully inserted into the correct side of the interface in order to avoid electrical interference. Once the connection is secured, the signal is allowed to travel smoothly and efficiently between the two components. Furthermore, the connector utilizes two symmetrical grounding contacts which create a safe and balanced electrical current flow between components.

In conclusion, the CIRP40A60GPS connector is a reliable and efficient circular connector and accessory to be applied in high frequency GPS applications. Its rugged MIL-DTL-83513 interface and crimp sleeve provide a secure and reliable connection, while its dust, water, and temperature resistant design ensures that the connection is stable under any condition. In addition, the connector utilizes two symmetrical grounding contacts to create a safe and balanced electrical current flow between components for a safe and reliable GPS system.

The specific data is subject to PDF, and the above content is for reference