DIN-064CPB-RR1-KR

DIN-064CPB-RR1-KR is a type of backplane connector manufactured by Harting. It is widely used in the automotive industry due to its rugged design and performance. The connector has multiple rows with up to 16 contacts in each row, making it ideal for applications where a lot of data needs to be transferred simultaneously. The DIN-064CPB-RR1-KR has a latching feature which helps to ensure that the connector is securely fastened when in use. Additionally, it is designed to facilitate very high-speed data transfer up to 12 Gbps.The DIN-064CPB-RR1-KR is primarily used for connecting wires, cables and circuit boards together. It is often used for applications such as communication systems, onboard diagnostics, and ECU networks. It is also used for vehicle signal processing, power supply, and automotive diagnostics. The DIN-064CPB-RR1-KR is designed to be resistant to vibrations, shocks, and extreme temperatures. This makes it suitable for use in harsh environments such as car engine compartments.The working principle of the DIN-064CPB-RR1-KR is based on the electrical continuity principle. The device consists of two components – the male and the female. When the two parts are connected together, the electrical current passes from the male connector to the female connector. This is done by the pin contacts of the male connector and the socket contact of the female connector. When the connection is successful, the electrical current can now pass through the two components and establish electrical continuity.The DIN-064CPB-RR1-KR is available in different mounting styles such as surface mount, thru-hole, and vertical mount. It is also available in different colors and designs to suit different applications. Additionally, it comes with various accessories such as gaskets, pins, and cables. All of these components are manufactured with high-grade materials and designed to last for a long time.The DIN-064CPB-RR1-KR is designed to meet the demanding standards set by the automotive industry. It is tested to ensure that it can withstand extreme temperatures and vibrations. Additionally, it is designed to provide excellent electrical and data transmission performance. This makes it an ideal connector for automotive applications.