09041326981

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Backplane Connectors - DIN 41612 have become an indispensable component in many electronic systems due to its superiority in terms of signal-transmission, reliability, and cost. These connectors are often used in circuit boards, computer chassis, networking products, medical devices, and numerous other applications. 09041326981 is one of the DIN 41612 connector series, often used in industrial and medical applications.

The 09041326981 Backplane Connector consists of two separate parts: the female part, and the male part. The female part consists of a plastic housing and several contact blocks. There are typically four contact blocks, each containing 3 pins. The male part of the connector consists of a metal housing with a corresponding three pins. The contact pins on the male part are inserted into the female contact blocks to make electrical contact. The plastic housing on the female part is then attached to the metal housing of the male part, securing the connection.

The contact blocks on the female part are designed to securely hold the contact pins in place. The contact pins have a spring design that along with the contact blocks helps create a snug fit and ensures a reliable connection. The push-in locking mechanism also prevents the pins from accidentally disengaging due to shock or vibration. The plastic housing of the 09041326981 connector also offers additional protection against dust and other contaminants.

The 09041326981 Backplane Connector has several advantages. It has a low contact resistance, offers high data transmission rates, and supports a wide range of applications. The mating part has a dust-proof sealing function as well as an anti-vibration and shock function. It is also easy to use and has an overall low-cost design. This makes it an ideal choice for many industrial and medical applications.

The 09041326981 Backplane Connector is ideal for applications where signal transmission is critical and reliability is paramount. Its low contact resistance, and anti-vibration and shock functions all contribute to its suitability for these applications. Additionally, its ease of installation and overall low cost make it a logical choice for many industries and applications.

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