0850033172

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

DIN 41612 is a standard that specifies the details of a family of electrical connectors which are commonly identified as backplane connectors. They are so named because they are primarily used in backplane or “card-to- backplane” applications. The major applications of these connectors is to connect PCBs in electrical systems, where they are used as connectors between internal bus bar systems, or where connectors are used between boards for high-speed communication systems.

The DIN 41612 standard covers a range of connectors, from a 10-pin through-hole version and surface-mount versions, up to a 48-pin version with card guides. The shape and size of the pins differ between the various connectors, ranging from round through pin and in-line connectors with round and flat pins. The connectors are either single, two-piece or dual-row, and the pins may have different shapes depending on the application requirements.

The DIN 41612 standard also defines the characteristics of the plug housings, from the shape and size to the geometry of the latching system. These characteristics are used to ensure that the connector fits correctly and securely into the backplane. The standard defines several different types of contacts, including male and female, as well as board to board connectors which may have different pin configurations depending on the type of contact.

The 0850033172 application field and working principle for DIN 41612 backplane connectors is to connect multiple circuit boards (PCBs) together in a electrical system. The connectors consist of a two-piece contact and a one-piece housing, which contain the contacts that allow the free passage of electrical signals. The contacts are usually made of either copper or brass, and the housings are usually made of either hard plastic or metal.

The working principle of DIN 41612 backplane connectors is based on the electrical contact between the pins of the contact and the hole of the housing. The contact is designed to fit securely into the hole in the housing, forming a reliable electrical connection between the contact and the housing. The contact is then secured into the housing by locking it into place by either screws, clips, or locking bars. The housing also provides a reliable ground path, ensuring that any electrical noise or interference is kept away from the contacts.

DIN 41612 backplane connectors are designed to operate in temperatures ranging from -55C (+ 131F) up to + 125C (+257F), with a current capacity of up to 10A. They are also designed to function in vibration ranging from 0 to 2000 Hertz or to a vibration level of 5.8G. The standard specifies the contact arrangements for the connector, the contact expression and contact inserts, and the maximum contact resistance. The pin size and the contact resistance are the two most important criteria for the design.

DIN 41612 backplane connectors are widely used in industrial and commercial applications for the transfer of analog and digital signals. They are especially suitable for applications where the plug is inserted and extracted frequently, and for high-speed communication systems such as data buses, Ethernet switches, and wireless access points. They are also used in network infrastructures such as wiring systems, electronic display boards, and backplane assemblies. The connectors provide a safe, secure and reliable connection which can easily be inserted and removed.

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