09062482826

Series:	DIN 41612
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Connector Type:	Receptacle, Female Sockets
Number of Positions:	48
Number of Positions Loaded:	All
Pitch:	0.150" (3.81mm)
Number of Rows:	3
Style:	F
Level, Class:	1
Mounting Type:	Through Hole, Right Angle
Termination:	Solder
Features:	--
Contact Finish:	--
Contact Finish Thickness:	--
Operating Temperature:	--
Current Rating:	--
Material Flammability Rating:	--
Material - Insulation:	--

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Backplane Connectors - DIN 41612

A DIN 41612 backplane connector is a type of electrical connector that is designed to facilitate the reliable connections between high-speed printed circuit boards (PCBs) in backplanes and other types of assemblies. This type of connector has wide applications in a range of digital and analogue industrial and telecom systems.

Design Features

DIN 41612 connectors have a distinct design that makes them well suited for applications that involve high volume of signal transmission and carrying high power currents between standardised PC boards. They feature an insulator housing with metal guides, and are available in a variety of sizes and configurations. Popular DIN 41612 connector types include horizontal, vertical, right angle, and overall applications.

Connection System

The connection system used by these connectors is based on poles and male contacts that are arranged in two rows on each side. The number of poles in each row varies depending on the connector design, but is usually between 8 and 64 poles. This allows the connector to handle discrete signals, power currents, and other types of data streams. Additionally, the connector can be terminated by various transportation systems such as edge, centre point, and under-board.

Advantages

DIN 41612 connectors offer several features that make them suitable for applications where reliable and effective connections are needed. These advantages include low contact resistance and high-power capabilities. They are also designed to reduce contact insertion and environment-related risk, and in some cases may support high-temperature and-mating capabilities.In addition, since these connectors feature standardized specifications, it makes them compatible with the available standardization platforms, making them easy to use and install in a wide range of applications. Furthermore, the connectors come with double screws that make it possible to fasten them securely to the backplanes.

Working Principle

The working principle of the DIN 41612 connector is based on providing electrical connection between two or more devices in a standardized, reliable manner. The connector contains two lines of male connector contacts that come into contact with the mating female contacts in the receiving device. The two lines of contacts are made of hard, strong materials to ensure reliable connections for power as well as digital data transmission.When the two lines of connectors are mated together, the electromagnetic field created between them links them in an electrical circuit. This produces a strong, reliable connection that allows high speed data transfers. The size and design of each connector also enables high power delivery for various applications.

Applications

Due to their reliable design and high power handling capabilities, DIN 41612 connectors are often used in a wide range of industrial and telecom systems. Examples of such applications include aerospace and defence systems, vehicles, robotics, medical and healthcare systems, data networks, and renewable energy systems. These connectors are also used in computer backplanes, industrial automation equipment, and other high-speed circuit boards. In conclusion, the DIN 41612 backplane connector is a dependable and affordable electrical connector designed for reliable connections in a range of industrial and telecom systems. Their distinct design offers advantages such as low contact resistance and high power capabilities, and can provide high speed data transmission. These connectors are suitable for applications in aerospace, defence, healthcare, data networks, and more.

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