09731326903

Series:	--
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Connector Type:	Header, Male Pins
Number of Positions:	32
Number of Positions Loaded:	All
Pitch:	0.100" (2.54mm)
Number of Rows:	3
Style:	R
Level, Class:	2
Mounting Type:	Through Hole
Termination:	Wire Wrap
Features:	--
Contact Finish:	Gold or Gold-Palladium
Contact Finish Thickness:	--
Operating Temperature:	-55°C ~ 125°C
Current Rating:	2A
Material Flammability Rating:	UL94 V-0
Material - Insulation:	Polybutylene Terephthalate (PBT), Glass Filled

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Overview

DIN 41612 Backplane Connectors, commonly referred to as DIN connectors, are used for the interconnection of electrical or electronic circuit boards, or as a "backplane", where a large number of single connections are required. This type of connector is widely used in telecommunication and terminal equipment as well as computer and server installations. DIN 41612 is particularly suited to applications involving backplanes, due to its modular construction and perform both the running and power connections.

Application Field

DIN 41612 Backplane Connectors are suitable for use in a wide variety of applications, from industrial wiring to data processing, computer systems, network systems, audio systems, and electronic communication systems. The most common application for this type of connector is in the telecom sector, but it can also be used to link together two sections of equipment that meet in the middle, or even an array of machines and systems.

Two Types of Configurations

DIN 41612 Backplane Connectors come in two different configurations: double row and triple row. Double row connectors are used in situations where two circuit boards are connected together. Triple row connectors are primarily used in systems that contain three circuit boards. The different configurations provide the user with more flexibility when designing the backplanes.

Basic Structure Components

While the overall construction of a DIN 41612 Backplane Connector can vary from application to application, the typical basic structure consists of two mating halves, one male, the other female. The male side is typically the one that is soldered to the circuit board while the female counterpart is secured to the front panel or enclosure of the system. Inside the male half is a set of pins that make the electrical connection when the two halves are mated together, while on the female side there are expanding contacts, also known as “shear contacts”, that hold the connector securely in place when the system is powered up and ready to go.

Working Principle

The working principle of a DIN 41612 Backplane Connector is relatively simple. When the two halves are mated together, the pins inside the male half make contact with the expanding contacts inside the female half. This connection forms the basis for the electrical connection and allows for the transfer of information and power between the two halves. The expanding contacts ensure that the connection is secure and stable, even when the equipment is being subjected to vibration or shock.

Safety Features

In order to keep the connection safe and secure, DIN 41612 Backplane Connectors are equipped with several safety features. These include a locking tab located on the mating body of the connector, which prevents the connector from becoming accidentally disengaged, as well as a spring loaded arm that keeps the connector firmly in place during use. The spring loaded arm also has the added benefit of helping to absorb any shock or vibration that is applied to the system.

Conclusion

DIN 41612 Backplane Connectors are ideal for applications requiring high levels of performance and reliability. Their modular construction and safety features make them a popular choice among many industries, including the telecommunications, computer, and industrial sectors. With their easy-to-use design and robust construction, DIN 41612 Backplane Connectors are sure to provide reliable performance in even the most demanding applications.

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