108457160002049

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Backplane Connectors - DIN 41612 are a type of electrical connector that helps to organize power and electronic signals when building various electronic devices. The 108457160002049 is particularly versatile as it is capable of carrying power and signal distributions for wide range of industrial and commercial applications. Understanding how this type of backplane connector works, as well as what it can be used for, is important in deciding if this type of electrical connector is right for your application.

Design and Construction

DIN 41612 connectors are typically rectangular in shape, with pins or contacts that protrude from one of the sides and have grooves and slots along the other side. These are often referred to as "male" and "female" respectively. Commonly manufactured in a single-row or double-row configuration, the 108457160002049 backplane connector is made from aluminium or copper contact carriers, which are conveniently configured in groups of 3 along with plated metal shells. Black thermoplastic insulation is usually used for insulating and holding the contacts and the metal shell.

Working Principle and Operation

Due to its lower profile and compact design, the 41612 connector is often specified for applications involving high-speed digital signal transmissions. When placed into a mating socket, the contacts are typically compressed and cut, and the shells and insulation keeps the contacts firmly in place. Since these components are easily removable and replaceable, they can be quickly repaired and maintained in situ. The connectors are often used in pairs, with one end corresponding to the male pins and the second to the female slots, thus creating a secure connection between two separate components.

Application Fields

Due to its robust design and high-speed data-transmission capabilities, DIN 41612 backplane connectors are used in many industrial and commercial applications. These include telecoms, telecommunications networks, robotics, industrial automation, satellite communications, robotics, aerospace and other industries. Furthermore, they can be used to connect backplanes, motherboards and other components in a computer system, offering an efficient way to organise and route signals and power.

Advantages and Disadvantages

The major advantages of using DIN 41612 backplane connectors are in its ruggedness and reliable performance. With a design that is optimised for high-speed signal transmissions, these connectors are relatively resistant to interference and other physical damage caused by shock and vibration, making them suitable for more demanding industrial applications. Additionally, the use of thermoplastic insulation also eliminates the need for internal grounding, which reduces the risk of short circuits and other safety issues. The main disadvantage of this type of backplane connector is its inability to handle higher level of current. Therefore, applications where a high level of electrical current is required, such as power distribution, these are often not suitable.

Conclusion

The 108457160002049 DIN41612 backplane connectors are an excellent solution for applications needing reliable signal and power transmission. Because of its sleek design and high-speed data-transmission capabilities, this type of connector is ideal for a variety of industrial and commercial applications. Most notably, its thermoplastic insulation eliminates the need for internal grounding, thus reducing the risk of short circuits and other safety issues. However, users must remember to take into account the current capacity and weight constraints of this type of connector, as well as the environment and application for which it will be used.

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