51740-10502405AALF

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Backplane Connectors - Specialized: 51740-10502405AALF

Backplane connectors are an essential part of many electronic devices, boards, and systems. The 51740-10502405AALF is one such backplane connector, designed to interface and connect devices and systems to facilitate data transfer and communication. Due to its unique physical form factor, high reliability, and support for low-voltage signals, it is widely used in industrial, telecommunications, medical, and aerospace sensory systems.

The 51740-10502405AALF is a type of backplane connector known as a "pass-through" or "ruptured disk" connector that can be configured in two different pitch sizes. It is made up of a black thermoplastic housing assembly, a series of threaded retention diodes, and a variety of contacts. The contacts are typically made of brass or copper alloy, and are designed to resist wear, heat, and corrosion while providing the highest level of signal integrity. The connector also features a two-piece design, with floating and fixed contacts.

When in use, the 51740-10502405AALF pass-through backplane connector enables each system\'s board-level connections to make contact and communicate. It uses three varieties of connection points to make connections between pins on both boards. The connections are made through the use of the three different connection points – positional interconnects, positional-removal interconnects, and screw-mount interconnects.

In terms of technical specification, the 51740-10502405AALF backplane connector supports up to 250V, 1A with 30mΩ of resistive load, and a contact resistance of 0.12Ω max. It also supports a temperature range of -60°C to +105°C, and has a maximum of 600 mating cycles. The connector is UL Rated, offers a UL/CSA flammability rating of 94V-0, and is RoHS Compliant.

In conclusion, the 51740-10502405AALF is a high-performance, reliable pass-through backplane connector. It enables boards on either side of a connection to make contact and communicate, and provides superior protection against wear, heat, and corrosion. What’s more, its superior signal integrity allows for low-voltage applications, making it a great choice for a variety of industrial, telecommunications, medical, and aerospace applications.

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