SFML-145-T2-L-D-LC-K-TR

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The SFML-145-T2-L-D-LC-K-TR is a rectangular connector belonging to the category of headers, receptacles, and female sockets. This type of connector is composed of several parts, including a pin header, an insulation displacement contact (IDC) receptacle, a faceplate molded in thermoplastic, dielectric housing, an insulation displacement keying member, a latching clip and two chamfered lances for cable retention and strain relief. Such a connector is usually used in telecommunications, data processing, instrumentation, medical, and consumer electronic applications, due to its small size and robust design.

The main working principle of the SFML-145-T2-L-D-LC-K-TR connector is that it uses an insulation displacement technology to electrically connect an IDC receptacle to a wire, except for in the case of a 34-way version, where an IDC plug is used. The insulation displacement technology keeps the contact surfaces free of oxidation or any other form of contamination that could cause signal integrity or noise problems. This helps the connector to deliver reliable signal and power connection even in a harsh environment. The latching of the chamfered lances also allows the connector to provide excellent strain relief of incoming cable or wire.

The SFML-145-T2-L-D-LC-K-TR connector also offers a number of features that make it highly useful in a variety of applications. For example, the compact design of the connector allows it to be used in tight spaces, while its robust design ensures that it is long-lasting and highly reliable. Additionally, the IDC contacts are made from gold-plated phosphor bronze, which provides good contact resistance and prevents corrosion. This makes the connector more reliable and improves its signal integrity.

The SFML-145-T2-L-D-LC-K-TR connector is therefore an ideal choice for a range of applications, such as optical and electrical interconnects, high-performance data processing, telecommunications, medical devices, and consumer electronics. Its low profile, compact design, and robust construction make it ideal for use in places where space is at a premium and reliability and signal integrity are of paramount importance.

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