LTMM-115-02-G-D-SM-K

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LTMM-115-02-G-D-SM-K headers offer a wide range of applications, particularly in automotive, computer, telecommunications, industrial, consumer electronics, medical and audio/video sectors. This is due to their strong electrical characteristics, their ruggedness (designed for higher reliability in higher vibration environments) and its excellent environmental protection. Moreover, LTMM-115-02-G-D-SM-K headers offer a wide range of optional features, including optional polarization and grounding fingers for reduced EMI/RFI and improved signal integrity.

Working Principle

LTMM-115-02-G-D-SM-K headers operate on the simple principle that, when two similar metal connectors are connected, an electrical impulse passes through them. This electrical impulse is what enables the ‘data’ or ‘power’ to be transferred from one connector to another. In LTMM-115-02-G-D-SM-K headers, the ‘male’ pins of one connector make contact with the ‘socket’ of the other connector, and a connection is established. This connection is possible because the pins are designed to fit perfectly into the sockets, providing a low impedance connection.

One of the advantages of LTMM-115-02-G-D-SM-K headers is their mating flexibility and the ease with which they fit together. This allows them to be used in place of a variety of other rectangular connectors used in the same application. They also allow for a wide range of mounting options which include panel mounting, board-to-board mounting, and even a snap-in style of mounting. The mounting options are also an ideal choice for applications which require quick assembly and dismantling, making it perfect for applications such as automotive, computers, telecommunications, and consumer electronics.

High Frequency Performance

As mentioned above, LTMM-115-02-G-D-SM-K headers offer excellent electrical characteristics, and one of the most dominant reasons for this is their high frequency performance. Their performance at high frequencies makes them a perfect choice for telecom and medical applications. This is because of their high speed signal transmission capability and excellent impedance-to-frequency ratio. The combination of these two features enables LTMM-115-02-G-D-SM-K headers to operate at very high frequencies with minimal distortion and signal loss. Moreover, they have a low crosstalk and insertion loss when compared to similar products, making them a preferred choice for high frequency applications.

Environmental Protection

The LTMM-115-02-G-D-SM-K headers are designed to offer a superior environmental protection. This enables them to be used in even the most challenging conditions. The design of the connector prevents the ingress of dirt and moisture, and also provides excellent EMI/RFI shielding. This is made possible due to the use of a high-grade thermoplastic material that offers excellent strength and durability.

In addition, the LTMM-115-02-G-D-SM-K headers have a high temperature rating, with a maximum operating temperature of 175°F (79°C). This makes them suitable for even the most extreme environments, such as those found in the automotive and consumer electronics sectors.

Conclusion

The LTMM-115-02-G-D-SM-K headers offer a wide range of applications, due to their strong electrical characteristics, their rugged design, and excellent environmental protection. Their crosstalk and insertion loss are minimal at high frequencies, making them the perfect choice for telecom and medical applications. Additionally, their high temperature rating makes them an ideal solution for even the most extreme environments. All of these features make LTMM-115-02-G-D-SM-K headers the perfect choice for any application that involves the need for a reliable and durable data or power transfer.

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