TFML-138-02-F-D

The TFML-138-02-F-D is a type of rectangular connector header, commonly found in consumer electronics. It features two rows of 2.54mm spaced pins and is designed to mate with industry standard female D-sub connectors. It is an economical option for a diverse range of interconnection needs, from signal and data transmission to power and grounding applications.

TFML-138-02-F-D headers utilize a male pin connection. This is characterized by the presence of exposed metal pins on the housing that are designed to mate with corresponding female contacts on the mating connector. These pins are usually made from straight or L-shaped metal with an insulation jacket. They come in a variety of sizes and configurations to accommodate different applications.

One of the advantages of rectangular connectors is the high density of the available contacts. Rectangular connectors can contain anywhere from a few to dozens of contacts, making them highly versatile and ideal for a variety of signal and power applications. TFML-138-02-F-D headers are optimized for high-frequency applications, where large numbers of contacts are necessary to support the data transmission.

In terms of working principle, TFML-138-02-F-D headers are designed to facilitate the transmission of signals and power between two devices. They are used to connect electrical cables to electronic junk devices, transmit data, power circuits, and provide ground connections. The pins on the housing are designed to mate with corresponding female contacts on the mating connector._ When mated, the pins make a reliable electrical connection between the two devices.

The TFML-138-02-F-D also features a number of mechanical features. Its metal pins provide reliable mechanical retention, and the housing is designed to prevent accidental misalignment of pins. Additionally, its moulded black thermoplastic housing protects the electronics from extreme temperatures, dust, and moisture.

In conclusion, the TFML-138-02-F-D is an ideal and economical choice for a variety of rectangular connector applications. Its two rows of 2.54mm spaced pins, combined with the reliable mechanical retention and protection afforded by its moulded thermoplastic housing, make it a great choice for transmitting signals and power between two devices. Additionally, its configuration options make it suitable for high frequency and dense interconnectivity needs.