TMMH-133-04-F-DV-EPC

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Rectangular Connectors - Headers, Male Pins category covers a large selection of electrical interconnect solutions, from board-to-board, wire-to-board, and cable-to-board. A perennial favorite within this selection is the TMMH-133-04-F-DV-EPC, a connector renowned for its performance and reliability capabilities in a variety of settings. This article takes a closer look at the TMMH-133-04-F-DV-EPC’s applications and working principle.

Applications

The TMMH-133-04-F-DV-EPC is a connector designed for use in high-performance applications with higher transmission speeds. As such, it finds a variety of uses within consumer electronics, telecommunications, computer systems, computer peripherals, security and surveillance systems, medical imaging devices, and automotive applications. Owing to its reliability and performance capabilities, the TMMH-133-04-F-DV-EPC connector is suitable for a variety of applications where other connectors may not suffice.

The TMMH-133-04-F-DV-EPC connector is particularly suitable applications that require very high data speed, low noise interference, and good signal integrity. As such, this connector is a popular choice in high-fidelity digital audio applications, such as with home theaters, as well as within that require low-noise signals, such as medical imaging systems. Additionally, the TMMH-133-04-F-DV-EPC connector is also popular for use with point-to-point interfaces, such as with cable and Direct Cable Connection (DCC) peripherals.

Working Principle

The TMMH-133-04-F-DV-EPC connector works using a standard pin-receptacle combination, with the pin pushed into the receptacle, creating an electrical contact. This type of connection is known as a male-female connection. In addition to its simple operation, the TMMH-133-04-F-DV-EPC connector also has features that make it more reliable and able to handle higher transmission speeds. These features include double-sided contact pads, as well as magnetic rastering, which helps to reduce crosstalk and noise interference.

The TMMH-133-04-F-DV-EPC connector also has an additional option for increased reliability: charge capacitors. These capacitors use a passive technique to reduce high frequency signal degradation, increasing signal integrity and ensuring reliable, high speed transmission. This feature is essential for applications with high speed signals, as it ensures that the signal can maintain its integrity over long distances.

Finally, the TMMH-133-04-F-DV-EPC connector also allows for optional coding, which helps to reduce the possibilities for incorrect connections and mateability errors. This is particularly important in high-speed applications, as it ensures that the signal is reaching the intended destination. The TMMH-133-04-F-DV-EPC connector is a versatile, reliable, and high-performance connector that can be used in a variety of applications.

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