TMM-115-01-T-S-RA-010

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TMM-115-01-T-S-RA-010 is a rectangular connector header made of copper alloy with a male pin terminator. It is a low-profile, low-impedance electrical connector with high-temperature reliability and durability.

This connector header can be used in a wide range of scenarios, including telecom systems, audio equipment, industrial control, automotive and aerospace applications. It is designed to be a high-performance solution for PCB-to-PCB connections in scenarios with tight space constraints.

The TMM-115-01-T-S-RA-010 connector header has a number of advantages. It has a robust construction which features an extended male pin power type (T-S-RA) to provide strong contact with the board, even in high-vibration environments. Its small size makes it ideal for use in confined spaces. It is also pre-assembled with male pins to save installation time.

The TMM-115-01-T-S-RA-010 connector header uses a 1.27 mm spaced contact termination, providing a reliable contact system. Its premium copper alloy construction provides excellent corrosion resistance. It is rated for up to 10A (25A peak) and is available in 2, 3 and 4 pin configurations with self-adjusting contacts.

The TMM-115-01-T-S-RA-010 connector header\'s working principle is simple yet effective. Electricity flows from the source connector onto the contacts of the header and then onto the target connector. The contact system is designed to provide a secure connection even when the device is subjected to external influences such as shock, vibration and temperature fluctuations. It is also designed to prevent electrical arcing, which can damage the components. Finally, the connector\'s insulation is designed to prevent any short-circuiting.

The TMM-115-01-T-S-RA-010 connector header is reliable, cost-efficient and easy to install, and is a great choice for a multitude of applications. It is an excellent solution for transmitting data in tight spaces, with its low profile, low impedance, and high temperature performance. It is an ideal solution for a wide range of power and signal applications.

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