TMMH-130-01-H-6

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TMMH-130-01-H-6 is a rectangular connector in the Headers, Male Pins family. It is designed for several kinds of applications, such as automotive wiring, fiber optics, telecommunications, automation, etc. The following article focuses on the application fields and working principle of this particular Rectangular Connector.

TMMH-130-01-H-6 offers two kinds of application fields: high current and low voltage. The high current application field has several properties, such as high temperature rating, high current performance, and robustness. TMMH-130-01-H-6 are typically used in power and automotive applications, as well as LED lighting applications. TMMH-130-01-H-6 has an operating temperature range of -54 to +105°C. The large current range offers the possibility of utilizing the power capabilities of many devices, ranging from amplifiers to resistors.

TMMH-130-01-H-6 Low Voltage applications are suitable for low voltage electrical wiring, telecommunications, and automation applications. Its contact resistance and insulation resistance is superior to conventional products, with an enhanced dielectric strength easily handling up to 1000VAC/1 minute. The mechanical life of the connector surpasses 10,000 cycles. It features a PCB pin pitch of 2.54mm, and multiple pins can be electrically connected together to fulfill all kinds of requirement on the application.

The working principle of TMMH-130-01-H-6 is that it has self-locking structure design. This connector uses a self-locking collet to keep the contact pin firmly in place. This ensures robust, reliable performance, such as improved vibration resistance. The connector also has a latching mechanism to prevent the contact pins from being ejected from the connector. The crimping retention force of the contact pins to the cable is also enhanced, which reduces the chances of poor contact.

Overall, TMMH-130-01-H-6 is an excellent choice for a wide range of applications, and its robust structure ensures reliable operation and improved durability. Its good performance in both high current and low voltage applications is a plus point, making the connector suitable for many types of devices and applications. The self-locking structure design and latching mechanism ensures reliable performance in various applications.

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