TMMH-146-05-S-Q

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The TMMH-146-05-S-Q rectangular connector is a component often used in electronic devices. It is a type of component typically referred to as an "header" and is designated to have male pins, which can be used to plug into a mating device such as a socket or a female connector.

This particular product is designed with a snap-on locking system that allows for fast, secure connections. The connector is also provided with turrets that offer good board retention and an additional range of adjustment. Additionally, the connector has an in-line low profile design that increases the available space within the board.

In addition to its structural features, the TMMH-146-05-S-Q also has a variety of electrical properties. In terms of contact resistance, this connector has a value of 10.0mΩ maximum. It also has an operating temperature range between -55 and +105°C, and a current rating of 5.0A per pin. In terms of durability, the pins are claimed to be able to withstand 500 mate cycles.

The primary application field of the TMMH-146-05-S-Q is in communication and I/O systems, where it is primarily used to reduce interference and ingress. It can also be found in force feedback systems, as well as in wired and wireless networks. This versatile connector is also suitable for automated test entry equipment, and is built for isolated signal transmission.

The working principle behind the TMMH-146-05-S-Q is fairly straightforward. The connector is designed to make contact with a female connector, typically by means of the male pins. Once the contact is made, the female connector creates a capsule, which then clasps the male pins and maintains the connection. This allows for a secure connection which is able to withstand a certain amount of vibrations and stresses.

The TMMH-146-05-S-Q is a valuable component for devices where minimal space is available, as it offers a low profile design that reduces vertical height, allowing for more room within the circuit. Its snap-on locking system also provides an added level of stability and safety, making it a great choice for applications where a reliable connection is required.

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