TMMH-132-01-H-5

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Rectangular Connectors - Headers, Male Pins are an important class of electrical connectors. Commonly found in circuits of varying scales, these connectors are known for their rugged designs in comparison to the more traditional cylindrical connectors. TMMH-132-01-H-5 connectors are one example of this type, with a wide range of applications and specific uses. This article provides an overview of the types of applications for which these connectors are typically used, as well as their working principles.

Application Field

TMMH-132-01-H-5 connectors are commonly employed in a variety of modern-day technology, both commercial and private. This includes, but is not limited to, mobile phones and other devices that require small and lightweight solutions for connecting components. These connectors are also often seen in telecommunication industries, as they provide greater flexibility and fewer potential transmission errors. In addition, the TMMH-132-01-H-5 connectors are used in a range of medical applications.

One common application of these connectors is in the form of miniature antennas, with some such devices having been created for educational purposes. Described as, “ideal for prototyping or field testing”, TMMH-132-01-H-5 connectors are seen as the connectors of choice, providing a reliable and cost-effective way of connecting components. Because of their small size and price, these connectors are also widely employed in medical implants and devices, where size and reliability are of paramount importance.

For robotics and automation, TMMH-132-01-H-5 connectors provide a secure and sturdy connection while also providing the ability to mount connectors in tight or difficult-to-reach positions. This has led to them being used in a range of automotive applications, with novel solutions being developed for linking various electrical components, such as sensors, ECUs and actuators. As technology advances, TMMH-132-01-H-5 connectors are also being used in computer motherboards, as well as in a range of consumer electronics where their small size and robustness prove useful.

Working Principle

In operation, TMMH-132-01-H-5 connectors take advantage of pins that are securely fastened to a board using two screws. This method ensures that the connector has a solid contact with its source, and can provide an effective connection even under the most rigorous conditions. Design requirements call for pins that are 0.040” in diameter, and typically measure 0.448” in height. The dense arrangement of pins, which allows more than two 1”x2” boards to be connected at a time, is what provides the TMMH-132-01-H-5 connector with is reliability and robustness.

The TMMH-132-01-H-5 connectors are also designed to be as low profile as possible, with a height of 0.25”. This allows the connectors to be used in applications that prioritize space saving over other values, such as reliability and robustness. In addition, these connectors are designed with a combination of insulation materials, such as insulator tabbing, insulator core, and side windows. The combination is provided to make sure that air and helium gap insulation is achieved with minimal weight and cost.

As with any electrical connector, TMMH-132-01-H-5 connectors need to be used with care. It is important to use the right techniques when connecting and disconnecting these connectors from other components, and it is also necessary to regularly inspect them for any signs of damage or wear. This is particularly important when dealing with delicate operations, such as those found in medical and robotic applications. Taking the necessary precautions can ensure that these connectors continue to perform reliably for many years.

In conclusion, TMMH-132-01-H-5 connectors are a reliable and cost-effective solution for a wide range of modern technology. They are commonly employed in the fields of telecommunication, medical, robotics and automation, as well as in consumer electronics. Understanding their working principles and using the right techniques when connecting them to other components is important for ensuring their reliability and longevity.

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