TMM-150-01-T-D-RA-023

Rectangular Connectors - Headers, Male Pins - TMM-150-01-T-D-RA-023

TMM-150-01-T-D-RA-023 is a rectangular connector categorized as male pins in a header. It has a standard operating temperature range of -55˚C to +105˚C (for TMM type of contact) and -40˚C to 70˚C (for RCE type of contact). The contact body material is Copper Alloy (Standard Plated Gold) with a standardized current rating of 4A, at a voltage rating of 40V. This type of connector is typically used in various applications and machines.

Applications

TMM-150-01-T-D-RA-023 rectangular connectors are used in a wide variety of applications, such as digital home appliances, consumer electronics, industrial and medical equipment, computers, telecommunications, the automotive industry, and even in the aerospace industry. These lenses can facilitate various tasks and operations from simple data transmitting to complicated switching and signal controlling. The biggest advantage of this type of connector is that it enables multiple devices to be connected at the same time, thus increasing the operational efficiency.

Working Principle

TMM-150-01-T-D-RA-023 rectangular connectors work by providing an electrical connection between different devices. This is done through physical contacts, which are present in the male and female parts of the connector. When the two parts connect, the contacts make contact and an electrical connection is established. The current then passes through the contacts and is distributed to the device being connected.

The contacts in these connectors have a very high contact resistance, which ensures that the current flow is safe. The pins are often plated with gold, which makes them resistant to corrosion and ensures a good electrical contact. Furthermore, the contacts are designed to last for a long time even when constantly connected and disconnected.

TMM-150-01-T-D-RA-023 connectors are also designed to be incredibly reliable, with a low failure rate. That is why they are used in a variety of high-end applications, where high levels of reliability and efficiency are required.