TMMH-148-04-S-Q

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The TMMH-148-04-S-Q is a male pin rectangular connector header that offers excellent performance and reliability. It is well-suited for use in a variety of applications ranging from complex industrial, medical, or automotive applications to simple consumer electronics.

The TMMH-148-04-S-Q is designed with two headers connected at a right angle. Each pair of headers has a pair of eight pins connected to them. This allows for the connection of multiple wires to a single pin, increasing the number of connections that can be made in a single cable. The connector is also designed to be compatible with standard DIN 2.54mm pitch PCBs.

It is made from a durable thermoplastic and is UL 94V-0 recognized to provide superior electrical insulation and protection. The headers are 4.3mm high which allows them to mount on standard 0.9mm to 2.36mm printed circuit boards. Additionally, the headers have a self-locking feature that keeps them firmly in place and eliminate the need for screws for installation.

The TMMH-148-04-S-Q features a high temperature range of -40°C to 125°C and a low temperature range of -20°C to 75°C. This allows it to be used in a range of environments. The full locking solution enables the header to withstand vibrations and other shock loads, ensuring reliable performance.

The working principle of the TMMH-148-04-S-Q is relatively simple. Taking the two headers as an example, current will flow from one header to the other through the 8 pins in the pair. voltage will remain constant between the headers even if the current on the pins changes as current is diverted to and from the pins. This allows for reliable data transfer.

The TMMH-148-04-S-Q is an excellent option for applications requiring reliable connections in high temperature and/or vibration environments. Its self-locking headers and 8 pins per pair make for easy installation and secure connections. With its wide temperature range, reliable performance, and high tolerance for vibration and shock, the TMMH-148-04-S-Q is an ideal choice for many applications.

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