TMMH-148-05-SM-Q

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Rectangular connectors are commonly used in many electronic devices and systems. Headers are an important part of these connectors, because they provide the physical and electrical connection between the two components. Male pins are typically used as the interface between the header and the device. The TMMH-148-05-SM-Q is a rectangular connector that uses male pins and headers. It is suitable for high-current applications in automotive and other industries.

The TMMH-148-05-SM-Q connector is designed for ease of use, low profile, and reliable connections. It has a 0.50’’ pitch, which makes it easy to use in tight spaces. The header has sixteen rows, which allow it to be used with a range of male pins and connections. It is also designed to be durable and withstand vibration and shock, making it ideal for applications in the automotive industry and other harsh environments.

The TMMH-148-05-SM-Q connector has a unique design that enables it to be used for a variety of purposes. It has sixteen rows, each containing two pairs of male pins. The pins are made from tin-plated brass, which is resistant to corrosion and offers good electrical conductivity. It is also UL and CE certified and can be used in many different applications.

The working principle behind the TMMH-148-05-SM-Q connector is simple. The male pins are inserted into the header, creating an electrical connection between the pins and the header. This connection is then used to send electrical signals and signals from one device to another. Additionally, the header is designed to ensure a reliable connection between the pins and the header. This is important for applications that require precise and reliable signal transmission.

The TMMH-148-05-SM-Q connector is a reliable and cost-effective solution for high-current applications. It is easy to use and provides excellent electrical and mechanical connections. It is also UL certified, making it safe for use in automotive and other industries where safety is a concern. In addition, it is able to withstand environmental conditions such as shock, vibration, and extreme temperatures.

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