HTSW-120-30-S-D

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The HTSW-120-30-S-D is a rectangular connector header composed of 120 metal pins arranged in three rows of 40 pins each. It is typically used for a variety of applications including the connection of, but not limited to, LCD displays, CCDs, LEDs, and touch screens. The maximum resistance of the header is 0.2 ohms, making it an ideal option for connections across a variety of materials and with various devices. The HTSW-120-30-S-D includes a unique feature designed to increase its connection strength and reliability, which is a sinusoidal wave spring that is placed between the pins.

The spring provides the interconnection between each of the pins at all times, preventing any potential short-circuits or loose connections. Additionally, this spring ensures a consistent contact force is applied to each of the pins, thus improving the connection’s durability and dependability. The header is also designed to meet strict environmental protection requirements, making it suitable for use in a variety of operating conditions, including temperature, harsh conditions, and vibration.

The HTSW-120-30-S-D also includes a protective interface that covers the pins, providing additional protection to the contacts and preventing accidental shorts or contact with foreign bodies. This interface is made of a non flammable material, and its design is such that it prevents the formation of dust and other particles on it.

The working principle of the HTSW-120-30-S-D is relatively simple. When the header is connected, the pins are inserted into the corresponding holes in the device, establishing a connection. The wavespring is then zigzagging between the pins, increasing the contact force and making the connection secure. The protective interface serves to further protect against any potential shorts or contact with foreign material.

The HTSW-120-30-S-D application field includes a variety of devices and technologies and is suitable for a wide range of operating conditions, including temperature, vibration, and dust. Its unique design and working principle not only makes it an ideal option for making reliable and durable connections, but also highly resistant to wear and tear.

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