HTSW-148-08-G-T

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HTSW-148-08-G-T connector is a rectangular connector with headers, male pins, commonly used in a variety of applications. It is a widely used, higher performance version of the standard rectangular pin-and-socket connectors. The primary reason for its high performance is that it has a double-row design which provides up to five times the number of contacts while maintaining the same mounting configurations.

The application field of HTSW-148-08-G-T rectangular connectors can be seen in various electronic products, such as communications, medical, industrial, and aerospace industries. And examples are broadband networking equipment, instrumentation, telecom field, medical devices, and avionics systems. HTSW-148-08-G-T connector are typically used for high-density, high-capacity data. They provide high current carrying capacity and low contact resistance as well as superior shielding and EMI protection.

The working principle of HTSW-148-08-G-T connectors is based on the idea of a pin-and-socket type of connector. It has a double-row design with both rows having either a straight or a right-angle orientation. Both rows are connected mechanically by metal pins and plastic components. The metal pins are designed to provide superior contact strength and are manufactured from lead-free brass, which gives them excellent corrosion and contamination resistance. The plastic components ensure proper retention of the pin, providing a secure connection.

HTSW-148-08-G-T connectors are designed to withstand the extreme temperature and vibration encountered in typical industrial applications. They have a wide operating temperature range of -55°C to 125°C, and shock and vibration resistance up to 10Gs in any direction. The rugged design makes it suitable for use in many different harsh environments.

HTSW-148-08-G-T is an ideal choice for high speed applications requiring a reliable and secure connection. With its double-row design, it provides more terminals per contact area and a higher current rating without compromising its size. It is an ideal solution for applications where performance and durability are paramount.

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