HTSW-150-15-S-T

The HTSW-150-15-S-T is a rectangular connector that is designed to allow two circuits or devices to be securely connected together, allowing data or power to be transferred between them. These connectors are commonly used in computer and electronic equipment, including a number of popular applications, such as in communication systems, motherboards, and other applications.

Application Field

HTSW-150-15-S-T connectors are used in a variety of applications, including in communication systems, motherboards, and other applications. These connectors are also used in many consumer and commercial applications, including cell phones, cash registers, medical equipment, HVAC equipment, computers, and many other items.

HTSW-150-15-S-T connectors are particularly well-suited for use in demanding and harsh environments, such as those found in industrial, military, and aerospace applications. They provide reliable data and power connections in a wide variety of operating conditions and are designed for high temperatures, mechanical vibration, and shock resistance.

Working Principle

HTSW-150-15-S-T connectors consist of two parts, the male pin and the female header. The male pins attach to the device or device’s circuit, providing a contact point that fits into the female header.

HTSW-150-15-S-T connectors are designed to provide secure connections between two devices or components. They use a snap-together design that requires a precise fit in order to create a reliable and strong connection. The male pins feature a central contact point, which is typically made from gold or copper alloy, and the female header is typically made from a thermoplastic material. The contact points are designed to fit securely and provide an electrical connection between the two components.

HTSW-150-15-S-T connectors are designed for a variety of application needs and are widely used in industrial, military, and aerospace applications. They provide reliable data and power connections that can withstand high temperatures, mechanical vibration, and shock resistance, and they are often used in demanding environments. They are a popular and reliable choice for many applications in electronics and communication systems.