HTSW-110-09-SS-D

The HTSW-110-09-SS-D rectangular connector is designed for a variety of applications and is ideal for use in almost any system. This connector can be found in many applications including digital displays, medical equipment, electronic circuits, and consumer electronics. The connector is also available in a wide range of sizes, ranging from a small 1mm wide micro-pin connector to a large-sized 50mm wide motherboard-style connector. The connector is also available with a variety of different pin configurations and contact styles.

The HTSW-110-09-SS-D is a double row connector with a total of nine male pins. It is constructed from solid stainless steel and is designed to provide a sturdy and reliable connection. Each pin is rated for a current of up to 1.5A and a voltage of up to 600V. These pins are spaced in a 5mm hole haired pitch to ensure a snug fit and reliable connection.

The working principle of the HTSW-110-09-SS-D is based on the simple concept of electrical current. Current is generated as a result of the voltage applied across the contacts. When a voltage is applied across the contacts, electrical current passes through them and is collected from the other end. This process is often referred to as "switching".

The HTSW-110-09-SS-D can be found in a variety of applications including cellular phones, audio-visual equipment, networking hardware, and consumer electronics. Its durable and reliable construction makes it an ideal choice for a number of projects. Its stainless steel construction ensures a secure connection and its electrical characteristics are such that it is well suited to a variety of high-performance applications.

The HTSW-110-09-SS-D is a reliable and sturdy rectangular connector designed for a variety of applications. Its male pins are rated for a current of up to 1.5A and a voltage of up to 600V. This connector is widely used in a variety of settings due to its reliable performance and sturdy construction. The connector is available in a variety of sizes and can be found in applications such as digital displays, medical equipment, networking hardware, and consumer electronics.