1-1734493-2

Rectangular Connectors - Headers, Male Pins are connectors that are typically rectangular in shape and consist of an insulated housing and two or more rows of electrical pin contacts. The male pins provide a mating point for mating (female) socket contacts. Commonly used for connecting power cords, ribbon cables, and micro-switches, these connectors are found in a myriad of applications ranging from consumer electronics and automotive systems to office equipment and industrial control systems.

The 1-1734493-2 is a SMD/SMT type, male pin header, with a 2.0mm pitch spacing between each pin. It features two rows of pins with each row of pins having eleven pins, for a total of 22 pins. The pins are soldered to circuit boards using solder, and contact surfaces are usually plated with gold or copper.

The 1-1734493-2 is typically used for applications where two wires or cables need to be electrically connected. The pins of the male pin header provide an electrical connection with a female contact (socket) when inserted. The physical contact between the two components helps to reduce radio frequency interference (RFI) and electrical noise, as well as providing a secure connection.

The 1-1734493-2 can be found in many common applications such as computers, network devices, audio equipment, communication systems, measuring equipment, electronic appliances, power adapters, and consumer electronics. It can also be found in automotive and industrial safety equipment, power tools, LED lighting systems and medical equipment as well as in lighting fixtures and HVAC control systems.

The 1-1734493-2 is designed to be robust enough to withstand up to 2A current and 500Vrms of voltage. It can also withstand temperatures ranging from -40°C to 125°C. Additionally, its fastening screws are made of high-impact plastic for enhanced durability and easy installation.

The 1-1734493-2 male pin header is a valuable connector for wire and cable management in a wide range of applications. It provides a reliable electrical connection with low signal loss and excellent electrical insulation, making it an ideal solution for connecting a variety of high-speed and low-power devices.