5-146132-3

The 5-146132-3 rectangular connector–headers, male pins is a kind of electrical connector which is typically used to create the connection between two electronic devices. It is composed of normally a male part with pins, headers with sockets, or occasionally groups of pins which are set up in a certain number of rows on a flat surface. The 5-146132-3 is typically used for high performance and small pitch applications.

The 5-146132-3 is designed to provide reliable and robust electrical connection between two circuit boards. It is robust enough to sustain high temperatures for a variety of usage applications such as industrial controls, automotive, and medical equipment. This electrical connector is particularly useful in tight-fitting applications since it provides a robust connection with space-saving configurations. It usually has a rated operational temperature range of -40°C to 125°C.

The 5-146132-3 connector has a 1.27mm pitch with a two-row connection and features 27 pins on its square-type connector body. It is designed to support the latest high-speed data rates or power requirements and offers a minimum of 1A current rating. It has a mating force of 0.2 to 1.0N and can be mated with either a male or female connector. Its electrical performance at frequencies up to 100Mhz ensures that data and control signals can be transmitted with minimal signal loss.

The 5-146132-3 connector’s working principle is based on the basic principles of electricity. When two or more pins are connected, a current is generated between them and passes through the conductor which will then correspond to the signal’s strength and speed. It is important to note that the resistance of the conductor should be low enough to ensure that the signal is transmitted at the highest level without any signal loss. Additionally, the insulation material should also be high-quality to provide reliable electrical connection.

In general, the 5-146132-3 connector is widely used in many applications due to its reliable electrical connections, high-speed transmission, and compatibility with different types of electronic devices. It is an ideal solution for applications requiring high-speed data rates, power requirements, and tight-fitting design. Therefore, it is usually used for automotive, industrial, medical, and consumer applications. Additionally, it is also suitable for applications that require a reliable and robust connection at high frequencies.