EJH-110-01-SM-D-SM-TR

Rectangular connectors - headers, male pins such as the EJH-110-01-SM-D-SM-TR are commonly used in a wide range of applications. These electrical connectors provide reliable electrical connection between two or more wires, terminals, or circuit boards. They are ideal for applications where signal transmission between two connections is needed.

The EJH-110-01-SM-D-SM-TR is a surface mount header with two rows of male pins. It features a robust construction, low profile design, and ultra-low inductance characteristics for high-frequency applications. Unlike other connectors, this connector has slits in the housing that enable it to accommodate larger trace widths. The associated plastic housing snaps into place, making it suitable for a variety of solder joint applications.

The main application of this connector is high-speed signal transmission in a variety of applications such as computer motherboards, communications devices, medical equipment, automotive components, and consumer electronics. The two-row connector can be used in both single-ended and differential applications. It is designed to withstand extreme temperatures and vibrations and offers excellent interference shielding for critical applications.

The EJH-110-01-SM-D-SM-TR is a reliable, easy-to-install connector solution. Its working principle is straightforward – each wire or traces from the circuit boards are inserted in the slots of the female housing. The plastic housing is then snapped into place, securing the connection between the two circuits. The contact between the pins and the housing is strong enough to maintain a reliable connection even when the assembly is subjected to thermal cycling and impact shocks.

The EJH-110-01-SM-D-SM-TR is a versatile rectangular male header that can be used in a wide array of applications. It provides reliable and durable electrical connections, as well as a low profile design that is suitable for various solder joint applications. Its superior shielding properties ensure that high-sensitive signals are not corrupted and its robust construction makes it an excellent choice for applications where impact shocks and thermal cycling occur.