Products

Limited space and high-performance demands are characteristics of many modern electronic systems, all of which the connectors must accommodate. There is a corresponding demand for compact, secure, and reliable connectors, with high signal integrity and a relatively high current‐carrying capacity. The comprehensive SMC range helps meet these requirements.

1. Extremely reliable double contact female terminal

2. 90° torsion spring terminal

3. The rolling surface has a uniform texture to ensure that the terminals are firmly inserted

4. Large contact area between male and female terminals

5. Extremely low bending surface roughness, minimizing surface wear

6.Low contact resistance

SMC (Small Multi-functional Connector) connector has a mesh size of 1.27 mm and is available in a variety of different construction types, heights and terminal densities. The SMC series follows the following basic design criteria: double-sided spring terminals ensure best-in-class contact characteristics and the highest contact reliability, high-temperature cut-off bodies with polarized sockets and insertion chamfer, and very high plug reliability. The perfectly designed terminals exhibit an almost continuous impedance curve, allowing stable data transfer rates of up to 3 Gbit/s to be achieved when the system is properly designed.

SMC (Small Multi-functional Connector) connector has a mesh size of 1.27 mm and is available in a variety of different construction types, heights and terminal densities. The SMC series follows the following basic design criteria: double-sided spring terminals ensure best-in-class contact characteristics and the highest contact reliability, high-temperature cut-off bodies with polarized sockets and insertion chamfer, and very high plug reliability. The perfectly designed terminals exhibit an almost continuous impedance curve, allowing stable data transfer rates of up to 3 Gbit/s to be achieved when the system is properly designed.

SMC (Small Multi-functional Connector) connector has a mesh size of 1.27 mm and is available in a variety of different construction types, heights and terminal densities. The SMC series follows the following basic design criteria: double-sided spring terminals ensure best-in-class contact characteristics and the highest contact reliability, high-temperature cut-off bodies with polarized sockets and insertion chamfer, and very high plug reliability. The perfectly designed terminals exhibit an almost continuous impedance curve, allowing stable data transfer rates of up to 3 Gbit/s to be achieved when the system is properly designed.

Limited space and high-performance demands are characteristics of many modern electronic systems, all of which the connectors must accommodate. There is a corresponding demand for compact, secure, and reliable connectors, with high signal integrity and a relatively high current‐carrying capacity. The comprehensive SMC range helps meet these requirements.

SMC (Small Multi-functional Connector) connector has a mesh size of 1.27 mm and is available in a variety of different construction types, heights and terminal densities. The SMC series follows the following basic design criteria: double-sided spring terminals ensure best-in-class contact characteristics and the highest contact reliability, high-temperature cut-off bodies with polarized sockets and insertion chamfer, and very high plug reliability. The perfectly designed terminals exhibit an almost continuous impedance curve, allowing stable data transfer rates of up to 3 Gbit/s to be achieved when the system is properly designed.

SMC (Small Multi-functional Connector) connector has a mesh size of 1.27 mm and is available in a variety of different construction types, heights and terminal densities. The SMC series follows the following basic design criteria: double-sided spring terminals ensure best-in-class contact characteristics and the highest contact reliability, high-temperature cut-off bodies with polarized sockets and insertion chamfer, and very high plug reliability. The perfectly designed terminals exhibit an almost continuous impedance curve, allowing stable data transfer rates of up to 3 Gbit/s to be achieved when the system is properly designed.