ET60S-03-00-06-L-VT1-GP

ET60S-03-00-06-L-VT1-GP is a backplane connector designed for specialized applications. It provides superior electrical performance and robust design integrity. This backplane connector provides superior heat dissipation, ultra secure mechanical and electrical connections, and fast and reliable insertion and removal. It is widely used in applications that require high levels of reliability and performance.

The ET60S-03-00-06-L-VT1-GP provides ground and power planes, high current signal paths, EMI shielding, and a total of three separate grounds for optimal electrical performance. It utilizes an innovative contact system that allows for maximum efficiency in routing both the power and signal paths. The contact system also helps reduce insertion and extraction forces, helping the boards to stay secure during operation.

The ET60S-03-00-06-L-VT1-GP is designed to provide superior heat dissipation and excellent power transfer capabilities. The connector utilizes an innovative design with multiple layers of anti-corrosion shielding. This helps to reduce the effects of corrosion and oxidation on the electronics and connections, increasing performance and reliability. The connector also features a large ground plane for improved heat dissipation and improved signal integrity.

The ET60S-03-00-06-L-VT1-GP also features a surface-mount package and is compatible with standard backplane interfaces. It is capable of handling currents in excess of 100A, and it also offers protection against static electricity and surge currents. This is an ideal choice for applications that require a high level of reliability and performance.

The ET60S-03-00-06-L-VT1-GP is an excellent choice for applications that require reliable electrical performance and robust design integrity. It is also suitable for applications that require high power handling and high current capacity without compromising on robustness or reliability. This backplane connector is highly reliable and provides superior performance for all specialized applications.