ESQT-140-02-G-D-736

The ESQT-140-02-G-D-736 is a rectangular connector that can provide a secure electrical connection between two or more components. It is widely utilized in several industries, such as automotive, consumer electronics, industrial automation, telecommunication and instrumentation. The header or female sockets are usually utilized as the mating contact points, and the receptacle or male sockets are used to provide a direct connection to the connecting wires or cables.

The ESQT-140-02-G-D-736 is capable of providing reliable and secure electrical connections due to its unique design features. It features an outer shell that is molded in one piece, two or more rows of gold-plated contacts, and a mating interface that is designed to prevent corrosion, dust, and debris from entering the connectors.

Additionally, the ESQT-140-02-G-D-736 is designed to be reliable in the most demanding-environmental conditions. The box meets International Electrotechnical Commission (IEC) requirements, meaning they can easily pass through a 25m water pressure test, withstand temperature changes, and operate temperatures up to 80 degrees Celsius without any impact on their performance or reliability.

A key advantage of the ESQT-140-02-G-D-736 is that it offers superior signal integrity. This comes in handy when handling low-level voltage and high-speed alternating current (AC) signals. It’s also designed to prevent crosstalk and attenuated signals. This means that it can easily manage high-frequency signals, including audio, video, and fiber optics.

The ESQT-140-02-G-D-736 utilizes an insulation displacement connection (IDC) mechanism, which eliminates the need for screw fittings. This allows it to provide maximum convenience when connecting additional components. The connector also has a higher durability compared to other connectors since it can sustain high loads and repetitive use with ease.

The ESQT-140-02-G-D-736 is an excellent choice for applications that require secure, reliable and consistent connections between two or more components. It’s perfect for automotive, consumer electronics, industrial automation, telecommunication and instrumentation applications because of its excellent electrical and mechanical characteristics. This allows it to provide secure, reliable and consistent electrical connections with ease in these environments.