ESQT-104-02-G-D-582

The ESQT-104-02-G-D-582 is a type of rectangular connector in the headers, receptacles, and female sockets category. It has a 104-position dual row design that is ideal for mounted circuit boards.

The most common application of the ESQT-104-02-G-D-582 is in the telecommunication industry where it is used to connect two circuit boards together for data transfer and signal transfer. The bridge between the boards is provided by the connector. This type of connector is also used in power supplies, industrial automation systems, and automotive electronics.

The connector’s working principle is fairly simple. It consists of two parts, the male and female cables. The male cable has one contact for each of the 104 positions, and the female cable has corresponding contact that mates with the male contact. When the contacts between the two parts are mated, the cable connection is established. A locking mechanism is also provided, typically, in the form of bayonet locks, latching, and locking tab. This provides secure electrical connection between the two cables.

The connector also has advanced features, such as current continuity and power distribution. This enables the distribution of power to different parts in the board as well as ensure that a constant current is maintained. The contact resistance between the two parts of the connector can be reduced to 3 mΩ, which makes it ideal for high-power applications.

The ESQT-104-02-G-D-582 connector is designed to meet the requirements of the most demanding applications. It has a durable construction with a maximum current capacity of 10 amps. It can also operate at temperatures ranging from -40°C to +125°C and its mating cycles are rated to more than 500 cycles. In addition, the connector is RoHS compliant, ensuring that it meets international standards for safety and environmental protection.

In conclusion, the ESQT-104-02-G-D-582 is an ideal choice for interconnect applications in telecommunication, industrial automation, and automotive electronics. It has a simple working principle yet provides reliable connection and power distribution. The connector also has an advanced design with excellent current continuity and temperature resistance. These features make the connector a reliable interconnect solution for many applications.