2304-5221-TB

Rectangular Connectors - Headers, Male Pins are essential components in various types of appliances and electronic products. The 2304-5221-TB is a type of series of connector especially designed for higher power applications. This article will discuss the application field and working principle of the 2304-5221-TB.

Description of 2304-5221-TB

The 2304-5221-TB is a three row, 20-pin, dual board to board header connector. It is made up of metal alloy such as gold plated copper alloy. The insulation body is made of polyvinylchloride (PVC) material that is extremely sturdy and reliable. Its advanced design features up to 20 contact with 5A to 10A each for a total peak amperage of 1A. The high number of contacts allows for simultaneous connections of more than six conductors. The 2304-5221-TB has a pin spacing of 2.5mm, making it suitable to be used in tight spaces.

Application Field of 2304-5221-TB

The 2304-5221-TB is designed to handle high power applications in different types of devices. It is suitable for use in a wide variety of electronic devices including computers, mobile phones, electronic instruments, and medical devices. It is used to connect multiple circuits within the system, thus providing power and data transmission. Its high level of insulation, high current handling capabilities, and compact size make it ideal for use in these types of applications.

Working Principle of 2304-5221-TB

The working principle of the 2304-5221-TB is based on its design. The dual board to board connectors consist of two mating parts, one male part and one female part. Each contact in the male part has two contacts, a pin and a socket, which ensure a stable and reliable connection. The female part has three contacts – a pin, a female pin and a socket – allowing multiple signals to pass through. The dielectric strength of the 2304-5221-TB is insulated to up to 200V.

When two 2304-5221-TB connectors are mated together, the current and data transmission is established. The electrical signals are transferred through the pins that connect directly to the sockets, while the dielectric layer helps protect against any transient voltage spikes. Furthermore, the connectors are designed to have a low resistance, preventing any potential losses in power. The contacts of the female part are also highly reliable, as each contact point has a curved shape that locks in place when the male pins are inserted.

Conclusion

In conclusion, the 2304-5221-TB is a versatile and reliable connector that is well-suited for handling higher power applications in different electronic devices. Its robust design is ideal for multiport signal transmission, and it is able to provide stable and reliable connections that are highly insulated. The 2304-5221-TB has quickly become the industry standard for butt splices, due to its reliable and durable construction.