0901301114

Part 0901301114 is a type of Rectangular Connectors – Headers, Male Pins specifically designed and manufactured by Johnson Electric. It is widely employed in various industries such as ATMs, cash registers, POS terminals, industrial machinery automation, telecommunications, instrumentation, finance, medical equipment, toys, vending machines, and radio frequency identification (RFID) applications.

This 0901301114 Connector is a plastic header with SMT (surface mount technology) type pins. It has a dual row offset combination design with two pins per row. It has a standard width of 2.0mm and a closed-end design which provides extra positional protection and prevent external corrosion. These connectors feature two sets of opposing ends –one male pin and one female pin – which allows them to be easily joined together to form an electrical connection.

Because they are available in a wide range of sizes and configurations, the 0901301114 Connector is extremely versatile and can be used in a variety of applications. For example, they can be used to connect different equipment components such as machines, registers, and RFID readers. They are also suitable for connecting different communication protocols, such as Digital Audio and Modbus, as well as for providing signal level protection for sensitive electronic circuits.

The working principle of the 0901301114 Connector is relatively straightforward. The male pin is inserted into the female pin and secured with a crimp or soldered connection. This connection is then used to carry the electrical signal or data between two pieces of equipment. These pins are designed to meet tight specifications and are capable of handling high frequencies, while providing maximum signal integrity and reliability.

In summary, the 0901301114 Connector is a valuable tool for companies that require cost-effective and high-performance electrical connections. It is versatile and capable of handling a variety of applications, with its two pin design providing extra positional protection. Its standard width and closed-end design also protect it from external corrosion and provide maximum signal integrity. Finally, its working principle is straightforward and the pins are designed to meet tight specifications.