160-10-320-00-001101

The 160-10-320-00-001101 is a specialized rectangular connector that can be used for various applications. It is available in various sizes and options, with the most common being the 10-pin version. The connector is designed for use in situations where space is limited and other more traditional connectors cannot be used.

Applications

The 160-10-320-00-001101 connector is most commonly used in power supply and data communication applications. It is designed to be used in situations where size and power density are of utmost importance. The connector is also used in some specialty applications as its design allows for higher currents than traditional connectors. These specialty applications include automotive, medical, and military.

Working Principle

The 160-10-320-00-001101 connector is a specialized design that takes advantage of the physical properties of the connecting material. The housing is designed to provide strain relief to the connecting pins, while the contact pin has been designed to provide electrical connections with minimal resistance. This design allows for higher currents compared to traditional pin types. The connector also uses an insulated, non-conductive housing that prevents any electrical leakage between the two connectors.

Advantages & Disadvantages

One of the major advantages of the 160-10-320-00-001100 connector is its high current capacity. This allows for higher power applications and gives users more flexibility when designing their system. Additionally, the connector has a smaller footprint compared to other types which can save precious board space. The connector also provides a reliable and robust connection that ensures stability over the lifetime of the system. The main disadvantage of the connector is its higher cost due to its specialized design.

Conclusion

The 160-10-320-00-001101 connector is a specialized rectangular connector that can be used for various applications. It is designed to provide higher current capacity compared to traditional connectors, and is commonly used in power supply and data communication applications. The connector has advantages such as a small footprint and high current capacity, but the main disadvantage is its higher cost due to its specialized design.