856-10-018-20-002000

Rectangular Connectors - Spring Loaded are one of the most common connectors used in a variety of application fields. 856-10-018-20-002000 application field and working principle are important points in understanding how they function in electric circuits.

Overview

Rectangular Connectors - Spring Loaded are cost-effective electrical connectors that are widely used for a variety of applications, such as automotive, computer and telecommunications. These essentially consist of two equal halves; a female side with metal-coated contacts held in place by a series of plastic teeth and a male side with metal-coated blades. A spring-loaded latch allows the male half to be securely affixed to the female half. The contact points are arranged either on one or two contacts, called single- or double-row connectors. The 856-10-018-20-002000 connector is a double-row, double-blade connector.

Supply

To ensure the efficient and safe operation of the 856-10-018-20-002000 rectangular connector, proper voltage and current ratings must be applied. Common types of supplies used with this rectangular connector are direct current and alternating current. The direct current supply is usually from a battery or a primary voltage source; either way, the voltage should not exceed the rated voltage of the connector. Alternating current is usually from a transformer, again having a voltage not exceeding the rated voltage of the connector.

Application Field and Working Principle

The 856-10-018-20-002000 connector is a specialty plastic molded rectangular connector designed for high current applications. It is ideal for use in cars, cellular phones, telephones, CD players, and many other electronic applications where pressure switches, temperature sensors, and current sensors are used, especially in high-current applications. This type of connector is characterized by strong latch points that ensure a secure and reliable connection. When connected, the two halves of the 856-10-018-20-002000 connector create a mechanical clamping force that ensures the connection is secure and leak-free. The main principle of operation is the use of a spring-loaded male connector that engages the female connector to make the connection.

Advantages and Disadvantages

The 856-10-018-20-002000 connector offers several advantages over other kinds of connectors. It is reliable and secure, making it a great choice for applications where vibration and mechanical shock are common. The mounting process is simple and can be done with a single screw delivering time and cost savings for manufacturers. This type of connector is also easily accessible, and does not require the use of complex tools or heavy machinery.

On the other hand, the 856-10-018-20-002000 connector does have some disadvantages. It is not suitable for applications where high-frequency signals are present. Additionally, the cost is higher than other types of connectors, which might make them prohibitively expensive if used in large numbers. Also, it is not optimal for applications involving corrosive materials, as the materials used in the construction of this type of connector may be susceptible to corrosion over time.

Conclusion

The 856-10-018-20-002000 connectors are ideal for applications where high-current is needed and vibration and mechanical shock are a common occurrence. The application field and working principle of this type of connector make it a secure and reliable option for such applications. However, it is not suitable for high-frequency signals and applications involving corrosive materials. It is also more expensive than other types of connectors, so its use should be carefully considered before making a purchase.