3-2106431-4

Introduction

Rectangular Connectors - Board In, Direct Wire to Board are an important type of electromagnetic connector. The 3-2106431-4 is an example of such a connector specifically designed for the purpose of providing both power and signal interruptions. This article will discuss the application fields and working principles of this particular 3-2106431-4 model.

Application Field

The 3-2106431-4 model of Rectangular Connectors - Board In, Direct Wire to Board connectors is primarily used in medical electronics and instrumentation, as well as communications and other industrial equipment. This particular type of connector is particularly suited for use in applications where a non-interference connection and the ability to replace a failed connection are critically important. Additionally, the 3-2106431-4 is suitable for use in circuits with high-frequency signals, as its design allows for the effect of such signals to be reduced and reduces the risk of signal degradation.

Working Principle

The working principle of the 3-2106431-4 is based on the use of insulated sleeves, which provide EMI / RFI shielding in order to protect the connection from external interference. Additionally, the 3-2106431-4 is capable of providing reliable connections between boards and equipment, as the design of the connector ensures good alignment of the components and ensures a tight fit between the parts. In addition, the 3-2106431-4 is able to self-correct any misalignment errors, which further ensures the reliability of the connection.

Conclusion

The 3-2106431-4 model of Rectangular Connectors - Board In, Direct Wire to Board is a type of electrical connector designed for use in the medical and industrial markets. This connector has a unique design which provides for both power and signal interruptions, and can be used in circuits with high-frequency signals in order to reduce the effect of such signals. Additionally, this model of connector also provides reliable connections between boards and equipment, and is capable of self-correcting any misalignment errors.