0022283331

Introduction

Rectangular connectors (headers) with male pins are used to connect one device to another. These as specified by the official documents of the IEC 60601-1 Norm, are rectangular connectors used in medical or lab equipment used in clinical or diagnostic settings. This kind of connector performs the task of power and signal interconnection and is usually with a duo-side locking mechanism. The 0022283331 rectangular connector (header) with male pins is a device that is comprised of one or more metal pins and designed to perform the task of power and signal communication between different electronic components. It is used in multiple applications including the medical, sensors, automotive, and robotics industries.

Application Field

The 0022283331 rectangular connector with male pins is optimized for medical equipment, laboratory instrumentation, and electrical testing equipment. It is highly reliable and compatible with most customer requirements. It is RoHS compliant and is the preferred connector of choice for most medical and industrial applications. It is highly resistant to shock, vibration, and temperature making it the ideal choice for applications in harsh environments. This connector is also widely used in robotics and automotive applications as its durability and resistance to harsh conditions makes it an optimal choice.

Working Principle

The 0022283331 rectangular connector with male pins works on the principle of power and signal connectivity. It is designed with multiple pins, usually ranging from two to nine pins and with a double sided locking mechanism. The pins used in these connectors provide electrical connectivity between two devices. The signal can either be digital or analogue, depending on the requirement and the application it is used for. The movement of signals between devices is enabled by the presence of two conducting metallic material making contact within the connector.

Conclusion

The 0022283331 rectangular connector with male pins is a highly reliable and cost-effective connector used in multiple applications such as medical equipment, laboratory instrumentation, and electrical testing equipment. It is resistant to shock, vibration, and temperature making it ideal for applications in harsh environments. The working principle of the connector is based on power and signal connectivity and is designed with multiple pins for both digital and analogue communication. This connector provides excellent power and signal connectivity between different electronic components for multiple applications.