641211-9

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Introduction: The 641211-9 Connector is a 9 pin, polarized system. This rectangular connector is designed to meet the needs of industry, offering a wide range of power, signal, and electrical applications. It is available with either 3 or 6 legs.

Features: The 641211-9 connector offers a variety of features which make it an ideal solution for many applications. It utilizes two or more contact styles including pins, flag, and face contact. The pins have a current rating of 8A and a voltage rating of 400V. The flag style is available in three-row and six-row configurations, while the face contact is available with four-row and six-row configurations. It is also designed to provide low insertion force for ease of installation. The 641211-9\'s design and features also allow for a degree of resistance to shock and vibration, making it a rugged and reliable connector.

Applications: This connector is ideal for applications which require a reliable connection and resistance to vibration and shock. It is commonly used in military, automotive, medical, and industrial applications. It is also used in the telecommunications industry due to its high electrical performance and wide range of contact types. It is also suitable for use in data communications and networking systems.

Working Principle: The 641211-9 Connector is designed with a number of electrical and mechanical redundant contacts. This allows for electrical connection at multiple points which ensures improved electrical performance and reliability. The mechanical redundancy also provides a wide range of electrical voltages. The 641211-9 has an inner contact, which can be connected using two or more contact styles such as pins, flag, and face contact. The wide range of contact types ensures reliable connection and resistance to vibration and shock.

Conclusion: The 641211-9 Connector is an optimal solution for many applications which require reliable connection and resistance to shock and vibration. It utilizes two or more contact styles to provide electrical and mechanical redundancy, resulting in improved electrical performance and reliability. It is widely used in military, automotive, medical, industrial, and data communication applications due to its high electrical performance and wide range of contact types.

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