FX23-40S-0.5SV

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FX23-40S-0.5SV is a rectangular connector which belongs to the edge type, arrays, mezzanine (board to board) category commonly used in communication equipment, such as computers, industrial automation products, etc.This kind of edge type rectangular connectors can be divided into two basic types, namely the plug type and the receptacle type, which can be customized according to customer’s application situation.

Application Field

This model of edge type rectangular connector is mainly used in the fields of computer networks, communication, medical treatment, instrumentation, audiovisual, intelligent transportation, electricity, and electronic machinery, and other fields in high densitity connecting and interconection solutions.

Working Principle

The working principle of edge type rectangular connector is that its external shape is square or rectangular, and the two sides are symmetrical bilaterally. The number of contacts on one side of the connector is the same as that on the other side. Both sides are connected to the target device. The contact terminal of the connector (usually needle or flat head) has mechanical and electric properties. It\'s connected to the corresponding contact point of the target device, which has contacted with the contact pad. The contacts of the two sides are separated and insulated from each other by insulating materials. When the external force changes, the contact part of the fixed contact will produce elastic force, that makes the contact point of the moving contact exposed to the corresponding contact point of the fixed contact. Thus the electric connection is formed and the electrical signal passes through the connector.

The main advantages of edge type rectangular connector is that it has a large number of contacts, a wide range of dimensional adaptability, and contact points are evenly distributed, which makes it excellent in using performance and handiness to use. It is also environment friendly and cost effective, and is being used in more and more application fields.

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