BBD-123-G-A

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Introduction

Rectangular Connectors - Headers, Male Pins are commonly used in the fields of industrial, automotive, communications, aerospace, medical and other electronic engineering areas. The popular types of rectangular connectors are BBD-123-G-A, which is one of the most frequently used components in the industry. The following article will delve into the application field of BBD-123-G-A connectors and describe its working principle in detail.

Application of BBD-123-G-A

BBD-123-G-A rectangular connectors are mainly used for applications requiring high-density connections for small to mid-size electronics and cables. It is well suited to both waterproof and salt-water resistant connectors. It allows efficient and reliable shielding for both high and low-speed signal transmission. This type of connector is suitable for both dense board-to-board and wire-to-board connecting.

The BBD-123-G-A connector is widely used in a variety of industrial automation, robotics, telecommunication, measurement, monitoring, and other electronic applications. It is often used in applications like factory automation, medical systems, telecommunications systems, aircraft equipment, automotive electronic systems, etc. This connector is also highly compatible with products from various manufacturers and has become the industry\'s first choice for tight spaces and harsh environments.

Working Principle of BBD-123-G-A

The working principle of BBD-123-G-A rectangular connectors is based on a simple mechanical contacts system. It has two parts, the contact area and the insulating area. The contact area is usually formed by a protrusion, which contacts another part of the connector. By pressing the connector, the protrusion makes contact with another contact area of the connector and forms an electrical connection. Once the connection is made, the contact areas complete the electrical circuit and the signals can be sent and received.

The insulating area is an important part of the BBD-123-G-A connector\'s working principle. It keeps the two contact areas from shorting and allowing the electrical signals to pass. The insulating area of the connector is usually filled with a dielectric material, such as epoxy or silicone, which helps to protect the circuit from static electricity buildup or voltage spikes.

Conclusion

BBD-123-G-A rectangular connectors have become the industry\'s choice for reliable and efficient signal transmission in a variety of industrial, automotive, communications, aerospace, medical and other electronic engineering applications. Its working principle is based on a simple mechanical contacts system with contact areas and insulating areas. With the aid of dielectric material, the contact areas of the connectors make electrical connections while the insulating area ensures that the circuit is protected from damage due to static electricity buildup or voltage spikes.

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