1-66470-1

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The 1-66470-1 is a commonly used backplane connector with numerous applications. Though its uses vary, its general application field and working principle remain the same. In this article, this backplane connector\'s application field and working principle will be discussed.

Qualifications

The backplane connector 1-66470-1 is a two-piece design and consists of two parts; a dielectric body and a series of contacts. This connector is fully qualified according to MIL-C-83522/20 and meets the requirements of MIL-STD-810. It is also compliant with numerous international standards such as UL, CSA, and SAE. It is available in various current ratings up to 150 amps.

Application Field

The 1-66470-1 overall has a wide range of applications. It is primarily used in the industrial, military, and aerospace industries for various electrical and signal applications. It is often used for power and signal connections in areas such as computers, networks, and communication systems. It is also suitable for applications where it is exposed to rough handling, and in areas where a reliable connection is necessary.

Design

The 1-66470-1 backplane connector is constructed from high-performance dielectric material. It features soldered contacts for increased performance and reliability. It also has a low profile design which makes it useful for surface mount applications. The body is designed with two side plates, one of which contains a series of grooves for contact alignments. The contacts are side-loaded inserted into these grooves, secured by two securing nuts on either side.

Contact Arrangement

The 1-66470-1 contact arrangement consists of two layers of contacts. There are two lines of pins arranged in a staggered pattern along the x-ray axis. This provides a reliable connection between the two mating connectors. The contacts are available in various current ratings up to 150 amps.

Working Principle

The principle of operation for the 1-66470-1 backplane connector is quite simple. The contact points are arranged in two layers and when the two mating components come into contact, a connection is established. The contact points make a physical contact which is formed by the pressure exerted by the two side plates. This allows for a reliable electrical connection between two components in the same plane.

Advantages

The 1-66470-1 backplane connector has a number of advantages:

• It has a low profile design, making it suitable for use in a variety of applications.
• It is compliant with many international standards.
• It is able to handle up to 150 amps of current.
• It offers quick connectivity and easy installation.

Conclusion

In conclusion, the 1-66470-1 backplane connector has a wide range of applications in many industries. It is a two-piece design and consists of a dielectric body and a series of contacts. It also boasts a low profile design, allowing it to be used in a variety of applications. It is compliant with various international standards and is capable of handling up to 150 amps of current. Its working principle is based on electrical contact between two layers of pins arranged in a staggered pattern, providing a reliable connection between the two mating components.

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