PZC04SAGN

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The PZC04SAGN is part of a wide selection of rectangular connectors, headers, male pins. This guide will take a look at the fields of application and inner workings of these components.

What is a PZC04SAGN?

The PZC04SAGN is a 4-pin, male pin connector. This connector is designed for use with lightwave data transmission systems, such as optic cables and devices. It provides a simple and secure interface for connecting with other components, without having to fuss with wiring.

Applications of the PZC04SAGN

Due to its miniature size, the PZC04SAGN is perfect for creating sophisticated networking systems in small spaces. It is quite often used in:

• Closed-circuit television
• Data transmission systems
• Test and measurement equipment
• Industrial automation control systems
• Aerospace/Defense industry
• Telecommunications

Working Principle of the PZC04SAGN

The PZC04SAGN works by utilizing a four connector method. This allows for a higher data transmission rate than is offered by two-connector models. It is designed to prevent crosstalk and to provide maximum signal integrity. The four-connector permits for greater flexibility in designing complex data networks and setups.

In order to provide enhanced signal integrity, the PZC04SAGN utilizes two methods. First, it has Molded V-Gap technology, which is designed to create a vapor proof and water resistant seal. Second, the interface between the four connectors is treated with a gold plate to offer increased flexibility. This vastly reduces the level of signal reflection and attenuation.

Conclusion

The PZC04SAGN is part of a larger selection of rectangular connectors, headers, male pins. It is designed to be used in lightwave data transmission applications, such as CCTV, data transmission systems, test and measurement equipment, and industrial automation control systems. The PZC04SAGN works through a four-connector method, utilizing Molded V-Gap technology and gold plating to ensure maximum signal integrity. This makes it a great choice for creating sophisticated networks in small spaces.

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