0529762162

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FFC and FPC connectors are widely used in a wide range of applications ranging from consumer electronics to industrial automation. This article will discuss the application field and working principles for a specific type of FPC connector.

The specific type of FPC connector discussed here is the 0529762162, which is an angled PCB stackable single-row surface mount connector. It is composed of a 0.50mm pitch single-row connector housing with contact pins, a 0.50mm pitch single-row cable, and a dielectric material.

The application field for the 0529762162 connector is in any application where a tight connection, ease of installation, and reliable transmission of signals are required. The connector is ideal for high-density applications and can be used in conjunction with other connectors or components to create a high-density package. Some examples of these are communication networks, cellular phones, personal computers, and automotive systems.

As for the working principles, the 0529762162 connector works through a combination of two methods. The first is a surface contact between the connector’s contact pins and the external device’s pins. The second is a mechanical latch, which holds the connector in place and ensures it remains connected during operation. The latch also allows for an easy installation. The contact pins are also designed to ensure a reliable transmission of signals. The dielectric material is used to reduce the connector’s EMI (Electromagnetic Interference) emission. Moreover, the dielectric material also helps to reduce crosstalk between the connector’s contact pins and other components.

In summary, the 0529762162 connector is mainly used in applications where a secure connection, reliable signal transmission, and easy installation are necessary. The connector works through a combination of surface contact between the connector’s contact pins and the external device’s pins, as well as a mechanical latch to ensure a secure connection. Additionally, the dielectric material helps to reduce EMI emission and crosstalk between the connector’s contact pins and other components.

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