HLEM29R-1RHLF

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FFC, FPC (Flat Flexible) Connectors are used in a variety of fields for electrical and electronic components. These connectors are widely used for various purposes such as in devices requiring efficient transmission, communication, networks, or simply connecting two electronic parts together. Such connectors allow for efficient electrical connection of a wide range of devices including miniature devices, circuit boards, and other similar components.

The HLEM29R-1RHLF series is designed as a versatile FFC and FPC connector. It is available in a variety of shapes such as round, rectangular, and flat depending on the requirements of the application. This connector offers reliable electrical connection and features a gold-plated stainless steel connector for secure contact. It also features a low insertion loss, high plug-in reliability, and enhanced assembly flexibility.

The HLEM29R-1RHLF series has a wide range of applications. One such application is in fiber optic communication. This connector is employed for connecting networks with multiple kinds of fibers such as single-mode, multi-mode, and standard strain relief. This connector is used for connecting the network points in a single unit. It is also suitable for applications such as in data centers and communication systems where the need for smaller and more flexible connections is necessary.

The working principle of this connector is based on the utilization of an electrical signal travelling through the female sleeve to connect an inner electrical contact positioned inside the sleeve. When the inner contact meets the outer electrical contact, an electrical current is transmitted. This current in turn, connects two devices. It also helps in providing the necessary insulation and grounding for a reliable connection.

The HLEM29R-1RHLF series is a versatile FFC and FPC connector designed for a wide range of applications requiring efficient transmission, communication, and networks. It offers reliable electrical connection, low insertion loss, enhanced assembly flexibility, and a gold-plated stainless steel connector for secure contact. The working principle is based on the utilization of an electrical current travelling through the female sleeve to connect an inner electrical contact positioned inside the sleeve.

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