D25S13A6RV12LF

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D25S13A6RV12LF Application Field and Working Principle

D- Sub connectors belong to a common type of I/O interface connector. D25S13A6RV12LF is a typical connector of this kind that includes a metal shell and a contact mount. It is widely applied in the field of industrial automation, building and engineering control, as well as high-end medical device and motion control systems to link several electronic components in order to transfer signals, currents, and/or electric energy.

The D25S13A6RV12LF is specifically designed to serve large-scale automated system solutions for reliability improvement and electrical performance enhancement. It consists of a diecast zinc alloy housing with 25 solder cups at 13 mm centers, a unique modular design that allows for vertically stackable connector assembly and 16 awg contacts with a 12 mm finger spacing. The design not only offers robustness to the connector but also ensures easier installation.

The D25S13A6RV12LF connector is mainly designed to provide ease of connection for power and signal applications. This type of connector is used to connect two or more circuit boards or cables together in order to transfer signals, electrical currents or even both. It has the ability to prevent malfunctions in the form of incorrect connections, short circuits, or cross-talk. It also reduces the possibility of oxidation by maintaining an airtight connection.

The actual working principle of the D25S13A6RV12LF is quite simple. The contacts are made up of two parts; a contact block and a mating contact. The contact block is typically embedded into the die-cast zinc alloy housing, and the mating contact is usually made of spring steel and designed to allow connections of different types and diameters. When the contact block and mating contact are connected, they form the electrical pathway that completes the connection. This provides a reliable connection that is strong enough to withstand vibration, shock, and other environmental disturbances.

The D25S13A6RV12LF is highly applied in various fields from industrial to medical and motion control systems. Its design allows for efficient installation and strong connections, making it a suitable connector for various industrial and medical applications. In addition, it features a low ripple voltage and a low contact force that ensures consistent signal transmission quality. Furthermore, this connector also offers outstanding anti-vibration, shock resistance, and EMI/RFI protection, which further ensures its reliability in applications that require higher performance.

In conclusion, the D25S13A6RV12LF connector is a high-quality product for electrical applications due to its multiple features and robust design. It is capable of providing superior performance and solid connections. It can be applied in various fields, such as industrial automation, building and engineering control, as well as high-end medical device and motion control systems to ensure efficient signal transmission. It also offers excellent anti-vibration, shock resistance, and EMI/RFI protection, making it a reliable and effective product providing reliable performance. The actual working principle of this connector is also simple and straightforward, making it an ideal option for both electrical and industrial use.

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