10-89-2301

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Rectangular connectors offer a wide array of use cases and applications. The 10-89-2301, a product from DLA Aviation, also known as DLA Connectors™, is an example of such a connector. It is one of the widest used rectangular connectors in the industry due to its versatile range of uses. This article will go into detail about the 10-89-2301 connector, including the types of applications for which it is recommended and its principles of operation.

The 10-89-2301 Connector

The 10-89-2301 connector, a part of the DLA Connectors range of products, is a subminiature version of the 10-89-2300 connector. It is a robust and compact rectangular connector with dimensions of 0.25" x 0.25"/6.35mm x 6.35mm. It has an insulation resistance of 1000MΩ minimum, with electrical continuity provided through precise stamped and formed contacts. There are 36 gold-plated contacts present in the 10-89-2301, and the contacts are also protected from dust and debris by a nylon sleeve.

Application Field

The 10-89-2301 connector is a great for a range of applications due to its versatility, robustness and small size. It can reliably transfer data and signal, and it is suitable for a wide range of electronic applications such as miniaturized control systems, navigation systems, and audio/video systems. The 10-89-2301 is also great for industrial automation, instrumentation, and medical devices. The connector handles a wide range of signals, including analog signals, digital signals, and Radio Frequency (RF) signals.

Working Principle

The 10-89-2301 works on the principle of electrical continuity. The gold-plated contacts generate an electrical connection between the two components, which enables the data or signal to be transferred. The nylon sleeve also helps in providing this connection, as it shields the connector from the effects of dust and debris. The robustness of the 10-89-2301 ensures that it can withstand a range of external effects, such as vibration and extreme temperatures, without compromising on its performance.

The 10-89-2301 is a preferred choice for many types of applications due to its versatility, compactness, and precision. Its ability to handle a range of signals, as well as its insulation resistance, makes it an excellent option for a wide range of applications.

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