17-110654

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Modular connectors, often referred to as “jacks”, are a popular and convenient way of connecting electrical fixtures and appliances. In particular, the 17-110654 class of modular connectors is an increasingly popular and important choice for a diverse range of applications. This article will take a look at the applications of this specific class of connectors, as well as the working principle that helps make them so useful.

The 17-110654 group of modular connectors are a multi-pole version of the more common 2 or 3-pole version. They are designed to provide a greater level of reliability and robustness, which makes them particularly suited to industrial applications. Their form factor is slightly larger than the 2 or 3-pole version, but this is more than made up for by the increased reliability. They are available in both plug and socket variants, with the socket variant often supplied in both shielded and unshielded flavors.

One key application of 17-110654 connectors is in data and signal processing. This is due to the large number of available connection points, and the high quality shielding which is usually associated with multi-pole connectors. They are often used in industrial environments to link up data processing equipment, as well as communications equipment, where reliability is of the utmost importance. Furthermore, they are also often used in the automotive industry, particularly in the wireless communication sector.

17-110654 connectors also have a range of applications in the medical industry. They are used to link up monitoring equipment, such as ECG and ultrasound machines, and they are often used in biomedical engineering applications. Working with electrical signals, it is important that the electrical connections are reliable and robust, and 17-110654 connectors provide a perfect solution.

The working principle of 17-110654 connectors is relatively simple, but it is highly reliable. These connectors use standard crimp termination, which involves a combination of insulation displacement and electrical insulation techniques. The insulation displacement technique involves using a metal tube that is crimped onto the wire. This forces the insulation on the wire to break away, thus making a strong electrical connection. The electrical insulation technique involves using an adhesive to provide a solid seal between the metal contacts and the wire, thus preventing any short-circuiting.

In summary, 17-110654 connectors are a popular and highly reliable choice for a wide variety of applications. They use a combination of crimp termination and insulation techniques to ensure reliable electrical connections, and they are often used in the automotive, medical, and signal processing industries. Their larger form factor may be a disadvantage for some applications, but the increased reliability more than makes up for this.

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