FCE17A15PM200

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D-Sub Connectors are a type of multi-pin electronic connectors often found on computers, hardware and other electrical components. The specific variant, FCE17A15PM200, is a 15-pin male type connector designed for indoor use containing a wide range of uses. This article will discuss the application fields and working principles of the FCE17A15PM200 connector.

The FCE17A15PM200 is typically found in hardware signal transference applications, such as the transference of digital or analog signal data between different electronic components. It is well suited to this purpose as the two rows of metallic pins and contacts line up to perfectly match a D-Sub female counterpart, allowing for secure transference of both power and signals. Generic versions of the FCE17A15PM200 as well as versions designed for use with specific industry protocols, like USB and VGA, are widely available.

In terms of the working principles of the FCE17A15PM200 connector, the operation is as straightforward and reliable as any other D-Sub variant. Generally, the contacts inside the connector are made out of spring steel, which is not only resistant to corrosion and rust, but also to the forceful inputs often associated with industrial or commercial use. The outer shell itself is likewise crafted in accordance with industry standards, being composed of thermoplastic material that protects the connections from everyday hazards of dust, moisture, and physical damage.

The FCE17A15PM200 connector is also capable of withstanding temperatures of up to 110°C, allowing for use in applications which involve conditions outside of conventional domestic usage, such as industrial-grade soldering machines and other high temperature equipment. In some cases, even temperature conditions below -40°C may be withstood, depending on material selection.

In summary, the FCE17A15PM200 is a 15-pin male D-Sub electronic connector designed for both indoor and outdoor uses. It is effective in the transfer of both power and signal data due to its two rows of spring steel contacts and thermoplastic framing, protecting it from the elements as well as providing industry-standard reliability. It is capable of withstanding temperatures far greater than that of a standard household, so it can be used for various industrial applications.

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