FCC17E09PC210

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D-Sub connectors are utility connectors which are used to provide electrical connections between two different components of a device. Often times they are the connectors chosen to connect two different types of cables and to provide external connection points on a device. The FCC17E09PC210 is a part of the D-sub connector family and has its own applications and working principles.

These connectors feature a semi-circular “D” shape with two or more standard electrical sockets or pins, as well as a spring-loaded, circular aperture, which enables wires to be conveniently and securely connected. They are typically used in electronics and can be found in computers, computers peripherals, cable boxes, video game consoles, home entertainment systems, and other consumer electronics. These connectors are often used for audio and video signals, and may be called "audio jacks" or "video jacks" depending on the type of data transfer they are intended for.

The FCC17E09PC210 can be found in a number of different D-sub connectors. It is a 9-pin D-sub male printed circuit board connector. It has a dielectric withstanding voltage rating of 500V AC, a contact resistance of ≤ 30mΩ, an insulation resistance of ≥ 500MΩ and a mating cycle durability of up to 1000 times. All of these factors make this connector reliable in a number of different applications.

One of the most common application fields that the FCC17E09PC210 is used in is data input/output for PCs, laptops, and other types of computing devices. In addition, they can also be used for RS-232 serial communications, keyboard, mouse, and joystick control, medical equipment communication, and industrial automation. Additionally, these connectors can be used for audio and video signal connections, ATA hard drives, keyboard and trackball applications, and even USB extension cables.

When it comes to the working principle of the FCC17E09PC210, the pins on the circuit board connector enable transmission and reception of electrical signals. The electrical current traveling through the pins then triggers different components of the device to perform the desired action. For example, when a user presses a key on the computer keyboard, the electrical signals are transmitted through the pins, which triggers the computing device to act accordingly. The same applies for audio and video signals, where the transmitted signals are used to control the sound or video output of the device.

In conclusion, the FCC17E09PC210 is a 9-pin D-sub male printed circuit board connector which can be found in a variety of different D-sub connectors. It has a dielectric withstanding voltage rating of 500V AC and a contact resistance of ≤ 30mΩ. These qualities make it reliable in a number of different applications such as data input/output for PCs, laptops, and other types of computing devices, RS-232 serial communications, keyboard, mouse, and joystick control, medical equipment communication, industrial automation, audio and video signal connections, ATA hard drives, keyboard and trackball applications, and USB extension cables. Additionally, the working principle of the electrical current traveling through the pins enables the desired action to be performed.

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