179-025-513R451

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D-Sub Connectors are a type of electronic hardware used in many modern electrical components. The 179-025-513R451 is a type of D-Sub Connector commonly used in various applications.

The 179-025-513R451 connector has two mating sides that each have 25 pins configured in a 5x5 array. These pins are soldered or press-fit into a series of small holes that run across the surface of one or both sides of the connector. The pins are spaced at a pitch of 2.54mm (0.1 inches). This type of connector is also known as a DB25, due to its two rows of 5 pins.

The 179-025-513R451 connector is mainly used in applications such as computers, peripherals, instrumentation, networking, and other specialized systems. It is commonly used to connect a computer to a printer, scanner, or any other device that uses the DB25 format. The connector has a low-voltage, low-current rating, making it suitable for carrying signals over short distances and low power levels.

The working principle of the 179-025-513R451 connector is straightforward. It is based on a system of electrical contacts, each one responsible for carrying a specific data signal between two devices. Each pin is wired to either a source or sink of the signal. By connecting the contacts on two sides of the connector, a circuit is formed and the data signal is transmitted from one side to the other.

The 179-025-513R451 connector is an invaluable component in a variety of applications, from low-power data communication to communication between multi-gigabit circuits. Due to its reliable performance, ease of use, and small size, this type of connector is highly valued in a multitude of industries.

In summary, the 179-025-513R451 connector is an extremely valuable component in the world of electronics. It is widely used for transferring data between two devices, and its small size makes it ideal for portable and embedded applications. By connecting two sides of the connector, a circuit is formed and an electrical signal is reliably transported. The connector is perfect for low-power data communication, and it is becoming more popular as the demand for low-profile connectors increases.

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