D09S13A4PA00LF

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D-Sub Connectors

D09S13A4PA00LF application field and working principle

D-sub connectors are highly compatible connectors designed for established parallel, serial, and high speed data links. With its versatile design, the D-Sub connector is used in a variety of applications, but is especially suited for computer peripherals, such as industrial PCs, in-circuit test equipment, and in-vehicle systems. It is also frequently used in telecommunications and networking applications, such as Ethernet and audio-visual systems.

The D09S13A4PA00LF connector is an example of one of these versatile designs. This D-subminiature type male connector has nine contacts and features high-density, differential contact technology. The D09S13A4PA00LF has a UL 94V-2 thermoplastic base shell and an HD16 type hood. It is suitable for use in applications where power, signal, and data need to be transmitted at 2.54 mm (0.100 inch) spacing.

The D09S13A4PA00LF connector has many applications, with one of its most common being in the telecommunications industry. The connector is capable of transmitting data and signals at up 16 Mbps and most commonly used in paired systems for symmetrical data flow. This is typically due to the higher signal integrity of differential systems, because balanced pairs are immune to common mode noise.

In addition to telecommunications, the D09S13A4PA00LF connector is also widely used for in-circuit testing, such as for transportation electronics, industrial PCs and network equipment. The connector is typically used with RapidIO, Serial RapidIO, and PCI Express protocols, and also works with FPD-Link III serial digital video connections.

The primary working principle of the D09S13A4PA00LF is based on the use of differential signaling. Differential signaling is a method of data transmission in which two signals are sent using two opposite polarities. The two signals are then combined, with the aim being to minimize noise, reduce ground loop currents, and to increase signal integrity. Noise is minimized because the two signals in a differential pair cancel out, whereas ground loop currents are kept to a minimum because of the low baseline DC voltage used. Finally, signal integrity is improved due to the improved noise immunity of differential pairs, which also helps reduce electromagnetic interference.

The D09S13A4PA00LF connector is an example of a versatile D-sub connector design that is used in a variety of applications. The connector utilizes differential signaling to transmit signals and data, which helps improve signal integrity, reduce ground loop currents, and minimize noise. It is commonly used for in-circuit testing, for telecommunications, and in industrial PCs and network equipment.

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