SN75DP139RGZT

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The SN75DP139RGZT is an integrated circuit (IC) designed for the purpose of interfacing between two buses. It is a specialized IC designed to allow the communication between two buses such as a PCI or SCSI bus and a high speed peripheral bus such as USB.

The SN75DP139RGZT is a three channel transceiver IC with one of the buses being a low voltage differential signaling (LVDS) link and the other being a high speed peripheral bus. The LVDS bus provides an interface between the PCI bus and the USB bus. The IC operates over an extended temperature range of -55°C to +125°C, making it suitable for applications in computers and medical equipment.

The SN75DP139RGZT provides a data transfer rate of up to 3.2 Gbps. It supports a wide range of data transfer rates from low to ultra-high speeds. The SN75DP139RGZT is designed for plug and play applications and is IEEE compliant for hot plugging. The IC is also designed for low power operation which enables it to be used in battery powered systems.

The working principle of the SN75DP139RGZT is that data is transmitted serially over an LVDS link. The data is then received by the SN75DP139RGZT, converted to parallel data and presented to the high-speed peripheral bus. The process is reversed when the data is transmitted from the high-speed peripheral bus to the LVDS link. The SN75DP139RGZT provides both synchronous and asynchronous data transfer modes.

The SN75DP139RGZT is a highly versatile IC that is widely used in a variety of applications. It is extensively used in computer systems, medical equipment, automotive ECUs and other industrial applications. It is also used in low voltage, high-speed digital communication links and high-speed, low voltage active cables.

In conclusion, the SN75DP139RGZT is a specialized IC designed to facilitate communication between a low voltage differential signaling link and a high speed peripheral bus. It supports a wide range of data transfer rates and operates over an extended temperature range. The working principle of this IC is such that data is transmitted in a serial format over an LVDS link and converted to parallel data which is then presented to the high-speed peripheral bus. The IC is highly versatile and used in many different applications including computer systems, medical equipment and ECUs.

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