DS90CR485VS/NOPB

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DS90CR485VS/NOPB is a high-speed, low-power, multi-standard serializer/deserializer device designed to support up to two high-speed lanes up to 2.125 Gbps each in the transmit (TX) direction at 1.8V-3.3V and up to 1.125 Gbps in the receive (RX) direction at 1.1V-3.3V. It is designed to be used in a wide range of applications, from automotive and consumer applications to industrial and hundreds of other applications.

The main application fields for this device are Automotive, High-Resolution Video Displays, Infotainment, Centrally Configured Control Modules, Ethernet and 5G/4G Wireless Communication, High-Speed Serial Interconnects, Data Processing and Storage, Instrumentation and Medical Imaging, Radar Detectors, and High-Speed SerDes.

DS90CR485VS/NOPB is a serializer/deserializer chip that encodes and decodes serial data. It has an LVDS (Low Voltage Differential Signaling) data path, allowing it to support up to two high-speed lanes at 2.125 Gbps each in the transmit (TX) direction at 1.8V-3.3V and up to 1.125 Gbps in the receive (RX) direction at 1.1V-3.3V. It converts parallel data into a serial bit stream, which can be used for the transmission of synchronous data over twisted pair, shielded cable, or any other type of high-speed serial transmission medium. It also provides an input sensitivity level of 150 mV pp, an output voltage swing of 1.2V, and output impedance of 20 Ω.

DS90CR485VS/NOPB also supports a wide range of input data formats, including differential/single-ended clock, differential/single-ended data, and clock/data. It also supports a wide range of output data formats, including differential/single-ended data, differential/single-ended clock, and differential/single-ended clocks and data. In addition, it supports an LVDS data rate of up to 2.125 Gbps in the transmit (TX) direction and up to 1.125 Gbps in the receive (RX) direction. This allows for data to be transferred in high speed, with minimal noise interference and very low power requirements.

The working principle of DS90CR485VS/NOPB is based on LVDS, which stands for "Low Voltage Differential Signaling". This is the technology that allows for transferring data over extremely long cables (greater than 10 feet). LVDS works by reducing the power consumption of a signal by sending it in two opposing directions; one positive value and one negative value. This allows for low signal distortion as well as low power consumption. The LVDS signal also minimizes interference due to its low voltage and differential format, which prevents signal reflections. This allows for high-speed data transmission, with minimal noise interference and very low power requirements.

The DS90CR485VS/NOPB is designed to provide the performance and features needed to enable designers to take advantage of the speed and quality of LVDS signals. It is reliable, yet cost-effective and offers a wide range of features such as a multiple-level signal integrity, support for up to 2.125 Gbps data rate in the transmit (TX) direction and up to 1.125 Gbps data rate in the receive (RX) direction, and multiple data format support.

The DS90CR485VS/NOPB offers a wide variety of applications, from automotive and consumer applications to industrial and hundreds of other applications. It is a highly reliable, cost-effective device, which provides high-speed data transfer with low power consumption and a wide range of features to support various data formats and data rates.

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