SN65LVDS104D

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The SN65LVDS104D is a single-chip, low-voltage differential signaling standard or LVDS interface IC. It integrates a differential receiver and a differential transmitter into a single package, thereby simplifying overall circuit operation and making the part tolerant to data-dependent jitter. It is used extensively in multi-gigabit applications such as Automotive, SCSI, DRAM, Interface Cards, Video/DVI, Compositors and Storage Area Networks (SANs).

This device belongs to the Interface - Signal Buffers, Repeaters, Splitters (IBSR) category and works on the principle of highly efficient data transmission. LVDS is an acronym for Low Voltage Differential Signaling, a physical layer for data transmission that, through its efficient signal transmission, can increase signal speed and data-rate. This is done using low voltage logic levels, such as 0.8 volts and 1.2 volts, and a fully-differential signaling scheme. The SN65LVDS104D is designed for low-power operations, with continuous operation up to 3.3 V supply and typical power consumption of 6 mW.

The SN65LVDS104D is used to transmit and receive data over long distances with very minimal errors. This makes it desirable when long-range transmission is needed in applications such as digital audio and video, flat panel displays, motion tracking, point-of-sale, industrial motors and sensors, instrumentation and medical imaging. To boost transmission speed and capability further, it also uses clock stretching, a technique that lets the receiver know when it can start receiving or sending data.

The main features of SN65LVDS104D are: 2.5 GHz data rate; 0.25 − 3.3 V supply voltage range; integrated termination resistors; wide common-mode voltage range; advanced dynamic equalization; low differential jitter; up to 18 Mbps data rate and high ESD rating of 2 kV HBM and 500 V MM. The SN65LVDS104D is designed to accept single-ended LVDS differential inputs and deliver symmetrical, low-capacitance differential outputs.

The SN65LVDS104D also incorporates built-in self-timing and a receiver amplifying stage, increasing the signal sensitivity and improving the signal integrity even further. This allows for efficient data transmission over long distances, without having to worry about signal quality degradation. It also has a high level of tolerance to data-dependent jitter and a very low propagation delay, resulting in extra fast data transmission.

Overall, the SN65LVDS104D is an ideal part for a wide range of applications needing reliable, fast data transfer over long distances. It provides all the features required for long-distance transmission, while also providing a low power solution and helping to reduce cost. The easy design-in of the SN65LVDS104D makes it an ideal choice for any IBSR application.

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