DS90UB927QSQ/NOPB Integrated Circuits (ICs)

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DS90UB927QSQ/NOPB is an LVDS serializer-deserializer (SerDes) component integrated into a single device. It is specifically designed to allow the transmission of high-speed data over long distance cables. It enables designers to reduce the complexity, board space, and cost associated with using a traditional parallel bus to transmit such high-speed signals.

The DS90UB927QSQ/NOPB implements a 4-channel LVDS serializer-deserializer in a single package with integrated termination and on-chip DC-balancing capabilities. Each channel consists of a data rate up to 1.27 Gbps and up to 4-bits of differential data.

The DS90UB927QSQ/NOPB is suitable for applications that can benefit from the high noise immunity of the LVDS standard, such as: digital video, low-power, multi-drop communications, and digital imaging.

The working principle of the DS90UB927QSQ/NOPB is based on the serializer-deserializer technology. The serializer takes the parallel data from the transmitting side and serializes it into a single data stream at a higher rate. This serialized data is then sent to the receiver via a single-ended or differential data interconnect. The deserializer takes the serial stream from the receiver and converts it back into parallel data; this is then sent to the receiving side.

The parallel and differential modes of operation can be configured in the product, making it applicable for both multi-drop and point-to-point communication. The product also includes integrated termination resistors, on-chip DC-balancing, and adjustable output swing adjustment, which allow it to be used in a wide range of data transmission applications.

The DS90UB927QSQ/NOPB is a low-power and high-speed interface solution that allows designers to easily integrate and transmit high-speed data. Its application field spans across a variety of industries, such as automotive, consumer electronics, medical, and industrial automation applications. Its simplified design and low-power consumption makes it an attractive solution for such applications.

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