DS90CR284MTD/NOPB

The DS90CR284MTD/NOPB is a specialized interface used for transmitting video data between different equipment. It is designed for the consumer electronics industry, specifically for applications such as FPDTV, Photofinishing, DVD, Projectors, and Military/Aerospace applications.

The DS90CR284MTD/NOPB is an interface type known as a high-speed serializer/deserializer (SERDES). It is capable of data transmission speeds up to 1.25 Gbps and conversion between the low-voltage differential and the LVTTL digital protocol. The DS90CR284MTD/NOPB is a two-channel device, providing two LVDS output channels.

The DS90CR284MTD/NOPB includes a wide range of features to ensure reliable and accurate data transmission. It features a reduced power consumption of 0.53W, and is optimized for low jitter performance. The device also features assertion and de-assertion of data at the rising edge of the clock, as well as LVDS input and output pins that are fully differential.

The working principle of the DS90CR284MTD/NOPB is simple. It uses the clock input to synchronize the data and then receives video data from the video input port on the device. This data is then serialized and streamed out of the LVDS output port as a series of 8 bits or as a single 10 bit word. The output signal is then sent to the downstream device.

The LVTTL signal is then converted to the low-voltage differential signal that is transmitted over the LVDS line. The receiving device then re-converts the low-voltage differential signal back to LVTTL before it is sent to the output port. This process is repeated for each video frame.

The DS90CR284MTD/NOPB is a specialized interface designed for accurate and reliable video data transmission. It is specifically designed for applications such as FPDTV, Photofinishing, DVD, Projectors, and Military/Aerospace applications. The device includes advanced features such as reduced power consumption, assertion of data at the rising edge of the clock, and LVDS inputs and outputs that are fully differential, making it an ideal choice for these applications.