DS90LV017M/NOPB

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The DS90LV017M/NOPB is an interface product for transmitting data between two systems. It has a host side and a device side, where the host side goes to one system and the device side goes to the other system. The product is designed to provide a reliable, low-noise, high-speed data link. With this product, two systems can easily share data and communication protocols.

This product is classified as an interface product, specifically under the category of drivers, receivers, and transceivers. A driver is the intermediary between the two systems, sending data from one side to the other. It combines the signals into a faster and more reliable transmission. The receiver captures the data transmitted from the driver and conveys it to the destination. The transceiver works in both directions and is responsible for both transmission and reception of data.

The DS90LV017M/NOPB uses differential LVDS signaling for transmitting data between the two systems. LVDS stands for Low Voltage Differential Signaling and it is a type of serial signaling protocol that uses low-voltage levels for communication. The LVDS protocol provides a reliable communication channel between two systems and allows data transmission rates up to 1.2 Gbps. The DS90LV017M/NOPB also supports a low power idle mode, which reduces the power consumption when the product is not in use.

The DS90LV017M/NOPB is ideal for applications such as automotive, industrial and consumer electronics, communications, and medical equipment. It can be used for high-speed, low-power data transmission between two systems. The product is simple to use and has a small form factor, making it easy to install and configure in any system. It is also resistant to electromagnetic interference, making it a safe and robust product for data transmission.

Overall, the DS90LV017M/NOPB is an ideal product for reliable, high-performance data transmission between two systems. It is easy to use and configure, performs at 1.2 Gbps data rates, and consumes only low amount of power when idle. Its ability to resist electromagnetic interference makes it a great choice for critical applications.

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