SN65LVDS93BDGG

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The SN65LVDS93BDGG is a three-channel low-voltage positive differential serializer packaged in a small, space-saving 6-pin chip-scale package. This integrated circuit is commonly used in many different applications, such as connecting a variety of digital or analog data sources to secured networks, displays, and other data-driven application-specific systems. The SN65LVDS93BDGG enables reliable and cost effective data transfer over long distances, and is a superior product to traditional single-ended data-transfer techniques.

The SN65LVDS93BDGG requires a low voltage only, making it easier to integrate, and more resource efficient than other data-transfer solutions. It is ideal for applications in which low-voltage signal transmission is required over long distances in harsh environments, such as military and aerospace applications. As the name implies, this serializer operates using a differential data-transfer method, which enables the transmission of multiple logic levels over many wires. The devices serialize and deserialize data, and have low power consumption, low EMI radiation, and high speed data rate capability, (up to 4 Mbps).

The SN65LVDS93BDGG can interface with a variety of digital or analog sources with three channels, allowing for data transmission in both directions. The serializer operates with a low-voltage differential signaling (LVDS) technique, with a voltage swing of less than 350mV to reduce the EMI radiation. This helps to minimize the interference with other signals, and keeps the power consumption level low. Furthermore, the device provides a high data rate, up to 4 Mbps. It also provides a low-power slowdown mode, allowing the user to reduce the power consumption and extend the battery life of the system.

The SN65LVDS93BDGG is an ideal choice for many digital and analog applications. It has a variety of features that make it an excellent choice, such as a wide range of data rates, low voltage differential signaling, and low power consumption. These features give it the ability to provide reliable data transmission over long distances in harsh environments. This makes it a superior choice for applications such as military and aerospace, and enables efficient data transfer over extended distances.

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