SN75LBC173N

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Among the various components of the interface logic family, the SN75LBC173N belongs to the transceivers (T/R transceivers) type, which are specialized integrated circuits (ICs) designed for serial data transmission. They are able to perform the function of both a transmitter and a receiver. This single component is intended for medium speed differential data applications through suitable communication interface, such as High speed LVDS link for point-to-points application, Fibre Channel, IEEE-1212, 1394, as well as Universal Serial Bus (USB).

The wide range of applications for the SN75LBC173N makes them versatile and suitable for many fields, such as in day-to-day machinery or equipment, computers, electronic equipment and appliances, communications, medical, and industrial automation. Similar to other T/R transceivers, data transmission occurs in both the send and receive directions, providing the bridge between two similar or dissimilar interface levels.

The SN75LBC173N has a typical power dissipation of 600mW, and consume a maximum of 260mW during switch activity. It has an operating voltage range of 2.375V to 3.4V, making them suitable for low power applications. It has an adjustable transition time, which allows the user to customize the data rate up to 2.5 Gbps, making them highly suitable for applications that require a wide data rate range.

The SN75LBC173N features a symmetrical output voltage swing of 1V and a low output noise, making it suitable for damping, termination and noise content of data. They also feature dual-channel short circuit protection. This helps to protect the receiver from the fault in one of the lines, which can lead to system failure. The built-in short circuit protection reduces the need for additional protection circuits, resulting in cost savings and increase system reliability.

The SN75LBC173N is also unique in that it has a built-in self-test feature. This feature is designed to detect any hardware or software fault in the system. It can detect any hardware or software fault, such as a problem with the receiver, or an issue with the transmission line. This feature helps save time and effort in debugging the application, as it eliminates the need for manual testing.

In terms of design, the SN75LBC173N is based on the commonly used Current-Mode Logic (CML) design. This type of design uses the current rather than the voltage for data transmission, which helps to reduce the noise and reduce the power consumption. This type of design is also highly reliable and temperature-proof, and provides an excellent signal integrity.

In addition to being used in applications requiring medium speed differential data transmission, the SN75LBC173N can be used in applications such as spread spectrum frequency hopping, line transmission and data acquisition. Its versatility makes it highly suitable for many types of applications, making it an ideal choice for many interface logic family solutions.

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