M74HCT373RM13TR Integrated Circuits (ICs)

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The M74HCT373RM13TR is specifically designed as a two-way multiplexer for use in logic-latches applications. It allows data to be either selected from two different sources, or sent to two different destinations. This device is a member of the HCT family of high speed CMOS devices manufactured with advanced silicon-gate CMOS technology.

The working principle of the M74HCT373RM13TR is relatively straightforward. A selection signal (set to a logic 1 or 0) determines the destination of the output data, while two set of signals (A and B) determine the origin of the data. When the selection signal is on logic 1, the data is taken from the A signal line and sent to the output line, while when the selection signal is on logic 0, the data is taken from the B signal line instead.

In addition to providing an easy way to switch between two different sets of data signals, the M74HCT373RM13TR also provides a wide range of advantages in terms of speed, power consumption, and reliability. The device is designed to operate at speeds of up to 10Mbit/s, while consuming very little power (2.5V) and having a large operational temperature range. Furthermore, the device is extremely reliable, exhibiting excellent levels of noise immunity, low propagation delay and low power consumption.

The M74HCT373RM13TR device is suitable for a wide range of applications including memory control, bus rotation, interface communication and audio/video switching. It can also be used for applications where two separate source data signals are required and need to be rapidly switched from one destination to another. Its excellent properties make it ideal for use in logic-latches applications.

In summary, the M74HCT373RM13TR is a two-way multiplexer designed specifically for use in logic-latches applications. It allows data to be both selected from two different sources and sent to two different destinations based on a selection signal. The device offers a wide range of advantages in terms of speed, power consumption, and reliability, making it ideal for a wide range of applications including memory control, bus rotation, interface communication and audio/video switching.

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