SN74ABT373PWR Integrated Circuits (ICs)

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The SN74ABT373PWR is a high-performance octal 3-state latch. It is an 8-bit edge-triggered latch which can store and recall data in the presence of a clock signal. The SN74ABT373PWR logic-level translates input signals and allows increased system speed. The octal latch can operate with high-speed TTL logic levels.

The device has a wide range of applications in various electronic equipment especially for data routing and storage. It is also suitable for implementing a wide variety of high-speed multiplexer and demultiplexer functions. It can also be used to drive large data buses in computer and embedded system architecture.

The SN74ABT373PWR has an input/output latch enable (LE) input. When the LE is low, the data on the data input pins is stored in the latches and can then be output to the data output pins. When the LE is high, regardless of the data input, the data output will remain the same.

In addition, the octal 3-state latch also has an active low enable input (E/) which is used to enable or disable the output data by controlling the 3-state output so that devices connected to the bus will be turned on or off. When the E/ is low, then the data on the bus will be enabled and when it is high the devices connected to the bus will be in the 3-state.

Furthermore, the latch also has a clock (CLK) pin that must be driven by a positive-going edge to enable the data in the latch to be updated at a predetermined time. The device operates on a single power supply which can range from 4.5V to 5.5V.

The SN74ABT373PWR has a propagation delay of 8.6ns, a maximum operating temperature of 125°C and an open circuit output voltage of 0.8V. It has a typical power consumption of 6μA, making it suitable for low power circuits. The octal latch has a maximum voltage of 7V and has a wide range of power supply decoupling capacitors, making it ideal for high speed, low voltage applications.

In conclusion, the SN74ABT373PWR is an octal 3-state latch that is suitable for use in application such as data routing and storage. It has a wide range of applications due to its wide power supply range and 3-state output that allows for devices to be turned on and off. The latch has a positive-going clock pin that must be driven to enable the data, and has a propagation delay of 8.6ns. This octal latch is ideal for low power, high speed applications.

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