SN74AHC573QPWRG4Q1

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Logic - Latches

The SN74AHC573QPWRG4Q1 is a latch designed for reducing power consumption in its applications. This device is designed to increase the efficiency of applications in industrial, automotive, military and commercial environments. By using this latch, power supply voltage can be reduced and the power saving from this reduction can be significant.

This device is a 8-bit latch with a maximum clock frequency of 4 MHz, making it suitable for higher speed applications. It uses a noninverting input and an inverting output, allowing for latching of logic-level signals without distortion. The latch can be enabled or disabled by setting the enable/disable input bit, allowing for additional control over the latch\'s use. The latch has been designed with clamping diodes on the inputs to limit voltage transients and provide protection when used with higher voltages.

The latch operates on a master/slave principle. The master and slave each have their own register. The master register is written to with data on the rising of the latch clock signal, the data is written to the slave register on the falling clock signal. When enabled, the output of the register is always equal to the value of the master register. When disabled, the register is disconnected from the system and the output will remain at its current value. This allows for complete control over the data stored in the register.

The SN74AHC573QPWRG4Q1 is suitable for use in a variety of applications including signal multiplexing, memory access, memory decoding and address decoding. With its low power consumption and increased efficiency, the SN74AHC573QPWRG4Q1 is the perfect choice for industrial, automotive, military and commercial applications where power savings are important.

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