SN74F373N

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Logic latch devices are electronic components used for data storage and are essential for storing and processing digital information. They are one of the simplest forms of memory, consisting of a two-state switch, which could be either a \'1\' (on) or a \'0\' (off) depending on its previous state. One of the most common logic latching devices is SN74F373N, which is a 8-bit addressable latch circuit. The SN74F373N belongs to the Family of 74F373N, and is designed to improve performance while keeping its power consumption to a minimum. This article will discuss the application fields and working principle of this type of latch.

The SN74F373N is an addressable 8-bit latch, which can be used in a variety of applications. It is suitable for distributed memory applications, such as computer memory or program storage, or for data buffering in multiplexers and arithmetic logic units. The SN74F373N can also be used in applications where the data could be addressed, such as programmable logic devices, microprocessors and peripheral controllers. The SN74F373N is also used for low power microcontrollers, where the power savings from its low power operation are especially beneficial.

The SN74F373N is a dual-action, semi-auto, latch device that has two separate latching circuits. It is a combination of two flip-flops, each of which can be individually enabled. It has two inputs for data loading, two outputs for data reading and two enable inputs for accessing the latch. The SN74F373N can be used as either a latch or a flip-flop depending on the situation. In the latch mode, the data can be stored in the latch and the outputs will remain unchanged until the data is moved out or loaded again. In the flip-flop mode, the output will reverse when the data input is changed.

The SN74F373N also has a reset input, so the latch can be reset at any time. The latch is designed to perform with a minimum of power, and its extremely low power consumption makes it ideal for use in low power applications. The SN74F373N also has an operating temperature range of -55°C to 125°C. It is available in the DIL, PLCC and the QFP packages.

SN74F373N works with a clock signal and is based on a master-slave configuration. When the clock is active (high), data is transferred from the data inputs (D0–D7) to the master stage. When the clock signal is inactive (low), the data stored in the master stage is then transferred to the slave stage. The master output is enabled by the master enable signal (ME) and the data stored in the slave stage can be enabled or disabled by the slave enable signal (SE). The data stored in the slave stage is the output of the latch.

The SN74F373N is an 8-bit addressable latch device designed to improve performance while keeping power consumption to a minimum. It can be used in applications where the data needs to be addressed, such as in computer memories, programmable logic devices, microprocessors and peripheral controllers. Its low power operation makes it ideal for use in low-power applications. It works with a clock signal and is based on a master-slave configuration, where data is stored in the slave stage and can be transferred from the master stage when the clock is active.

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