MC74AC373DWR2 Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MC74AC373DWR2 is a type of latch specified by Motorola. It is part of the AC/ACT series of "low-power Schottky TTL (LSTTL) logic family," comprised of devices with slower performance than their high-speed counterparts, but a reduced static power dissipation — making them desirable for designs where power is at a premium. The MC74AC373DWR2 is deployed mainly for applications needing separable data storage, or for applications requiring the storage of several bits of data that can be read and written separately.

The primary application for the MC74AC373DWR2 is in communication systems, most notably in industrial environments where multiple connections may be occurring simultaneously. The latch may be employed to temporarily store information from one point to another — more quickly than traditional memory devices. The MC74AC373DWR2 can also be used in conjunction with other components (such as shift registers and high speed counters) to control data flow.

The MC74AC373DWR2 is a latch comprised of two input gates and two output gates, each with their own separate enable inputs. Each latch has two gated inputs, A and B, and two gated outputs, E and F, with a single active-low enable input. When the enable input is set to a low value, data can be written directly to the output gates by setting the desired values at A and B. When the enable input is set to a high value, the outputs latch the set state of the inputs. The latch stores one bit of information per device.

The MC74AC373DWR2 is a type of 8-bit latch that allows for storage of up to 8 bits of data, depending on the number of devices utilized. Each output is Open Drain with a built-in weak pull-up resistor, allowing for easy cascading of the outputs. This makes it simple for the user to keep the circuit structure low-profile for space considerations, such as in cell phones or other svelte gadgets. It also helps to keep the circuitry clean and easily maintainable.

The MC74AC373DWR2 is also designed with a power-saving feature — it operates at low-power (less than 1mW) when operated in a “near-static”condition. This allows the component to “go to sleep” when not actively being used, and then reclaim its power-saving features when the input is triggered.

The component utilizes Schottky logic circuitry, which is usually deployed for circuits that have a large number of transistors, such as in communications systems. Schottky logic is characterized by a lower power consumption than other circuits, and offers better noise immunity. It is also capable of operating with low-current thresholds and can operate in extreme operating temperature ranges. The component also benefits from having an integrated charge pump circuits to be capable of running at higher bus speeds.

In conclusion, the MC74AC373DWR2 is an ideal choice for applications requiring separable data storing, and quickly writing data off one point to another. It can also be utilized to control data flow in conjunction with other components, such as shift registers and high-speed counters. It\'s power-saving capabilities and ability to operate in extreme temperature ranges make it a great choice for industrial applications that demand high reliability. The Schottky logic and the built in pull-up resistors also help to reduce circuit clutter, allowing for easy maintenance.

The specific data is subject to PDF, and the above content is for reference