74ACT16374DLG4

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The 74ACT16374DLG4 is a popular flip-flop circuit used in many different applications. It is a quad latch circuit with a static latched output. The static latched output, which is referred to as a controlling node, is activated when two enabled inputs, referred to as a Enable A and Enable B, are present.

The circuit is implemented with low-power, high-speed Advanced CMOS logic (ACL) and is available in various package types. It is an ideal choice in applications that require high noise immunity and fast switching speeds, such as clock, memory and data synchronization.

In order to better understand the functionality of the 74ACT16374DLG4, it is important to understand the working principle of flip-flops. Flip-flops are memory element circuits that store one bit of information. One of the most common types of flip-flops is the SR (Set-Reset) latch.

The SR flip-flop operates on a combination of enabling signals, referred to as Set and Reset. When Set is active, the output is set to the high state; when Reset is active, the output is set to the low state. The output can maintain either the high or low state as long as no new signal is applied to the input.

The 74ACT16374DLG4 circuit uses four sets of set and reset inputs, which are referred to as Enable A and Enable B. When the Enable A and Enable B inputs are both active, the output of the 74ACT16374DLG4 will latch to the high state. When either Enable A or Enable B is not active, the output of the 74ACT16374DLG4 will remain in its current state.

The 74ACT16374DLG4 also features asynchronous preset and clear inputs, referred to as Preset/Reset A and Preset/Reset B. These inputs function like the Set and Reset inputs, but they are not synchronized with the other inputs. The preset and clear inputs allow the user to quickly reset or set the output to the desired state.

The 74ACT16374DLG4 is a versatile flip-flop circuit and is used in a wide variety of applications. It is commonly used in clock, memory, data synchronization, and digital logic applications. It is also used for data manipulation and communication between digital devices. Additionally, it can be used for motor control, process control, and data acquisition.

In addition to its versatility, the 74ACT16374DLG4 also offers high performance. The circuit is fast and reliable, featuring fast switching speeds and low power consumption. It also offers high noise immunity and is available in a variety of package types.

Overall, the 74ACT16374DLG4 is an excellent choice for applications that require fast switching speeds, high noise immunity, and low power consumption. It is also versatile and can be used in a variety of applications, including clock synchronization, memory, data synchronization, digital logic, and communication.

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