MC74LVX574DTR2

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Logic circuits allow for a variety of functions, ranging from simple logic gates to complex structures such as memories, programmable logic controllers, and even microcontrollers. Among all types of logic circuits, flip-flops are common components that serve as basic building blocks for larger and more intricate electronic systems. One of the most popular flip-flops used in today’s designs is the MC74LVX574DTR2, which is suitable for applications that require high-speed performance with low power consumption.

Application Field

The MC74LVX574DTR2 is a low-voltage, high-speed, dual-input, edge-triggered flip-flop based on advanced CMOS technology. It is suitable for applications that require low-voltage operation and high-speed performance. For example, it can be used in battery-powered systems, where low-voltage operation and low-power consumption are desired to extend battery life. This flip-flop can also be used in microcontroller-based systems and FPGA designs, where high-speed response and less chip-to-chip interfacing are required. The MC74LVX574DTR2 is also well-suited for applications that need to loiter or respond quickly to control-signal changes, such as those found in:

• Automatic control systems
• Communication systems
• Computer systems
• Data acquisition and processing systems
• Industrial process automation and control systems
• Military and aerospace electronics

Working Principle

A flip-flop is a type of digital circuit built around two inverters. The MC74LVX574DTR2 is a dual-input, edge-triggered flip-flop, which means that it can be used to store two digital values. This flip-flop works by remembering the last two input states. When an input signal is received, the flip-flop toggles, outputting one of the two stored values. This flip-flop is triggered by the leading or trailing edge of an input signal, depending on which input pin it is connected to. For example, when the flip-flop is connected to the leading edge input, it will toggle when the input signal goes from low to high.

In addition to its two input pins, the MC74LVX574DTR2 has two output pins that can be used to build more complex logic circuits. The output pins are also enabled with protection against damage caused by overvoltage conditions or electrostatic discharge (ESD).

Overall, the MC74LVX574DTR2 is a low-voltage, high-speed, dual-input, edge-triggered flip-flop designed for applications that require reliable performance, low-voltage operation, and high-speed response. It is also designed to minimize power consumption and minimize chip–to–chip interfacing time. With its low-power consumption, it is ideal for a variety of battery-powered applications.

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