74ACTQ16374MTD

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Flip-flops are a type of logic elements that are used in logic circuits and digital systems. They are versatile and can be used as simple “on-off” memory elements, as registers that store binary numbers, as timing elements, and as edge detectors among other uses. These functions make them the core element in the design of such things as finite state machines, shift registers and electronic calculators. The 74ACTQ16374MTD is just one type of flip-flop, but its unique features make it an attractive option for a variety of different applications.

Application Fields of 74ACTQ16374MTD

The 74ACTQ16374MTD is a type of high-speed transistor-transistor logic (TTL) flip-flop which can be used in a wide range of logic applications. Due to its fast switching speed, it is an excellent choice for high-speed digital systems or applications that require high frequency switching up to 90 MHz. Its low power consumption allows it to be used in battery operated devices, such as portable radios and computers, while its wide commercial and military operating temperature range makes it suitable for use in environments subject to significant temperature variations. It is also available in a variety of packages, such as a 16-pin surface mount or an SO-14 package, as well as a through-hole version, allowing it to be used in a variety of different circuit designs.

The 74ACTQ16374MTD is also a popular choice for applications requiring high noise immunity, such as automotive applications. This is due to its immunity from common radio frequency interferences, as well as the fact that its input and output are non-overlapping and the output is TTL-compatible. Furthermore, it has an operating temperature range of -55℃ to 125℃, which makes it suitable for use in harsh environments.

In addition, the 74ACTQ16374MTD can be used in logic level translation applications due to its high-speed and low-power consumption. This is useful for level shifting between low and high voltage devices, or devices operating at different logic levels, or even to translate between TTL and CMOS logic.

Working Principle of 74ACTQ16374MTD

The 74ACTQ16374MTD is a type of “edge-triggered” flip-flop, meaning that it has a clock (input) pin used to trigger its output. An edge-triggered flip-flop acts as a gated latch which stores the value of its data input prior to a rising or falling edge of the clock. This means that an edge-triggered flip-flop can be used to receive, store, and output data from the data pin, and then maintain the output until the next clock edge.

The 74ACTQ16374MTD operates by receiving and storing the value of its D (or data) input. The D input is latched at the rising or falling of the clock, depending on the polarity of the clock (positive or negative). The value of the data input is then output from the Q1 or Q2 output, depending on the state of the clock. The outputs are “non-overlapping,” meaning they cannot be active at the same time. In addition, the output is TTL-compatible, meaning it can switch between the low logic level (0V) and the high logic level (VCC).

Conclusion

The 74ACTQ16374MTD is one of the most popular and versatile types of flip-flops. It has a wide array of application fields, such as high-speed systems, noise-lengthy systems, and level-shifting applications. In addition, the 74ACTQ16374MTD is easy to use, as it is edge-triggered and works by latching the value of its data input on the risingor falling edge, depending on the polarity of the clock. It is also TTL-compatible and requires very low power consumption. All of these features make the 74ACTQ16374MTD an attractive option for a variety of different applications.

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