SN74ACT533PW

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The SN74ACT533PW is an integrated circuit for logic-latch applications. It is designed for use in a variety of systems in different industries. This device has many features that make it ideal for a wide range of applications including industrial, automotive, and medical electronics. This article will discuss the SN74ACT533PW’s application field and its working principle.

Application Field

The SN74ACT533PW is typically used in logic-latch applications. It features two synchronous dual edge-triggered D flip-flop circuits with 4 input pins (D, CLKbar, CLK, and CLRbar) and two output pins (Q and Qbar). This device is also available in both through-hole and surface-mount package options. Due to its wide range of features, this integrated circuit is used in many industries including industrial, automotive, and medical electronics.

In industrial applications, the SN74ACT533PW is commonly used in logic-latch applications. This device is suitable for high speed logic circuits, where its high speed input capability allows it to handle signals with up to 10 ns setup and hold times. It also has the ability to drive multiple devices with ease. This device is also used in numerous automotive systems, due to its ability to ignore high voltage noise. In medical electronics, the SN74ACT533PW is used in applications such as monitoring body temperature and other vital signs, as the device is able to quickly process incoming signals.

Working Principle

The SN74ACT533PW is an integrated circuit for logic-latch applications. It consists of two synchronous dual edge-triggered D flip-flop circuits, with each flip-flop having its own set of four input pins (D, CLKbar, CLK, and CLRbar) and two output pins (Q and Qbar). The D input pin is used to determine the state of the flip-flop, while the CLK pin is used to clock the flip-flop, and the CLRbar pin is used to reset it. When the D input pin is high, the D flip-flop will store the logic value “1”, and when the D input pin is low, the D flip-flop will store the logic value “0”. When the CLK pin is clocked, the flip-flop will change states, and when the CLRbar pin is triggered, the flip-flop will reset to a logic “0”.

The SN74ACT533PW is designed to handle clock frequencies up to 101 MHz and to provide setup and hold times of less than 10 ns. Its input and output ports are compatible with industry-standard low-voltage (3.3V) CMOS logic levels and are compatible with 5V CMOS logic levels with signal conditioning. This device is also designed to ignore high-voltage noise, making it ideal for use in automotive applications.

Conclusion

The SN74ACT533PW integrated circuit for logic-latch applications is designed for use in a variety of systems in different industries. This device has many features that make it ideal for a wide range of applications including industrial, automotive, and medical electronics. This device is easy to use, providing reliable and accurate results with minimal setup and hold times. It also provides excellent noise tolerance and is compatible with both 3.3V and 5V CMOS logic levels.

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