74AUP3G14GSX

Current - Quiescent (Max):	500nA
Package / Case:	8-XFDFN
Supplier Device Package:	8-XSON, SOT1203 (1.35x1)
Mounting Type:	Surface Mount
Operating Temperature:	-40°C ~ 125°C (TA)
Max Propagation Delay @ V, Max CL:	6.1ns @ 3.3V, 30pF
Logic Level - High:	0.6 V ~ 2.29 V
Logic Level - Low:	0.1 V ~ 0.88 V
Current - Output High, Low:	4mA, 4mA
Series:	74AUP
Voltage - Supply:	0.8 V ~ 3.6 V
Features:	Schmitt Trigger
Number of Inputs:	3
Number of Circuits:	3
Logic Type:	Inverter
Part Status:	Active
Packaging:	Tape & Reel (TR)

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Introduction

74AUP3G14GSX is a high performance logic gate, belonging to the subcategory of logic-gates and inverters. Logic gates and inverters are electronic devices that implement logical operations. Basically, they are the basic individual components for a computer system. They allow for decision making processes and are essential for powering digital and analog circuits. Therefore, proper understanding and usage of logic gates and inverters are key to successful systems design.

History and Origins

The history of logic gates and inverters stretches back to the very first digital computers constructed during the 1940s and 1950s. At the time, the technology that we now know as logic gates and inverters was being developed by pioneers such as Claude Shannon, who wrote the seminal paper on the topic of digital logic. At the time, computers were very large, slow and expensive. This meant that designers had to be very careful in how they used their resources, and so the development of smaller, faster and cheaper logic gates and inverters took off, allowing computers to be more powerful and reliable.

74AUP3G14GSX

74AUP3G14GSX is a advanced high performance CMOS logic gate. The gate is designed to perform either a logic NOR (not or) or a logic NAND (not and) operation. It contains two not gates that share the same input and output. The two not gates are cross-coupled, meaning that the output of one is connected to the input of the other and vice versa. This results in an output that is the inverse of the input.

Application Field and Working Principle

The 74AUP3G14GSX is most commonly used for implementing digital logic functions in electronics circuits. By combining these gates in various ways, more complex functions can be created. The most basic example of this is to use an NAND gate to create an OR gate. This is achieved by connecting the output of an NAND gate to its own input. This creates a logic loop in which the output is the inverse of the input. Another common application of the 74AUP3G14GSX is in designing digital memories. Memories based on this type of gate are non-volatile, meaning that they retain their contents even when the power is removed. This is done by using cross coupling to store the state of two or more signals in a logic loop. When the power is restored, the logic loop resumes its previous state and continues to store the data until it is cleared by an external control signal.Aside from its applications in crafting digital memories and logic gates, the 74AUP3G14GSX can also be used in analog circuits. Due to its inherent noise immunity, this type of gate is often used to produce clean, noise-free signals. Additionally, it can also be used in power MOSFET switching circuits, where its tight propagation delay helps to ensure reliable switching performance.

Conclusion

The 74AUP3G14GSX is a versatile logic gate that can be used for a variety of applications, from creating digital memories and logic gate combinations to power MOSFET switching. With its high performance CMOS design and excellent noise immunity, it is no wonder that this gate is such an invaluable component in the design and construction of electronic systems.

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