NC7WV14P6X Integrated Circuits (ICs)

Series:	7WV
Packaging:	Cut Tape (CT)
Part Status:	Active
Logic Type:	Inverter
Number of Circuits:	2
Number of Inputs:	2
Features:	Schmitt Trigger
Voltage - Supply:	0.9 V ~ 3.6 V
Current - Quiescent (Max):	900nA
Current - Output High, Low:	24mA, 24mA
Logic Level - Low:	0.1 V ~ 0.6 V
Logic Level - High:	0.7 V ~ 2.2 V
Max Propagation Delay @ V, Max CL:	3.3ns @ 3V, 30pF
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Supplier Device Package:	SC-70-6
Package / Case:	6-TSSOP, SC-88, SOT-363
Base Part Number:	7WV14

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NC7WV14P6X Application Field and Working Principle

The NC7WV14P6X is an integrated circuit belonging to the family of logic gates and inverters. It is a type of CMOS logic device, which is used for industrial and automotive applications. The NC7WV14P6X is highly efficient and consumes very low power. The primary uses of the NC7WV14P6X include digital logic switching, logic decode, logic convert, digital logic compute and switching, bus control, and communication.

Description

The NC7WV14P6X is a dual-channel static CMOS device containing two transfer gates. It is a five-terminal device having an input, two outputs and two power (VDD and VSS) pins. It is designed to support a wide range of logical functions. It is declared as a medium speed device.The NC7WV14P6X operates on the principle of switching the logic level of its output between the logic states \'0\' and \'1\'. A logic 0 is represented by a positive voltage (2V or greater) at the input. A logic 1 is a negative voltage (-2V or lower) at the input. When the input voltage is between these two, the logic state at the output is undefined. The NC7WV14P6X also includes an enable (EN) pin. This pin allows the gate to be disabled which can be useful when testing circuits or controlling more complex logical operations. When this feature is enabled, all inverters are bypassed and the gate output remains unchanged.

Features and Benefits

The NC7WV14P6X provides a number of features and benefits that enable the design of more efficient and reliable logic systems. The notable features include:- Low power consumption: The device requires less power than similar devices, due to its efficient CMOS technology. This helps reduce system costs, particularly in battery operated systems.- High speed: The device can operate at higher speeds due to its dual-channel structure. This helps reduce the time required for a logical operation, resulting in better overall performance. - Reduced noise: The low-noise design of the device reduces the amount of interference that logic circuits experience. This helps extend the life of logic systems.- High packing density: The NC7WV14P6X is available in two packages, which allows for improved board layout and reduced size. This helps minimize costs and increases overall performance by reducing signal delays. - Safety features: The NC7WV14P6X has several safety features, including latch-up immunity, over-temperature and under-voltage protection, and ESD protection. This helps enhance reliability and protect the device from damage.

Industrial Application

The NC7WV14P6X is commonly used in industrial logic systems. Its low power requirements and reliable performance make it ideal for use in industrial applications. It is primarily used for logic switching, logic decoding, and logic computation.For example, the NC7WV14P6X is used in industrial robotics to enable automated movement of arms and hands. It is also used in process control systems to enable automatic adjustments of various parameters, such as temperature and pressure. The NC7WV14P6X is also used in vehicle control systems to enable the automatic operation of various components, such as brakes and steering.

Conclusion

The NC7WV14P6X is a highly efficient CMOS logic device belonging to the family of logic gates and inverters. It is highly reliable and consumes very low power, making it ideal for use in a wide range of industrial and automotive applications. Its features, such as high speed, low noise, and high packing density, make it an ideal choice for high performance logic systems.

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