NC7SV04P5X Integrated Circuits (ICs)

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The NC7SV04P5X is a single inverter with adjustable Schmitt trigger output. It has an input compatible with both CMOS and TTL signals, and is capable of adjusting Schmitt trigger levels of both the advanced output (A) and the reverted output (Y). It is popularly used in applications where precise control of noise and hysteresis are important.

Application Field of NC7SV04P5X

The typical application for the NC7SV04P5X is in automotive and industrial power control, temperature detection, and application control. It is also commonly used in telecommunications applications as part of the switching element and affords precise control of noise and hysteresis, which is critical for communications and process control systems. Additionally, it is also employed in designs that require a slow rise or fall time of the voltage due to changes in the external environment.

Working Principle of NC7SV04P5X

The NC7SV04P5X is a single inverter with a Schmitt trigger output. It uses the open-collector output structure and has an active-low output enable function logic ON/OFF. The input of the device is CMOS/TTL compatible, and it regulates the Schmitt trigger levels of both the advanced output (A) and the reverted output (Y). The NC7SV04P5X features an Ultra High Speed operation, with propagation delay times of about 2.4ns for TTL, 1.5ns for CMOS and 0.5ns for HCMOS. It is partially compatible with CoolMOS devices, in their ability to reduce power consumption.

The hysteresis of the NC7SV04P5X output is adjustable by loading an external capacitor via its control terminal, controlling the reference level and allowing the device to reach its operation function. This is beneficial in many applications, as it allows the designer to precisely control both the noise level, and the hysteresis of the device.

The NC7SV04P5X is a single inverter with adjustable Schmitt trigger output. In addition to being used in fields and applications where precise control of noise and hysteresis are important, it has an input compatible with both CMOS and TTL signals, making it a versatile device. It is capable of reducing power consumption with CoolMOS and features an Ultra High Speed operation.

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