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NL17SG14P5T5G

NL17SG14P5T5G Description

The NL17SG14P5T5G is a high-performance inverter gate from onsemi, designed for applications requiring precise signal inversion with Schmitt Trigger functionality. This MiniGate™ series device offers a maximum propagation delay of 5.2ns at 3.3V and 30pF, making it suitable for high-speed digital systems. With a supply voltage range of 0.9V to 3.6V, the NL17SG14P5T5G provides reliable operation across a wide range of power sources.

NL17SG14P5T5G Features

Key features of the NL17SG14P5T5G include:

• Schmitt Trigger functionality for improved noise immunity and signal integrity
• Low quiescent current of 500nA, reducing power consumption in battery-operated devices
• Wide input logic level range (0.09V to 0.95V for low, 0.86V to 2.05V for high) for compatibility with various input sources
• Surface-mount packaging for compact design and ease of integration
• RoHS3 compliant, meeting environmental regulations
• Moisture Sensitivity Level (MSL) of 1, allowing for unlimited storage time before reflow soldering

NL17SG14P5T5G Applications

The NL17SG14P5T5G is ideal for a variety of applications where signal inversion and noise filtering are critical. Some specific use cases include:

1. Digital signal processing systems requiring high-speed signal inversion
2. Battery-powered devices where low power consumption is essential
3. Industrial control systems where noise filtering and signal integrity are crucial
4. Consumer electronics requiring compact, reliable signal inversion

Conclusion of NL17SG14P5T5G

The NL17SG14P5T5G from onsemi is a versatile and high-performance inverter gate, offering Schmitt Trigger functionality, low power consumption, and a wide input logic level range. Its compact surface-mount packaging and RoHS3 compliance make it an excellent choice for a wide range of applications, from digital signal processing to industrial control systems. With its unique features and advantages, the NL17SG14P5T5G stands out as a reliable solution for demanding signal inversion tasks.