Against the backdrop of the new era marked by in-depth evolution of information technology, industrial automation equipment, intelligent vehicles, and consumer electronic products are accelerating their transformation toward intelligence and interconnection. This wave of change has created multi-dimensional upgrading demands for core semiconductor devices, especially establishing higher technical standards in terms of signal processing efficiency, system compatibility, operational stability, and safety protection.
The logic chip series meticulously developed by Awinic has emerged as the ideal choice for numerous application scenarios, thanks to its outstanding advantages such as low power consumption, low transmission delay, high driving capability, and high reliability.
Product Matrix & Application Scenarios
This chip series is widely compatible with industrial equipment, AV receivers, communication devices, laptops, wireless devices, portable media players, and other fields in the Internet of Things (IoT) and consumer electronics. The series covers four fundamental logic gate circuit solutions, with each product boasting unique features:
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AWS74LVC1G14: Single-channel Schmitt-trigger input inverter
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AWS74LVC1G17: Single-channel Schmitt-trigger input buffer
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AWS74LVC1G32: Single-channel dual-input OR gate
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AWS74LVC1G125: Tri-state output buffer
All these chips feature a wide operating voltage range, enabling stable operation within 1.65V to 5.5V. Meanwhile, they also integrate excellent performance attributes including low power consumption, high driving capability (±24mA @ VCC=3V), and low transmission delay.
Key Parameters of AWS74LVC1G14/17/32/125
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Wide operating voltage range: 1.65V ~ 5.5V
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Low power consumption
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Input voltage up to 5.5V
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IOFF supports power-down mode
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Low transmission delay:
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AWS74LVC1G14: 3.3ns @ VCC=3.3V
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AWS74LVC1G17: 3.7ns @ VCC=3.3V
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AWS74LVC1G32: 3.5ns @ VCC=3.3V
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AWS74LVC1G125: 2.1ns @ VCC=3.3V
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High output driving capability: ±24mA @ VCC=3V
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Industrial-grade operating temperature range: -40℃ ~ 125℃
Packages of AWS74LVC1G14/17/32/125
Figure 1 - Package Diagram of AWS74LVC1G14/17
Figure 6 - Package Diagram of AWS74LVC1G32
Figure 7 - Package Diagram of AWS74LVC1G125
Product Selection Table
Table 1 - Product Selection Table
Conclusion
Awinic focuses on the design of high-performance analog-digital hybrid signal, power management, and signal chain ICs, and has mastered core chip design technologies. The Awinic operational amplifier product family will successively launch a variety of high-quality products with performance features such as high voltage, high precision, and zero drift. Committed to providing customers with comprehensive products and solutions, Awinic continues to inject strong momentum into the development of the industry.
Key Terminology Notes (for Clarity)
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Logic gate circuit: A basic building block of digital circuits that performs logical operations (e.g., inversion, buffering, OR) on input signals.
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Schmitt-trigger input: A circuit design that reduces noise interference by using two different threshold voltages for signal rising and falling edges, ensuring stable signal processing.
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Tri-state output: An output mode that supports three states (high level, low level, and high impedance), enabling flexible connection of multiple devices to a single bus.
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IOFF (Input/Output Off): A feature that disconnects input/output pins from the power supply during power-down, preventing current leakage and protecting the chip.
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