Achieve High Reliability and System Lifetime Accuracy with High Performance Voltage References

If you're having trouble reading this message, [click here]( [Power Management Solutions]( [High Performance Voltage References]( Design engineers looking for voltage references that are cost-effective, reliable, and dependable should look no further. Offering the widest selection in the industry, Analog Devices’ high performance voltage references feature high accuracy and stability, wide temperature ranges, and low noise for demanding industrial and instrumentation applications, with low power for [battery-powered applications](. Explore the products and solutions below to learn more. [ADR3650: Precision, Micropower, High Current Output Voltage Reference]( ► Low temperature coefficient of 3 ppm/°C maximum and low output voltage noise of 3 ppm p-p at 0.1 Hz to 10 Hz enable high reliability and system lifetime accuracy. ► Low quiescent current of 65 µA typical and the small 8-lead MSOP package minimize power and save sytem design space, ideally fitting portable devices and applications. ► High 70 mA sourcing/20 mA sinking output current allows for maintaining reference voltage during a high current fault. [Learn more]( [ADR3650]( [ADR1000: Oven-Compensated, Buried Zener, 6.62 V Voltage Reference]( ► Highly stable buried Zener reference integrates a heater resistor for temperature stabilization and a temperature sensing transistor. ► Achieving a temperature coefficient of <0.2 ppm/°C and a long-term drift of 0.5 ppm per year after the first 3000 hours. ► Low long-term drift well suited for any application that must maintain accuracy over long calibration intervals or product lifetime. [Learn more]( [ADR1000]( [MAX6078A: Low Power, Low Drift, Low Noise Voltage Reference]( ► Low 10 ppm/°C maximum temperature drift and low noise of 12 µV p-p at 0.1 Hz to 10 Hz enable enhanced accuracy, ideal for high precision industrial applications. ► 1.5 mm × 1.3 mm (0.5 mm pitch), 6-ball WLP package allows for smallest footprint to fit space-confined designs. ► Low 15 µA maximum supply current, minimizing power consumption and simplifying tight power budget designs while meeting safety levels, which is critical for battery-powered and energy harvested equipment. [Learn more]( [MAX6078A]( More Resources [How to Address Reference Long-Term Drift Performance]( [Read the Technical Article How to Address Reference Long-Term Drift Performance]( [Read Now button]( [Evaluation Board for the ADR1000 Ultrastable Heated Buried Zener Voltage Reference in 8-Pin TO-99]( [Get the Evaluation Board Evaluation Board for the ADR1000 Ultrastable Heated Buried Zener Voltage Reference in 8-Pin TO-99]( [Learn More button]( [How to Choose a Voltage Reference]( [Read the Technical Article How to Choose a Voltage Reference]( [Read Now button]( [For more details, visit analog.com/voltage-references](. Our relationship with you is very important. To manage your newsletter subscriptions, visit our [subscription center](. To no longer receive any email communications from Analog Devices, [click here](. [View our privacy policy](. ©2023 Analog Devices, Inc. All Rights Reserved. Trademarks and registered trademarks are the property of their respective companies. Analog Devices, Inc. Corporate Headquarters One Analog Way Wilmington, MA 01887 U.S.A. JOIN THE CONVERSATION [EngineerZone]( [Facebook]( [Twitter]( [LinkedIn]( [YouTube](