AD2701SD

Voltage Reference Overview

The AD2701SD is a precision voltage reference from the Analog Devices AD2700 series, providing a stable 10V output. It utilizes thin-film technology and active laser trimming to achieve high accuracy and low temperature drift of 3ppm/°C. The device features short-circuit protection and an output current capability of 10mA. Designed for robust performance, it operates reliably up to +125°C, distinguishing it from standard temperature-regulated devices that are typically limited to +85°C.

Voltage Reference Feature Summary

• Provides a precise 10V reference output with high stability
• Utilizes thin-film technology and active laser trimming for accuracy
• Features short-circuit protection and 10mA output current capability
• Guaranteed operation up to +125°C for demanding environments

Voltage Reference Applications

• High-precision data acquisition systems
• Industrial measurement instrumentation
• Calibration equipment requiring stable voltage references

Voltage Reference Procurement Notes

Verify the specific suffix 'SD' against the official datasheet to confirm package type and grade. Ensure the application environment does not exceed the +125°C maximum operating temperature. Confirm supply status through authorized distributors as availability may vary.

Voltage Reference Selection Notes

Select this component when a fixed 10V reference is required with high accuracy and thermal stability. Consider the AD2700 family if alternative voltages or packages are needed. Evaluate the 3ppm/°C drift against system requirements for long-term stability.

Voltage Reference Part Context

The AD2701SD belongs to the AD2700 series of precision voltage references. This series combines thin-film technology with active laser trimming to deliver excellent accuracy without the need for complex temperature regulation. The series includes various grades optimized for different temperature ranges and performance levels.

Voltage Reference Replacement Considerations

LT1031: High Precision 10 Volt Reference by Linear Technology.