MAX6126
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MAX6126

Ultra-High-Precision, Ultra-Low-Noise, Series Voltage Reference

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Ultra-High-Precision, Ultra-Low-Noise, Series Voltage Reference Features 3ppm/°C (max) Temperature Coefficients and an Excellent ±0.02% (max) Initial Accuracy

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SPICE Model MAX6126_25 SPICE Macro Model Download 8.62KB SPICE Model MAX6126_41 SPICE Macro Model Download 8.41KB SPICE Model MAX6126_28 SPICE Macro Model Download 8.40KB SPICE Model MAX6126_21 SPICE Macro Model Download 8.71KB SPICE Model MAX6126_30 SPICE Macro Model Download 8.41KB
Part Models 44
1ku List Price Starting From $4.14
Features
  • Ultra-Low 1.3µVP-P Noise (0.1Hz to 10Hz, 2.048V Output)
  • Ultra-Low 3ppm/°C (max) Temperature Coefficient
  • ±0.02% (max) Initial Accuracy
  • Wide (VOUT + 200mV) to 12.6V Supply Voltage Range
  • Low 200mV (max) Dropout Voltage
  • 380µA Quiescent Supply Current
  • 10mA Sink/Source-Current Capability
  • Stable with CLOAD = 0.1µF to 10µF
  • Low 20ppm/1000hr Long-Term Stability
  • 0.025Ω (max) Load Regulation
  • 20µV/V (max) Line Regulation
  • Force and Sense Outputs for Remote Sensing
Additional Details
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The MAX6126 is an ultra-low-noise, high-precision, low-dropout voltage reference. This family of voltage references feature curvature-correction circuitry and high-stability, laser-trimmed, thin-film resistors that result in 3ppm/°C (max) temperature coefficients and an excellent ±0.02% (max) initial accuracy. The proprietary low-noise reference architecture produces a low flicker noise of 1.3µVP-P and wideband noise as low as 60nV/√Hz (2.048V output) without the increased supply current usually found in low-noise references. Improve wideband noise to 35nV/√Hz and AC power-supply rejection by adding a 0.1µF capacitor at the noise reduction pin. The MAX6126 series mode reference operates from a wide 2.7V to 12.6V supply voltage range and load-regulation specifications are guaranteed to be less than 0.025Ω for sink and source currents up to 10mA. These devices are available over the automotive temperature range of -40°C to +125°C.

The MAX6126 typically draws 380μA of supply current and is available in 2.048V, 2.500V, 2.800V, 3.000V, 3.300V, 3.600V, 4.096V, and 5.000V output voltages. The MAX6126 also feature dropout voltages as low as 200mV. Unlike conventional shunt-mode (two-terminal) references that waste supply current and require an external resistor, the MAX6126 offers supply current that is virtually independent of supply voltage and does not require an external resistor. The MAX6126 is stable with 0.1µF to 10µF of load capacitance.

The MAX6126 is available in the tiny 8-pin µMAX®, as well as 8-pin SO packages.

Applications

  • Automated Test Equipment (ATE)
  • Digital Voltmeters
  • High-Accuracy Industrial and Process Control
  • High-Accuracy Reference Standard
  • High-Resolution A/D and D/A Converters
  • Precision Current Sources
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file View Data Sheet (Rev.9)
Documentation View All Documentation
SPICE Model MAX6126_25 SPICE Macro Model Download 8.62KB SPICE Model MAX6126_41 SPICE Macro Model Download 8.41KB SPICE Model MAX6126_28 SPICE Macro Model Download 8.40KB SPICE Model MAX6126_21 SPICE Macro Model Download 8.71KB SPICE Model MAX6126_30 SPICE Macro Model Download 8.41KB
Part Models 44
1ku List Price Starting From $4.14
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MAX6126

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Data Sheet

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UPDATED 12/01/2020
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MAX6126: Ultra-High-Precision, Ultra-Low-Noise, Series Voltage Reference Data Sheet (Rev.9)

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User Guide

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UG-6207: MAXREFDES46# Quickstart Guide redirect icon

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UPDATED 05/06/2014
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UG-5846: Alameda (MAXREFDES24#) LX9 Quick Start Guide redirect icon

967.00K

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UPDATED 05/06/2014
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UG-5847: Alameda (MAXREFDES24#) ZedBoard Quick Start Guide redirect icon

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UG-5743: Carmel (MAXREFDES18#) LX9 Quick Start Guide redirect icon

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UG-5746: Fremont (MAXREFDES6#) ZedBoard Quick Start Guide redirect icon

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UPDATED 02/04/2013
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UG-5578: Santa Fe (MAXREFDES5#) Nexys 3 Quick Start Guide redirect icon

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UG-5579: Campbell (MAXREFDES4#) Nexys 3 Quick Start Guide redirect icon

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Design Note

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UPDATED 05/01/2019
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Design Solutions 2 - Voltage Reference Long-Term Stability Reduces Industrial Process Control Calibration Costs redirect icon

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UPDATED 09/23/2005
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Implementing an External Reference and the Resulting Effect on Gain for the MAX149x Sigma-Delta Panel-Meter ADCs redirect icon

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UPDATED 02/17/2006
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通过外部基准调节MAX149x系列Σ-Δ面板表ADC的增益 redirect icon

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UPDATED 03/24/2006
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MAX149xシグマデルタパネルメータADCに外部リファレンスを実装したときに得られる利得に対する効果 redirect icon

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UPDATED 05/15/2012
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Digital-to-Analog Converter Fine-Tunes Reference Output redirect icon

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UPDATED 03/30/2015
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Optimize Battery Measurement and Cell-Stack Monitoring with Highly Accurate AFE redirect icon

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UPDATED 12/22/2005
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Ultra-Low-Noise LDO Achieves 6nV/√Hz Noise Performance redirect icon

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UPDATED 09/02/2016
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Using the MAX11254EVKIT as a Building Block Platform for Industrial Applications redirect icon

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UPDATED 05/13/2020
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The Basics of Ventilator Systems redirect icon

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UPDATED 06/25/2020
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Precision Pressure Sensor Measurements Using the MAX11254 Analog-to-Digital Converter redirect icon

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UPDATED 05/31/2012
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Measuring the Invisible with the Old redirect icon

Reliability Data

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UPDATED 01/12/2023
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MAX6126 Reliability Data redirect icon

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Application Note

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UPDATED 03/03/2009
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Design Guidelines for High-Performance, Multichannel, Simultaneous-Sampling ADCs in Data-Acquisition Systems (DAS) redirect icon

Technical Articles

15

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UPDATED 08/07/2014
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Managing Noise in the Signal Chain, Part 1: Annoying Semiconductor Noise, Preventable or Inescapable? redirect icon

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UPDATED 03/08/2011
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Reduce the Chances of Human Error: Part 1, Power and Ground redirect icon

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UPDATED 10/24/2016
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Simple, Effective Method and Circuit to Measure Very-Low 1/f Voltage Reference Noise (< 1µVP-P, 0.1Hz to 10Hz) redirect icon

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UPDATED 03/29/2012
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How Signal Chains and PLCs Impact Our Lives redirect icon

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UPDATED 09/25/2008
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Calculating the Error Budget in Precision Digital-to-Analog Converter (DAC) Applications redirect icon

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UPDATED 03/23/2006
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Analog ICs for Low Voltage Systems redirect icon

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UPDATED 04/23/2010
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用于低压系统的模拟IC redirect icon

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UPDATED 03/24/2006
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Design Considerations for a Low-Cost Sensor and A/D Interface redirect icon

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UPDATED 10/05/2006
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低成本传感器及A/D转换接口的设计考虑 redirect icon

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低コストセンサとA/Dインタフェースに関する設計上の検討事項 redirect icon

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UPDATED 05/23/2019
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Voltage Reference Long-Term Stability Reduces Industrial Process Control Calibration Costs redirect icon

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UPDATED 06/15/2016
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RTD Measurement System Design Essentials redirect icon

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UPDATED 09/01/2016
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RTD測定システム設計の基礎 redirect icon

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UPDATED 11/19/2001
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Understanding Voltage-Reference Topologies and Specifications redirect icon

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UPDATED 11/20/2013
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Getting the Most Out of the MAX14920/MAX14921 High-Accuracy Battery-Measurement AFEs redirect icon

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Documentation

Technical Documents 38
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Data Sheet 1

MAX6126: Ultra-High-Precision, Ultra-Low-Noise, Series Voltage Reference Data Sheet (Rev.9)

Reliability Data 1

MAX6126 Reliability Data

User Guide 15

UG-6207: MAXREFDES46# Quickstart Guide
UG-5846: Alameda (MAXREFDES24#) LX9 Quick Start Guide
UG-5847: Alameda (MAXREFDES24#) ZedBoard Quick Start Guide
UG-5866: MAXREFDES71# ZedBoard Quick Start Guide
UG-5828: Petaluma (MAXREFDES30#) ZedBoard Quick Start Guide
UG-5744: Carmel (MAXREFDES18#) ZedBoard Quick Start Guide
UG-5743: Carmel (MAXREFDES18#) LX9 Quick Start Guide
UG-5745: Fremont (MAXREFDES6#) Nexys 3 Quick Start Guide
UG-5746: Fremont (MAXREFDES6#) ZedBoard Quick Start Guide
UG-5578: Santa Fe (MAXREFDES5#) Nexys 3 Quick Start Guide
UG-5579: Campbell (MAXREFDES4#) Nexys 3 Quick Start Guide
UG-5885: MAXREFDES32# ZedBoard Quick Start Guide
UG-5651: Campbell (MAXREFDES4#) ZedBoard Quick Start Guide
UG-5630: Fresno (MAXREFDES11#) ZedBoard Quick Start Guide
UG-5639: Santa Fe (MAXREFDES5#) ZedBoard Quick Start Guide

Application Note 1

Design Guidelines for High-Performance, Multichannel, Simultaneous-Sampling ADCs in Data-Acquisition Systems (DAS)

Design Note 9

Design Solutions 2 - Voltage Reference Long-Term Stability Reduces Industrial Process Control Calibration Costs
Implementing an External Reference and the Resulting Effect on Gain for the MAX149x Sigma-Delta Panel-Meter ADCs
Digital-to-Analog Converter Fine-Tunes Reference Output
Optimize Battery Measurement and Cell-Stack Monitoring with Highly Accurate AFE
Ultra-Low-Noise LDO Achieves 6nV/√Hz Noise Performance
Using the MAX11254EVKIT as a Building Block Platform for Industrial Applications
The Basics of Ventilator Systems
Precision Pressure Sensor Measurements Using the MAX11254 Analog-to-Digital Converter
Measuring the Invisible with the Old

Technical Articles 11

Managing Noise in the Signal Chain, Part 1: Annoying Semiconductor Noise, Preventable or Inescapable?
Reduce the Chances of Human Error: Part 1, Power and Ground
Simple, Effective Method and Circuit to Measure Very-Low 1/f Voltage Reference Noise (< 1µVP-P, 0.1Hz to 10Hz)
How Signal Chains and PLCs Impact Our Lives
Calculating the Error Budget in Precision Digital-to-Analog Converter (DAC) Applications
Analog ICs for Low Voltage Systems
Design Considerations for a Low-Cost Sensor and A/D Interface
Voltage Reference Long-Term Stability Reduces Industrial Process Control Calibration Costs
RTD Measurement System Design Essentials
Understanding Voltage-Reference Topologies and Specifications
Getting the Most Out of the MAX14920/MAX14921 High-Accuracy Battery-Measurement AFEs

ADI has always placed the highest emphasis on delivering products that meet the maximum levels of quality and reliability. We achieve this by incorporating quality and reliability checks in every scope of product and process design, and in the manufacturing process as well. "Zero defects" for shipped products is always our goal. View our quality and reliability program and certifications for more information.

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