Top
/content/maximintegrated/en/products/analog/amplifiers

We offer a wide selection of amplifiers and comparators for signal conditioning, monitoring, and control applications.

You can use Maxim’s op amps to make amplifiers, comparators, log amplifiers, filters, oscillators, data converters, level translators, references, and more. You can also use them to accomplish mathematical functions like addition, subtraction, multiplication, and integration.

Current-sense amplifiers (CSAs) monitor current flow through a shunt (sense) resistor and provide closed-loop feedback of system loads. Our current-sense amps are optimized for a wide range of applications, including overcurrent protection and optimization of power monitoring systems. We offer a wide range of current-sense amplifiers for both high-side sensing and low-side sensing, as well as unidirectional or bidirectional current flow through the sense resistor

Our specialized amplifiers have multiple features suited for a wide range of applications. This range includes differential, instrumentation/difference, logarithmic, programmable gain, integrated comparator and reference and programmable voltage/current drivers.

Operational Amplifiers
Operational Amplifiers, more commonly called Op-Amps, play a key role in conditioning analog signals. There are many types of op-amps and many paramet...
Current Sense
Current-sense amplifiers (CSAs) monitor current flow through a shunt (sense) resistor and provide closed-loop feedback of system loads. Current-sense ...
Specialized
Maxim provides amplifiers with specialized operation and multiple features suited for a wide range of applications, including differential output ampl...

Featured Products

Product Image
MAX4472 Single/Dual/Quad, +1.8V/750nA, SC70, Rail-to-Rail Op Amps
The MAX4464/MAX4470/MAX4471/MAX4472/MAX4474 family of micropower op amps operate from a single +...
  • Ultra-Low 750nA Supply Current Per Amplifier
  • Ultra-Low +1.8V Supply Voltage Operation
  • Ground-Sensing Input Common-Mode Range
  • Outputs Swing Rail-to-Rail
  • Outputs Source and Sink 11mA of Load Current
  • No Phase Reversal for Overdriven Inputs
  • High 120dB Open-Loop Voltage Gain
  • Low 500µV Input Offset Voltage
  • 9kHz Gain-Bandwidth Product (MAX4470/MAX4471/MAX4472)
  • 40kHz Gain-Bandwidth Product (MAX4464/MAX4474)
  • 250pF (min) Capacitive Load Capability
  • Available in Tiny, 6-Bump WLP, 5-Pin SC70, and 8-Pin SOT23 Packages
MAX44265 Rail-to-Rail, 200kHz Op Amp with Shutdown in a Tiny, 6-Bump WLP
The MAX44265 op amp features a maximized ratio of gain bandwidth (GBW) to supply current and is ...
  • 200kHz GBW
  • Ultra-Low 4µA Supply Current
  • Single 1.8V to 5.5V Supply Voltage Range
  • Ultra-Low 1pA Input Bias Current
  • Rail-to-Rail Input and Output Voltage Ranges
  • Low ±200µV Input Offset Voltage
  • Low 0.001µA Shutdown Current
  • High-Impedance Output During Shutdown
  • Unity-Gain Stable
  • Available in a Tiny, 0.9mm x 1.3mm, 6-Bump WLP Package
Product Image
MAX9618 High-Efficiency, 1.5MHz Op Amps with RRIO
The MAX9617–MAX9620 are low-power, zero-drift operational amplifiers available in space-saving S...
  • Extends Battery Life
    • Low 59µA Quiescent Current
    • Single 1.8V to 5.5V Supply Voltage Range
    • Power-Saving Shutdown Mode (MAX9619)
  • Supports a Wide Range of Precision Applications
    • Very Low 10µV (max) Input Offset Voltage
    • Ultra-Low 10pA Input Bias Current
    • Unity-Gain Stable
    • 0.42µVp-p from 0.1Hz to 10Hz
    • 1.5MHz GBW
    • 42nV/√Hz at 1kHz
    • Rail-to-Rail Inputs and Outputs
  • Saves Board Space
    • 5-Pin SC70 (MAX9620), 6-Pin SC70 (MAX9617/MAX9619), and 8-Pin SC70 (MAX9618) Packages
Product Image
MAX40213EVKIT Evaluation Kit for the MAX40213
The MAX40213 evaluation kit (EV kit) is a fully assembled electrical demonstration kit that prov...
  • Two Evaluation Circuits: 50Ω and Hi-Z Outputs for Different Equipment
  • -40°C to +125°C Temperature Range
  • Accommodates Easy-to-Use Components
  • Proven PCB Layout
  • Fully Assembled and Tested
MAX40213 Transimpedance Amplifiers with Selectable Gain and Input Current Clamp
The MAX40213 is a transimpedance amplifier for optical distance measurement receivers in LiDAR a...
  • Optimized for CIN = 0.25pF to 5pF
  • Bandwidth = 300MHz (typ)
  • 1.1pA/√Hz Input-Referred Noise
  • Two Pin-Selectable Transimpedance Values (RL = 1kΩ)
    • 150kΩ
    • 750kΩ
  • Internal Clamp for Input Current up to 2A (Transient)
  • Fast Overload Recovery: 25ns at 100mA
  • Offset Input ​Provides Offset Adjust Feature
  • SD Input Shuts Down Internal Circuitry
  • 3.3V Operation
  • 1.75mm x 1.24mm, 8-Bump WLP
Product Image
MAX40204 36V, Pin-Programmable Gain, Bidirectional CSA
The MAX40204 is a high-precision, bidirectional, high-side current-sense amplifier (CSA) with a ...
  • -0.1V to 36V Wide Input Common Mode
  • Ultra-Low, 2μV Input Offset Voltage
  • On-the-Fly Gain Setting Input
  • Bidirectional/Unidirectional Current Sensing
  • 20nA (max) Input Bias Current
  • Extremely Low, 50nV/°C Input Offset Tempco
  • 0.05% Gain Error
  • 21μA Supply Current
  • 70nA (typ) Shutdown Current
  • 1.7V to 5.5V Single Supply Operating Range
  • Space-Saving 8-Bump WLP and 8-Pin TDFN Packages
Product Image
MAX9027 UCSP, 1.8V, nanoPower, Beyond-the-Rails Comparators With/Without Reference
The MAX9025–MAX9028 nanopower comparators in space-saving chip-scale (UCSP™) packages feature Be...
  • Space-Saving UCSP Package (1mm x 1.52mm)
  • Ultra-Low Supply Current
    • 0.6µA (MAX9027/MAX9028)
    • 1µA with Reference (MAX9025/MAX9026)
  • Guaranteed to Operate Down to +1.8V
  • Internal 1.236V ±1% Reference (MAX9025/MAX9026)
  • Input Voltage Range Extends 200mV Beyond-the-Rails
  • CMOS Push-Pull Output with ±5mA Drive Capability (MAX9025/MAX9027)
  • Open-Drain Output Versions Available (MAX9026/MAX9028)
  • Crowbar-Current-Free Switching
  • Internal Hysteresis for Clean Switching
  • No Phase Reversal for Overdriven Inputs
Product Image
MAX9028 UCSP, 1.8V, nanoPower, Beyond-the-Rails Comparators With/Without Reference
The MAX9025–MAX9028 nanopower comparators in space-saving chip-scale (UCSP™) packages feature Be...
  • Space-Saving UCSP Package (1mm x 1.52mm)
  • Ultra-Low Supply Current
    • 0.6µA (MAX9027/MAX9028)
    • 1µA with Reference (MAX9025/MAX9026)
  • Guaranteed to Operate Down to +1.8V
  • Internal 1.236V ±1% Reference (MAX9025/MAX9026)
  • Input Voltage Range Extends 200mV Beyond-the-Rails
  • CMOS Push-Pull Output with ±5mA Drive Capability (MAX9025/MAX9027)
  • Open-Drain Output Versions Available (MAX9026/MAX9028)
  • Crowbar-Current-Free Switching
  • Internal Hysteresis for Clean Switching
  • No Phase Reversal for Overdriven Inputs
Product Image
MAX9617 Single/Dual SC70, Zero-Drift, High-Efficiency, 1.5MHz Op Amps with RRIO
The MAX9617–MAX9620 are low-power, zero-drift operational amplifiers available in space-saving S...
  • Extends Battery Life
    • Low 59µA Quiescent Current
    • Single 1.8V to 5.5V Supply Voltage Range
    • Power-Saving Shutdown Mode (MAX9619)
  • Supports a Wide Range of Precision Applications
    • Very Low 10µV (max) Input Offset Voltage
    • Ultra-Low 10pA Input Bias Current
    • 1.5MHz GBW
    • Unity-Gain Stable
    • 0.42µVp-p from 0.1Hz to 10Hz
    • 42nV/√Hz at 1kHz
    • Rail-to-Rail Inputs and Outputs
  • Saves Board Space
    • 5-Pin SC70 (MAX9620), 6-Pin SC70 (MAX9617/MAX9619), and 8-Pin SC70 (MAX9618) Packages
Product Image
MAX9025 UCSP, 1.8V, nanoPower, Beyond-the-Rails Comparators With/Without Reference
The MAX9025–MAX9028 nanopower comparators in space-saving chip-scale (UCSP™) packages feature Be...
  • Space-Saving UCSP Package (1mm x 1.52mm)
  • Ultra-Low Supply Current
    • 0.6µA (MAX9027/MAX9028)
    • 1µA with Reference (MAX9025/MAX9026)
  • Guaranteed to Operate Down to +1.8V
  • Internal 1.236V ±1% Reference (MAX9025/MAX9026)
  • Input Voltage Range Extends 200mV Beyond-the-Rails
  • CMOS Push-Pull Output with ±5mA Drive Capability (MAX9025/MAX9027)
  • Open-Drain Output Versions Available (MAX9026/MAX9028)
  • Crowbar-Current-Free Switching
  • Internal Hysteresis for Clean Switching
  • No Phase Reversal for Overdriven Inputs

Customer Testimonials

Technical Documentation

*Required
Loading

Technical Documents

Showing 10 of View Top 100 Results View All Result(s)

Part Number Title Document Type Date

Latest Blogs

How LiDAR Delivers Critical Distance-Sensing for Self-Driving Cars

April 17, 2020

Learn how LiDAR ICs like transimpedance amplifiers deliver critical distance-sensing data for self-driving cars. Read the blog for details.

How NCATEST Raised Performance and Lowered Power of Its Automated Test Equipment

April 15, 2020

NCATEST decreased the design cycle, power consumption, and size for a new automated test equipment solution using Maxim Integrated's pin electronics.

How Analog Devices Are Enhancing LUXROBO’s IoT and Robotics Development Platform

April 01, 2020

Learn how LUXROBO increased power efficiency, shrank solution size, and lowered the BOM of its modular robotics/IoT platform with Maxim analog devices.

Guide to LiDAR Sensors for Self-Driving Cars

February 27, 2020

Learn how LiDAR sensors help self-driving cars see the road and why transimpedance amplifiers are essential to LiDAR applications. Read Maxim’s guide on LiDAR sensors for self-driving cars.

Robust NAND Flash Wafer Testers Rely on Low-Power ATE Drivers

February 19, 2020

Learn how Digital Frontier reduced wafer test equipment size and power consumption with the MAX9972 low-power ATE driver. Get details today.

Add Diode ORing Without Losing Efficiency

January 09, 2020

Get a preview of how the MAX40200 ideal diode enhances efficiency for battery-powered wearables and other portable electronics.

How an Old Digital Dog Can Learn New Analog Tricks

October 10, 2019

Learn some new analog tricks in a short video tutorial that highlights why not just any amplifier will be effective for your application.

System Loads Are No Match for This Current-Sense Amplifier

July 03, 2019

Learn how the MAX40056 current-sense amplifier with PWM rejection generates quick, accurate winding current measurements.

The Beauty of Precision Op Amps

May 08, 2018

Guest blogger Jim Harrison takes a look at the criteria for choosing the best op amps for a design, and reviews three of the market’s best.

Deminar: 3 Ways that Analog ICs Can Strengthen Your Design

April 30, 2018

See demos and get details on three key analog ICs that strengthen your design during this online deminar.