Amplifiers for Every Application

Selecting an op-amp is no trivial task: with so many different types of amplifiers, categories, architectures, and parameters to choose from, the process can be difficult. ADI delivers a wide portfolio of high performance precision amplifiers to enable designers to achieve leading-edge next generation systems. It does not matter whether you are designing a coffee maker or the next-generation medical imaging system; Analog Devices, Inc. has the right amplifier to meet your needs.

The Operational Amplifiers Selection Guide will help you quickly and easily identify the right op-amp(s) for your application. Inside you will find a list of op-amp terminology and processes used to fabricate the ICs, a variety of selection tables, application guides, design tools, and a handy detachable op-amp reference wall chart. We hope you will refer to this selection guide often and that it provides you with a better understanding and appreciation of op-amps and their many applications.

Precision op-amplifiers (<50MHz)

ADI ADA4530-1 Image

Featured Precision Amplifier:
ADA4530-1 Femptoampere Input Bias
Current Electrometer Amplifier

  • Ultra low input bias current
    • ±20 fA maximum at TA = 25°C (production test)
    • ±20 fA maximum at −40°C < TA < +85°C
    • ±250 fA maximum at −40°C < TA < +125°C (production test)
  • Low offset voltage: 50 µV maximum over specified CMRR range
  • Offset drift: 0.13 µV/°C typical, 0.5 µV/°C maximum
  • Integrated guard buffer with 100 µV maximum offset
  • Low voltage noise density: 14 nV/√Hz at 10 kHz
  • Wide bandwidth: 2 MHz unity-gain crossover
  • Supply voltage: 4.5 V to 16 V (±2.25 V to ±8 V)
  • Operating temperature: −40°C to +125°C

Analog Devices' amplifiers are the number one selling brand of amplifiers in the world today. ADI delivers wide portfolio of high performance precision amplifiers to enable designer to achieve leading-edge next generation systems. System designers come here for the ultimate source of low noise, low power, zero drift and zero cross over distortion precision amplifiers.

Click here for complete portfolio of Precision amplifiers

Part Number No. of
Amps
Vs span (min/max) Iq/Amp (typ) Ibias (max) Vos (max) Vos TC (typ) GBP (typ) Slew Rate (typ) 0.1 to 10 Hz VNoise (typ) VNoise Density (typ)
    (V) (A) (A) (V) (V/°C) (Hz) (V/us) (V p-p) (V/rtHz)
ADA4530-1
ADA4530-1 Product Page Analog Devices ADA4530-1 Evaluation Board ADA4530-1 Datasheet Link
1 4.5 – 16 900µ 20f 40µ 0.13µ 2M 1.4 14n
ADA4350
ADA4350 Product Page Analog Devices ADA4350 Evaluation Board ADA4350 Datasheet Link
1 3.3 – 12 8.5m 1p 80µ 100n 175M 100 5n
ADA4622-1
ADA4622-1 Product Page ADA4622-1 Datasheet Link
1 5 – 30 715µ 10p 350µ 8M 23 750n 12.5n
ADA4622-2
ADA4622-2 Product Page ADA4622-2 Datasheet Link
2 5 – 30 715µ 10p 350µ 8M 23 750n 12.5n
ADA4622-4
ADA4622-4 Product Page ADA4622-4 Datasheet Link
4 5 – 30 715µ 10p 350µ 8M 23 750n 12.5n
ADA4522-1
ADA4522-1 Product Page ADA4522-1 Datasheet Link
1 4.5 – 55 840µ 150p 2.5n 2.7M 1.7 117n 5.8n
ADA4522-2
ADA4522-2 Product Page ADA4522-2 Datasheet Link
2 4.5 – 55 840µ 150p 2.5n 2.7M 1.7 117n 5.8n
ADA4522-4
ADA4522-4 Product Page ADA4522-4 Datasheet Link
4 4.5 – 55 840µ 150p 2.5n 2.7M 1.7 117n 5.8n
ADA4177-1
ADA4177-1 Product Page ADA4177-1 Datasheet Link
1 10 – 30 500µ 1n 60µ 3.5M 1.5 175n 8n
ADA4177-2
ADA4177-2 Product PageADA4177-2 Datasheet Link
2 10 – 30 500µ 1n 60µ 3.5M 1.5 175n 8n
ADA4177-4
ADA4177-4 Product PageADA4177-4 Datasheet Link
4 10 – 30 500µ 1n 60µ 3.5M 1.5 175n 8n
ADA4077-1
ADA4077-1 Product Page Analog Devices ADA4077-1 Evaluation Board ADA4077-1 Datasheet Link
1 5 – 30 400µ 1n 35µ 250n 3.9M 1 250n 7n
ADA4077-2
ADA4077-2 Product Page ADA4077-2 Datasheet Link
2 5 – 30 400µ 1n 35µ 250n 3.9M 1 250n 7n
ADA4077-4
ADA4077-4 Product Page ADA4077-4 Datasheet Link
4 2 400µ 1n 35µ 250n 3.9M 1 250n 7n
ADA4084-1
ADA4084-1 Product Page ADA4084-1 Datasheet Link
1 3 – 30 625µ 400n 100µ 500n 15.9M 4.6 100n 3.9n
ADA4084-2
ADA4084-2 Product Page ADA4084-2 Datasheet Link
2 3 – 30 625µ 400n 100µ 500n 15.9M 4.6 100n 3.9n
ADA4084-4
ADA4084-4 Product Page ADA4084-4 Datasheet Link
4 3 – 30 625µ 400n 100µ 500n 15.9M 4.6 100n 3.9n
ADA4528-1
ADA4528-1 Product Page Analog Devices ADA4528-1 Evaluation Board ADA4528-1 Datasheet Link
1 2.2 – 5.5 1.4m 250p 2.5µ 2n 3.4M 500m 99n 5.9n
ADA4528-2
ADA4528-2 Product Page Analog Devices ADA4528-2 Evaluation Board ADA4528-2 Datasheet Link
2 2.2 – 5.5 1.4m 250p 2.5µ 2n 3.4M 500m 99n 5.9n
ADA4661-2
ADA4661-2 Product Page Analog Devices ADA4661-2 Evaluation Board ADA4661-2 Datasheet Link
2 3 – 18 630µ 3p 100µ 600n 4M 2.2 18n
AD8622
AD8622 Product Page Analog Devices AD8622 Evaluation Board AD8622 Datasheet Link
2 5 – 36 215µ 200p 125µ 500n 560k 480m 200n 11n
AD8624
AD8624 Product PageAD8624 Datasheet Link
4 5 – 36 215µ 200p 125µ 500n 560k 480m 200n 11n
ADA4610-1
ADA4610-1 Product PageADA4610-1 Datasheet Link
1 10 – 36 1.6m 25p 400µ 16.3M 25 450n 7.3n
ADA4610-2
ADA4610-2 Product Page ADA4610-2 Datasheet Link
2 10 – 36 1.6m 25p 400µ 16.3M 25 450n 7.3n
ADA4610-4
ADA4610-4 Product Page ADA4610-4 Datasheet Link
4 10 – 36 1.6m 25p 400µ 16.3M 25 450n 7.3n
ADA4500-2
ADA4500-2 Product Page Analog Devices ADA4500-2 Evaluation Board ADA4500-2 Datasheet Link
2 2.7 – 5.5 1.55m 2p 120µ 900n 10M 5.5 14.5n
Tech Article
Guarded Limiters Improve High Impedance Sensor Dynamic Range
Videos
ADA4530-1 Electrometer Op Amp with Integrated Guard Buffer
Electrometer-Grade Amplifier Improves Measurement Accuracy ADA4530-1 Electrometer Op Amp: Measuring Femptoamp Currents
Webcasts
Counting Electrons: Making Ultra-high Sensitivity Femtoamp Measurements

High Speed Amplifiers (>50MHz)

ADI ADA4807-1/-2/-4 Image

Featured High Speed Amplifier:
ADA4807-1/-2/-4: 3.1 nV/√Hz, 1 mA, 180 MHz, Rail-to-Rail Input/Output Amplifiers

  • Low Noise
    3.1 nV/√Hz at 100 kHz
    0.7 pA/√Hz at 100 kHz
  • Low Distortion (HD2/HD3)
    -141/-144 dBc at 1 kHz
    -112/-115 dBc at 100 kHz
    -95/-79 dBc at 1 MHz
  • High speed performance
    -3dB bandwidth: 200 MHz
    Slew Rate: 225 V/µs
    0.1% Settling Time: 47 ns
  • Low input offset voltage and drift
    ±20 / ±125 µV (typical / max)
    0.7 /3.7 µV/°C (typical)
  • Low input offset current and drift
    8 / 100 nA (typical / max)
    30 / 250 pA/°C (typical / max)
  • Rail-to-Rail Input and Output
  • Low quiescent current:
    Enabled: 1 mA at ±5V
    Disabled: 2.4 µA at ±5V
  • Wide supply range:
    2.7 V to 11 V
  • Small Packaging:
    6-lead SC70, 6-lead SOT-23

Analog Devices' High Speed (>50MHz) amplifiers are the number one selling brand of High Speed amplifiers in the world today. Whether it's wide bandwidth, high slew rate or low distortion, no one sets more performance standards for next generation designs, with the widest portfolio of leading-edge products than Analog Devices. Designers who want dependable, reliable parts that enable the highest performance from their design, come here for the ultimate source in high-speed op-amps.

Click here for complete portfolio of High Speed amplifiers

Part Number No. of
Amps
Vs span (min/max) Iq/Amp (typ) BW -3 dB (typ) Slew Rate (typ) VNoise Density (typ) Ibias (typ)
    (V) (A) (Hz) (V/us) (V/rtHz) (A)
ADA4807-1
ADA4807-1 Product Page Analog Devices ADA4807-1 Evaluation Board ADA4807-1 Datasheet Link
1 2.7 – 11 1m 180M 225 3.3n 1.2µ
ADA4807-2
ADA4807-2 Product Page Analog Devices ADA4807-2 Evaluation Board ADA4807-2 Datasheet Link
2 2.7 – 11 1m 180M 225 3.3n 1.2µ
ADA4807-4
ADA4807-4 Product Page Analog Devices ADA4807-4 Evaluation Board ADA4807-4 Datasheet Link
4 2.7 – 11 1m 180M 225 3.3n 1.2µ
ADA4806-1
ADA4806-1 Product Page Analog Devices ADA4806-1 Evaluation Board ADA4806-1 Datasheet Link
1 3 – 10 570µ 105M 160 5.2n 550n
ADA4805-1
ADA4805-1 Product Page Analog Devices ADA4805-1 Evaluation Board ADA4805-1 Datasheet Link
2 2.7 – 10 570µ 105M 160 5.9n 550n
ADA4805-2
ADA4805-2 Product Page Analog Devices ADA4805-2 Evaluation Board ADA4805-2 Datasheet Link
2 2.7 – 10 570µ 105M 160 5.9n 550n
ADA4870
ADA4870 Product Page Analog Devices ADA4870 Evaluation Board ADA4870 Datasheet Link
1 10 – 40 32.5m 52M 2.5k 2.1n
ADA4895-1
ADA4895-1 Product Page ADA4895-1 Datasheet Link
1 3 – 10 3m 236M 943 1n 11µ
ADA4895-2
ADA4895-2 Product PageADA4895-2 Datasheet Link
2 3 – 10 3m 236M 943 1n 11µ
ADA4896-2
ADA4896-2 Product Page ADA4896-2 Datasheet Link
2 3 – 10 3m 230M 120 1n 11µ
ADA4897-1
ADA4897-1 Product Page Analog Devices ADA4897-1 Evaluation Board ADA4897-1 Datasheet Link
1 3 – 10 3m 230M 120 1n 11µ
ADA4897-2
ADA4897-2 Product Page Analog Devices ADA4897-2 Evaluation Board ADA4897-2 Datasheet Link
2 3 – 10 3m 230M 120 1n 11µ
ADA4891-1
ADA4891-1 Product Page Analog Devices ADA4891-1 Evaluation Board ADA4891-1 Datasheet Link
1 2.7 – 5.5 4.4m 220M 170 9n 2p
ADA4891-2
ADA4891-2 Product Page Analog Devices ADA4891-2 Evaluation Board ADA4891-2 Datasheet Link
2 2.7 – 5.5 4.4m 220M 170 9n 2p
ADA4891-3
ADA4891-3 Product Page Analog Devices ADA4891-3 Evaluation Board ADA4891-3 Datasheet Link
3 2.7 – 5.5 4.4m 220M 170 9n 2p
ADA4891-4
ADA4891-4 Product Page Analog Devices ADA4891-4 Evaluation Board ADA4891-4 Datasheet Link
4 2.7 – 5.5 4.4m 220M 170 9n 2p
ADA4898-1
ADA4898-1 Product Page Analog Devices ADA4898-1 Evaluation Board ADA4898-1 Datasheet Link
1 9 – 36 7.9m 65M 55 900p 100n
ADA4898-2
ADA4898-2 Product Page Analog Devices ADA4898-2 Evaluation Board ADA4898-2 Datasheet Link
2 9 – 36 7.9m 65M 55 900p 100n
Tech Articles
Simple Discrete SE-to-Differential Precision In-Amp Circuit

Instrumentation Amplifiers

ADI AD8422 Image

Featured Instrumentation Amplifier:
AD8422: High Performance, Low Power, Rail-to-Rail Precision Instrumentation Amplifier

  • Low power:
    330 µA maximum quiescent current
    Rail-to-rail output
  • Low noise and distortion
    8 nV/√Hz maximum input voltage noise at 1 kHz
    0.15 µV p-p RTI noise (G = 100)
    0.5 ppm nonlinearity with 2 kΩ load (G = 1)
  • Excellent AC specifications
    80 dB minimum CMRR at 10 kHz (G = 1)
    2.2 MHz bandwidth (G = 1)
  • High precision DC performance (AD8422BRZ)
    150 dB minimum CMRR (G = 1000)
    0.04% maximum gain error (G = 1000)
    0.3 µV/°C maximum input offset drift
    0.5 nA maximum input bias current
  • Wide supply range
    4.6 V to 36 V single supply
    ±2.3 V to ±18 V dual supply
  • Input overvoltage protection:
    40 V from opposite supply
    Gain range: 1 to 1000

Instrumentation amplifiers (in-amps) are precision gain blocks that have a differential input and an output that may be differential, or single-ended with respect to a reference terminal. These devices amplify the difference between two input signal voltages while rejecting any signals that are common to both inputs. The in-amps are widely used in many industrial, measurement, data acquisition, and medical applications where DC precision and gain accuracy must be maintained within a noisy environment, and where large common-mode signals (usually at the AC power line frequency) are present. Analog Devices offers a complete line of precision, low-noise, low-power in-amps with excellent CMRR (common mode rejection ratio) for every application and market.

Click here for complete portfolio of Instrumentation Amplifiers

Part Number Gain Set Gain (min/max) Input Voltage Noise (typ) BW - low gain (typ) Iq/Amp (max) Vs span (min/max) Ibias (max) No. of Amps
    (V/V) (V/V) (V/rtHz) (Hz) (A) (V) (A)
AD8420
AD8420 Product Page Analog Devices AD8420 Evaluation Board AD8420 Datasheet Link
Resistor 1 – 1000 45n 250k 100µ 2.7 – 36 27n 1
AD8421
AD8421 Product PageAD8421 Datasheet Link
Resistor 1 – 1000 3.2n 10M 2.3m 5 – 36 1n 1
AD8422
AD8422 Product Page AD8422 Datasheet Link
Resistor 1 – 1000 2.2M 300µ 3.6 – 36 500p 1
AD8426
AD8426 Product Page AD8426 Datasheet Link
Resistor 1 – 1000 24n 1.5M 425µ 2.2 – 36 30n 2
AD8428
AD8428 Product Page AD8428 Datasheet Link
Fixed Gain 2000 1.3n 3.5M 6.8m 8 – 36 50n 1
AD8429
AD8429 Product Page AD8429 Datasheet Link
Resistor 1 – 10000 1n 15M 7m 8 – 36 150n 1
AD8226
AD8226 Product Page Analog Devices AD8226 Evaluation Board AD8226 Datasheet Link
Resistor 1 – 1000 22n 1.5M 425µ 2.2 – 36 27n 1
AD8227
AD8227 Product Page Analog Devices AD8227 Evaluation Board AD8227 Datasheet Link
Resistor 5 – 1000 24n 250k 425µ 2.2 – 36 27n 1
AD8228
AD8228 Product Page AD8228 Datasheet Link
Pin Strap 10 – 100 9n 650k 1m 4.6 – 36 600p 1
AD8229
AD8229 Product PageAD8229 Datasheet Link
Resistor 1 – 1000 1n 15M 7m 8 – 34 70n 1
AD8235
AD8235 Product PageAD8235 Datasheet Link
Resistor 5 – 200 70n 23k 40µ 1.8 – 5.5 50p 1
AD8236
AD8236 Product Page AD8236 Datasheet Link
Resistor 5 – 200 70n 23k 40µ 1.8 – 5.5 10p 1
AD8237
AD8237 Product Page AD8237 Datasheet Link
Resistor 1 – 1000 70n 200k 130µ 1.8 – 5.5 650p 1
Tech Articles
Instrumentation Amplifier Common-Mode Range: The Diamond Plot

Current Sense Amplifiers

ADI AD8209A Image

Featured Current Sense Amplifier:
AD8209A: High Voltage, Precision Difference Amplifier

  • ±8000 V HBM ESD for shunt-based applications
  • AEC-Q100 qualified
  • EMI filters included
  • High common-mode voltage range
    • −20 V to +70 V survival
    • −2 V to +50 V operating
  • Buffered output voltage
  • Gain = 14 V/V
  • Low-pass filter (single-pole or two-pole)
  • Wide operating temperature range: −40°C to +125°C
  • Excellent AC/DC performance
    • ±1 mV voltage offset
    • −5 ppm/°C typical gain drift
    • 80 dB CMRR minimum DC to 10 kHz
  • Qualified for automotive applications

ADI’s Current Sense Amplifiers offer excellent performance for a wide array of automotive and power management applications. These devices accurately amplify small voltages in the presence of large common-mode voltage, provide high bandwidth, as well as level shifting and bidirectional capability. Excellent DC and AC accuracy over a wide temperature range from -40°C to 125°C minimizes errors in your measurement loop while not sacrificing on cost and package size.

Click here for complete portfolio of Current Sense Amplifiers

Part Number EMI Filter Option Common Mode In (min/max) Vos TC (max) Gain (typ) Vs span (min/max) BW -3 dB (typ) CMRR (min) Vin direction Reliability Level
    (V) (V/°C) (V/V) (V) (Hz) (dB)    
AD8209A
AD8209A Product Page Analog Devices AD8209A Evaluation Board AD8209A Datasheet Link
Yes -2 –70 20µ 14 4.5 – 5.5 100k -80 Uni-directional Automotive
AD8209A
AD8209A Product Page Analog Devices AD8209A Evaluation Board AD8209A Datasheet Link
Yes -2 –70 400n 20 2.7 – 5.5 250k -90 Bi-directional Automotive, DIE
AD8417
AD8417 Product Page Analog Devices AD8417 Evaluation Board AD8417 Datasheet Link
Yes -2 –70 400n 60 2.7 – 5.5 250k -90 Bi-directional Automotive
AD8418
AD8418 Product Page Analog Devices AD8418 Evaluation Board AD8418 Datasheet Link
No -2 –70 20 2.7 – 5.5 250k -90 Bi-directional Automotive
AD8217
AD8217 Product PageAD8217 Datasheet Link
No 4.5 – 80 100n (typ) 20 4.5 – 80 500k -90 Uni-directional
AD8218
AD8218 Product PageAD8218 Datasheet Link
No 4 – 80 100n (typ) 20 4 – 80 450k -90 Bi-directional  
AD8219
AD8219 Product Page AD8219 Datasheet Link
No 4 – 80 100n (typ) 60 4 – 80 500k -94 Uni-directional  

Difference Amplifiers

ADI AD8479 Image

Featured Difference Amplifier:
AD8479: ±600 V Common-Mode Voltage Precision Difference Amplifier

  • ±600 V common-mode voltage range
  • Rail-to-rail output
  • Fixed gain of 1
  • Wide power supply range of ±2.5 V to ±18 V
  • 550 µA typical power supply current
  • Excellent AC specifications
    • 90 dB minimum CMRR
    • 130 kHz bandwidth
  • High accuracy DC performance
    • 5 ppm maximum gain nonlinearity
    • 10 µV/°C maximum offset voltage drift
    • 5 ppm/°C maximum gain drift

A difference amplifier is a special purpose amplifier designed to measure differential signals, otherwise known as a subtractor. A key feature of a difference amplifier is its ability to remove unwanted common mode signals, known as common mode rejection (CMR). Unlike most types of amplifiers, difference amplifiers are typically able to measure voltages beyond the supply rails, and are used in applications where large DC or AC common-mode voltages are present. They are ideal for current and voltage monitoring. We offer a range of difference amplifiers, optimized for low distortion, low power, or high voltage performance.

Click here for complete portfolio of Difference Amplifiers

Part Number Common Mode In (min/max) Input Beyond Supply Gain (min/max) BW - low gain (typ) Slew Rate (typ) Iq/Amp (max) Vs span (min/max) No. of Amps
  (V) (V) (V/V) (V/V) (Hz) (V/us) (A)  
AD8479
AD8479 Product Page Analog Devices AD8479 Evaluation Board AD8479 Datasheet Link
-600 – 600 Yes 1 – 1 130k 7.5 650µ 5 – 36 1
ADA4830-1
ADA4830-1 Product Page Analog Devices ADA4830-1 Evaluation Board ADA4830-1 Datasheet Link
-600 – 600 Yes 1 – 1 300 7.5 2.9 5.5 2
ADA4830-2
ADA4830-2 Product Page ADA4830-2 Datasheet Link
-600 – 600 Yes 1 – 1 300 7.5 2.9 5.5 1
AD8279
AD8279 Product Page Analog Devices AD8279 Evaluation Board AD8279 Datasheet Link
-45.3 – 40.5 Yes 0.5 – 2 1M 1.3 350µ 2 – 36 2
AD8278
AD8278 Product Page AD8278 Datasheet Link
-45.3 – 40.5 Yes 0.5 – 2 1M 1.4 200µ 2 – 36 1
AD8277
AD8277 Product Page Analog Devices AD8277 Evaluation Board AD8277 Datasheet Link
-30.2 – 27 Yes 1 – 1 550k 1.1 200µ 2 – 36 2
AD8276
AD8276 Product PageAD8276 Datasheet Link
-30.2 – 27 Yes 1 – 1 550k 1.1 200µ 2 – 36 1
AD8274
AD8274 Product Page AD8274 Datasheet Link
-40.5 – 40.5 Yes 0.5 – 2 20M 1.1 2.6m 5 – 36 1
AD8273
AD8273 Product Page Analog Devices AD8273 Evaluation Board AD8273 Datasheet Link
-40.5 – 40.5 Yes 0.5 – 3 20M 20 2.5m 5 – 36 2
AD8271
AD8271 Product Page Analog Devices AD8271 Evaluation Board AD8271 Datasheet Link
-15.4 – 15.4 Yes 0.5 – 2 20M 30 2.6m 5 – 36 1
AD8270
AD8270 Product Page AD8270 Datasheet Link
-15.4 – 15.4 Yes 0.5 – 2 20M 30 2.5m 5 – 36 2
App Notes
Output Current Monitoring of High Voltage Class D Amplifiers
High Common-Mode Voltage Current Loop Transmitter Front End
Common-Mode Step Response of Current Sense Amplifiers

Variable Gain Amplifiers (VGAs)

ADI AD8338 Image

Featured VGA Amplifier:
AD8338: Low Power, 18MHz Variable Gain Amplifier

  • Voltage controlled gain range of 0 dB to 80 dB
  • 3 mA supply current at gain of 40 dB
  • Low frequency (LF) to 18 MHz operation
  • Supply range: 3.0 V to 5.0 V
  • Low noise: 4.5 nV/√Hz at 80 dB gain
  • Fully differential signal path
  • Offset correction (offset null) feature
  • Internal 1.5 V reference
  • 16-lead LFCSP
  • Automatic gain control feature
  • Wide gain range for high dynamic range signals

Variable gain amplifiers (VGAs) have been used in a variety of remote sensing and communications equipment for more than a half-century. Applications ranging from ultrasound, radar, lidar to wireless communications—and even speech analysis—have utilized variable gain in an attempt to enhance dynamic performance.

Click here for complete portfolio of Variable Gain Amplifiers

Part Number No. of Channel Gain Control Gain (min) Gain (max) Is (typ)
    (Hz) (dB) (dB) (A)
AD8338
AD8338 Product Page Analog Devices AD8338 Evaluation Board AD8338 Datasheet Link
1 Analog 0 80 3m
AD8264
AD8264 Product Page Analog Devices AD8264 Evaluation Board AD8264 Datasheet Link
4 Analog 0 24 99m
App Notes
Designing with the AD8338
Tech Articles
Two New Devices Help Reinvent the Signal Generator

Resources & Tools

Amplifier and Standard Linear Selection Guide

Amplifier and Standard Linear Selection Guide  

The new Amplifier and Standard Linear Selection Guide includes product information and design resources for instrumentation, current sense, difference, variable gain amplifiers, and precision voltage references. It is your go-to source for navigating ADI’s amplifier and voltage reference product offerings.

Quick product selection and equation charts:

Learning Resources
Webcasts | Videos | Training and Tutorials | EngineerZone Support Community
ADI Tools
Analog Filter Wizard | Power Dissipation vs. Die Temp Calculator | DiffAmp Calculator | Photodiode Wizard
Op Amp Error Budget Calculator | In-amp Error Budget Calculator | Instrumentation Amplifier Diamond Plot Tool
Design Resources
SPICE Models | Circuits from the Lab Reference Designs