5V Ultra Low Noise, Zero Drift Rail-to-Rail Precision Op Amp
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Overview
Description
The ISL28134 is a single, chopper-stabilized zero drift operational amplifier optimized for single and dual supply operation from 2. 25V to 6. 0V and ±1. 125V and ±3. 0V. The ISL28134 uses auto-correction circuitry to provide very low input offset voltage, drift and a reduction of the 1/f noise corner below 0. 1Hz. The ISL28134 achieves ultra low offset voltage, offset temperature drift, wide gain bandwidth and rail-to-rail input/output swing while minimizing power consumption. The ISL28134 is ideal for amplifying the sensor signals of analog front-ends that include pressure, temperature, medical, strain gauge and inertial sensors down to the µV levels. The ISL28134 can be used over standard amplifiers with high stability over the industrial temperature range of -40°C to +85°C and the full industrial temperature range of -40°C to +125°C. The ISL28134 is available in an industry standard pinout SOIC and SOT-23 packages.
ISL28134 Functional Diagram
Features
- Rail-to-rail inputs and outputs
- CMRR at VCM = 0.1V beyond VS: 135dB, typ
- VOH and VOL: 10mV from VS, typ
- No 1/f noise corner down to 0.1Hz
- Input noise voltage: 10 nV/√Hz at 1kHz
- 0.1Hz to 10Hz noise voltage: 250nVP-P
- Low offset voltage: 2.5µV, Max
- Superb offset drift: 15nV/°C, Max
- Single supply: 2.25V to 6.0V
- Dual supply: ±1.125V to ±3.0V
- Low ICC: 675µA, typ
- Wide bandwidth: 3.5MHz
- Operating temperature range
- Industrial: -40°C to +85°C
- Full industrial: -40°C to +125°C
- Packaging
- Single: SOIC, SOT-23
Applications
- Medical instrumentation
- Sensor gain amps
- Precision low drift, low frequency ADC drivers
- Precision voltage reference buffers
- Thermopile, thermocouple, and other temperature sensors
- front-end amplifiers
- Inertial sensors
- Process control systems
- Weight scales and strain gauge sensors
Documentation
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PDF1.73 MB
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Datasheet
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Application Note
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Application Note
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Application Note
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R13AN0002: Composite Amplifier Design for High Gain Applications with READ2302 and ISL28134 Rev.1.00 PDF206 KB
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Application Note
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PDF564 KB
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Application Note
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PDF2.04 MB
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Application Note
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PDF357 KB
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Application Note
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Application Note
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PDF394 KB
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Guide
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PDF529 KB
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Manual - Development Tools
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Manual - Development Tools
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Manual - Development Tools
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PDF908 KB
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Manual - Development Tools
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PDF458 KB
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Manual - Development Tools
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PDF296 KB
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Other
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PDF519 KB
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Other
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PDF208 KB
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Price Increase Notice
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PDF363 KB
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Product Advisory
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PDF178 KB
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Product Change Notice
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PDF557 KB
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Product Change Notice
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PDF152 KB
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Product Change Notice
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PDF135 KB
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Product Change Notice
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Technical Brief
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Design & Development
Software & Tools
Boards & Kits
Boards & Kits
Low-Side, Bidirectional, Precision Current Sense Op Amp Evaluation Board
The ISL28130ISENSEV1Z evaluation board is designed specifically for low-side bidirectional current sensing for up to 10A of current. The evaluation board uses a 1mΩ current sense resistor that is capable of handling 4W of power dissipation.
Featured Documents:
Low-Side, Bidirectional, Precision Current Sense Op Amp Evaluation Board
The ISL28133CSENSEV1Z evaluation board is designed specifically for low-side bidirectional current sensing up to 10A of current. The evaluation board uses a 1mΩ current sense resistor that is capable of handling 4W of power dissipation.
The ISL28133 is a single micropower, chopper stabilized operational amplifier that is optimized for single supply operation from 1.8V to 5.5V.
Featured Documents:
Low-Side, Bidirectional, Precision Current Sense Op Amp Evaluation Board
ISL28133ISENSEV1Z evaluation board is designed specifically for low-side bidirectional current sensing up to 10A of current. The evaluation board uses a 1mΩ current sense resistor that is capable of handling 4W of power dissipation.
Featured Documents:
Low-Side, Bidirectional, Precision Current Sense Op Amp Evaluation Board
The ISL28134ISENSEV1Z evaluation board is designed specifically for low-side bidirectional current sensing up to 10A of current. The evaluation board uses a 1mΩ current sense resistor that is capable of handling 4W of power dissipation.
The ISL28134 is a single, chopper-stabilized zero drift operational amplifier optimized for single and dual supply operation from 2.25V to 6.0V and ±1.125V and ±3.0V.
Featured Documents:
5V Ultra-Low Noise, Zero Drift Rail-to-Rail Precision Op Amp Evaluation Board
The ISL28134SOICEVAL1Z evaluation board is designed to evaluate the performance of the ISL28134 low noise chopper stabilized op amp. The evaluation board contains the circuitry needed to evaluate the high performance of the ISL28134 amplifier. The ISL28134 chopper stabilized rail-to-rail input/output (RRIO) amplifier features a low 2.5µV maximum VOS and 15nV/°C drift over-temperature.
Featured Documents:
DAQ on a Stick with Honeywell Pressure Sensor Kit
The DAQ on a Stick with Honeywell Pressure Sensor uses Renesas' data acquisition (DAQ) on a stick reference design with Honeywell's NBP Series-Uncompensated/Unamplified 0psi to 30psi basic board mount pressure sensor. This demo shows a complete signal chain solution from the Honeywell sensor, signal conditioning using Renesas' precision parts and a Renesas microcontroller. The complete reference design is conveniently housed in a USB stick form factor with a plug-in sensor board.
Featured Documents:
DAQ on a Stick Strain Gauge Kit
The DAQ on a Stick Renesas Strain Gauge is one of a series of reference designs highlighting Renesas' precision products with different microcontrollers. This reference design is a self-contained demo showing a complete signal chain solution using Renesas precision parts and a Renesas microcontroller. The complete reference design is conveniently housed in a USB stick form factor.
Featured Documents:
DAQ on a Stick Renesas Thermocouple Kit
The DAQ on a Stick Renesas Thermocouple is one of a series of reference designs highlighting Renesas' precision products with different microcontrollers. This reference design is a self-contained demo showing a complete signal chain solution using Renesas precision parts and a Renesas microcontroller. The complete reference design is conveniently housed in a USB stick form factor.
Featured Documents:
Models
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