Analog Devices Inc. Data Acquisition Signal Chains
Analog Devices Inc. Data Acquisition Signal Chains are signal chain options that provide highly scalable solutions for data acquisition, with trade-offs between power, bandwidth, and noise. These chains are typified by simplified analog front-end design with antialiasing protection. Single-channel signal chains can be utilized in multichannel systems where channel-to-channel isolation is required.Data Acquisition – Single Channel
Scalable Performance
Input Protection Switch – ADG5421F - ±60 V fault protection and detection, 11Ω RON, dual SPST switch
Gain – LTC6373- 36V fully-differential programmable-gain instrumentation amplifier with 25pA input bias current
ADC Driver – ADA4945-1 - Ultra-low distortion 1nV/√Hz amp
ADC – AD7768-1 –DC to 204kHz, dynamic signal analysis, precision 24-bit ADC with power scaling
REF Buffer – AD8628 – Zero-drift, single-supply, rail-to-rail input/output operational amplifier
REF – ADR444 – Ultra-low noise, high-accuracy 4.096V voltage reference
Isolation – AduM141E - 150Msps 3/3.75kV rms isolator
High Density
Input Protection Switch – ADG5421F - ±60V fault protection and detection, 11Ω RON, dual SPST switch
Gain/ADC Driver/ADC – ADAQ7768-1- 24-Bit, 1 Msps data acquisition solution µModule
REF Buffer – AD8628 – Zero-drift, single-supply, rail-to-rail input/output operational amplifier
REF – ADR444 – Ultra-low noise, high-accuracy 4.096V voltage reference
Isolation – AduM141E - 150Msps 3/3.75kV rms isolator
Low Latency
Input Protection Switch – ADG5421F - ±60V fault protection and detection, 11Ω RON, dual SPST switch
Gain – LTC6373- 36V fully-differential programmable-gain instrumentation amplifier with 25pA input bias current
ADC Driver – ADA4945-1 - Ultra-low distortion 1nV/√Hz amp
ADC – AD4003 – 18-Bit, 2 Msps, differential SAR ADC
REF Buffer – ADA4807 – 3.1nV/√Hz, 1mA, 180MHz, rail-to-rail input/output amplifier
REF – ADR4550 – Ultra-low noise, high-accuracy 5.0V voltage reference
Isolation – AduM141E - 150Msps 3/3.75kV rms isolator
Data Acquisition - Multichannel
Alias-Free Simultaneous Sampling
Input Protection Switch – ADG5421F – ±60 V fault protection and detection, 11Ω RON, dual SPST switch
Gain – LTC6373 – 36V fully-differential programmable-gain instrumentation amplifier with 25pA input bias current
ADC – AD4134 – 24-Bit, 4-channel 1.5 Msps precision alias free ADC
Ref – ADR4540/ADR444 – Ultra-low noise, high-accuracy 4.096V voltage reference
Isolation – ADuM141D/E - 150Msps 3/3.75kV rms isolator
Scalable Simultaneous Sampling
Input Protection Switch – ADG5421F – ±60V fault protection and detection, 11Ω RON, dual SPST switch
Gain – LTC6373 – 36V fully-differential programmable-gain instrumentation amplifier with 25pA input bias current
ADC Driver – ADA4945-1 – High speed, ±0.1µV/˚C offset drift, fully differential ADC drive
ADC – AD7768 – DC to 204kHz, dynamic signal analysis, precision 24-bit ADC with power scaling
Ref –ADR444 – Ultra-low noise, high-accuracy 4.096V voltage reference
Isolation – ADuM141D/E - 150Msps 3/3.75kV rms isolator
Low Latency Simultaneous Sampling
Input Protection Switch – ADG5421F – ±60V fault protection and detection, 11Ω RON, dual SPST switch
Gain – LTC6373 – 36V fully-differential programmable-gain instrumentation amplifier with 25pA input bias current
ADC Driver – ADA4945-1 – High speed, ±0.1µV/˚C offset drift, fully differential ADC driver
ADC – AD7380 – 24-Bit, 4-channel 1.5Msps precision alias free ADC
Ref Buffer – ADA4807-1 - 2.1nV/√Hz, 1.1mA, 80MHz low noise, and distortion, rail-to-rail output amplifier
Ref –ADR4533 – Ultra-low noise, high-accuracy 3.3V voltage reference
Isolation – ADuM141D/E - 150Msps 3/3.75kV rms isolator
Additional Resources
- LTC6655 Video Product Brief
- Bank Isolated, 2-Channel, 16-Bit, 500 kSPS, Simultaneous Sampling Signal Chain Featuring μModule Data Acquisition System
- Isolated, Multichannel Data Acquisition System with PGIA for Single-Ended and Differential Industrial Level Signals
- High Performance, Alias Free Measurement Platform for Flexible Data Acquisition System
- AC and DC Data Acquisition Signal Chains Made Easy
- CTSD Precision ADCs—Part 1: How to Improve Your Precision ADC Signal Chain Design Time
- How High Performance Modular Instruments Enable Greater Applications and Smaller Form Factor
