Sigma-Delta Conversion; No External Antialiasing Filters Required
High Effective Sampling Rate; 16-32 Times the Effective Rate of Successive Approximation Converters Operating at the Same Conversion Rate
Integral Antialiasing Input Filters Reject Out-of-Band Interference Components
Software-Selectable Ranges: 1.25 Volts, 2.5 Volts, 5 Volts or 10 Volts
Six 16-Bit Analog Input Channels; Dedicated Sigma-Delta Converter per Channel
Sample Rates Adjustable up to 1,100 K-Samples per Second per Channel
Two Independent Sample-Rate Generators; Adjustable with 0.2 Percent Resolution
Low Noise; Less than 130µVRMS on 1.25 Volt Input Range
64K-Sample FIFO Buffer with 2-Channel DMA support. All Data is Channel-Tagged.
Harmonic Sampling Supported, with Clocking Ratios Between Channels from 1 to 20
Auto calibration Uses Hardware Correction; No missing Codes Introduced
Integral Shield Assures Minimum Susceptibility to Radiated Noise in PMC Environments
High Effective Sampling Rate; 16-32 Times the Effective Rate of Successive Approximation Converters Operating at the Same Conversion Rate
Integral Antialiasing Input Filters Reject Out-of-Band Interference Components
Software-Selectable Ranges: 1.25 Volts, 2.5 Volts, 5 Volts or 10 Volts
Six 16-Bit Analog Input Channels; Dedicated Sigma-Delta Converter per Channel
Sample Rates Adjustable up to 1,100 K-Samples per Second per Channel
Two Independent Sample-Rate Generators; Adjustable with 0.2 Percent Resolution
Low Noise; Less than 130µVRMS on 1.25 Volt Input Range
64K-Sample FIFO Buffer with 2-Channel DMA support. All Data is Channel-Tagged.
Harmonic Sampling Supported, with Clocking Ratios Between Channels from 1 to 20
Auto calibration Uses Hardware Correction; No missing Codes Introduced
Integral Shield Assures Minimum Susceptibility to Radiated Noise in PMC Environments
