Key benefits Eight analog inputs with 1 MΩ input impedance per channel enable multisensor measurements with minimal loading and wide compatibility. No negative supply required and no frontend analog amplifier needed, allowing direct connection of sensors to the device inputs. resolution 16bit AD7606 ADC delivers precise measurements for quality data acquisition. Up to 200 ksps sampling rate supports fastchanging signals and dynamic measurements. Eight sampling profile settings help effectively reduce jitter and improve data quality in noisy environments. Key specifications (summary) Inputs: 8 analog inputs Input impedance: 1 MΩ Power/ergonomy: No negative supply required; no frontend analog amplifier needed; direct connection from sensors to inputs ADC: 16bit AD7606 Sampling rate: Up to 200 ksps Sampling profiles: Supports eight sampling profile settings for jitter reduction What makes it stand out Multichannel, resolution data capture with a straightforward connection to sensors Direct sensor compatibility without requiring additional frontend amplification Flexible jitter reduction through eight selectable sampling profiles Balanced combination of channel count, resolution, and speed suitable for a range of measurement tasks Applications and use scenarios Lab sensor characterization and testing Connect multiple sensors directly to the eight inputs to capture precision data across several signals with reduced jitter, enabling reliable calibration and analysis. Industrial process monitoring Monitor up to eight process signals simultaneously with 16bit resolution and a fast 200 ksps rate to detect rapid changes and maintain data integrity. Benchtop instrumentation and development Useful in prototyping and validation work where direct sensor connection, input impedance, and robust jitter management improve measurement repeatability and accuracy. Notes Specifications are aligned with the device's eightchannel, 1 MΩ input impedance, 16bit AD7606 ADC core, and up to 200 ksps sampling capability Eight sampling profiles provide configurable jitter reduction to suit different measurement environments without requiring external frontend amplification