Digital analogue converters - Import export

The analogue to digital converter series of type „DX“ are specially designed for a large dynamic range and high stability, which makes them suitable for almost all applications.These ADC’s have internal digital calibrations resulting in highly significant signal output. Due to this digital signal processing, all signals have the identical transfer function which allows for high precise post-processing of the data. Highlights - Low power consumption - Very low noise, large dynamic range and high linearity - Digital temperature compensation minimizes drifts - Sensor output digitally error-corrected with respect to scaling and offset - Small size and lightweight - Single coaxial cable for power and data introduces minimal magnetic signature

Measurement of magnetic and electrical signals with STL's unique 26 bit ADC's For measuring electric and magnetic fields the STL's unique 26 bit ADC pioneers works in an underwater system. In addition to deployment and recovery the chain configuration by a single cable used for power and data transmission uses three or more sensors platforms are fully connected to the base station. Environmental and pressure sensors use an ultra low noise isolation preamplifier, and the analogue sensor front end is formed by 3 pairs of UEP Carbon electrodes. The 26-bit analogue to digital converter is what the digital part is based on with a novel high end performance. Geometry compensated signal output through the consequent digital signal processing provides temperature. To achieve the software alignment the tilt sensors are used to achieve the precise settings with a pair of high resolution electric field vector components.

The High Resolution Voltmeter System, DX 005 / 020 from STL is designed in accordance with a delta-sigma converter concept that is for an effective signal readout from the different sensors that are used for quality control, production, laboratory, or field applications. It is engineered to provide high linearity and resolution stability of a calibration instrument whose system is capable of dealing with up to 3000 simultaneously measured channels.