WM8199SCDS/V

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The ​WM8199SCDS/V is​ a 16-bit Analog-to-Digital Converter (ADC) that enables the measurement of low noise signals with very​ high accuracy and resolution. It is specifically designed for applications requiring the capture of low-frequency signals with very high accuracy. These applications include medical imaging, spectrography, high-precision measurements and instrumentation, aerospace and defense, scientific instrumentation, and industrial automation.

The WM8199SCDS/V is a Data Acquisition - Analog Front End (AFE) device, meaning it evaluates and converts electrical signals from the analog domain. The AFE device is connected to the outside world via an analog interface, for example a pair of differential inputs. It is the job of the AFE to pre-process the analog signals such as conditioning, amplification, and filtering before being sent to the conversion stage.

The WM8199SCDS/V is a low- power, low-noise, low-latency AFE device. It has a wide dynamic range and very high resolution, making it suitable for a variety of application fields.

At its core, the WM8199SCDS/V utilizes an array of low-noise, low-power, low-latency 16-bit ADC’s. Each ADC is multiplexed with an analog signal input to enable simultaneous sampling of multiple channels of data. This device can sample up to 8 channels of differential data at speeds up to 250 kHz and it has a resolution of 16 bits.

The WM8199SCDS/V also includes an array of signal conditioning and signal chain integration features. These features include adjustable full-scale range, programmable gain and low-pass filters, and adaptive power-saving modes. This device also includes a built-in calibrator for quick setup and easy maintenance.

In addition to its signal conditioning and integration capabilities, the WM8199SCDS/V also features an onboard low voltage differential signaling (LVDS) interface. This interface is designed to reduce signal noise and crosstalk, allowing for high-resolution data capture.

The WM8199SCDS/V is designed to meet the accuracy and resolution requirements of a variety of application fields, including medical imaging, spectroscopy, high-precision measurements and instrumentation, aerospace and defense, scientific instrumentation, and industrial automation. The device is a reliable, cost-effective solution for applications requiring the capture of low-frequency signals with very high accuracy.

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