Teledyne SP Devices

pdf 15-1494 Operating System Support

This application note contains details on digitizer OS support.

pdf 19-2245 System Transfer Speed Test

This document describes an application intended for testing the transfer link between the host PC and the digitizer with respect to achievable and sustainable performance.

pdf 16-1790 High Performance Digitizer Theory

This application note gives an introduction to high performance digitizer theory including the critical parameters: signal power, noise level and reflections (impedance mismatch).

pdf 18-2118 Pulse Detection Application Note

The firmware option FWPD, for the ADQ14 and ADQ7, is tailored to detected and analyze pulses in demanding measurement applications where the properties of the pulses are not known in advance.

pdf 18-2104 FWATD Application Note

The firmware option FWATD (advanced time domain) for ADQ7 and ADQ14 is designed for extreme dynamic range.

pdf 18-2069 ADQ System Design for Data Processing

The data processing is as important as the acquisition, and this application note describes ways of processing the large amount of data that the ADQ-series of digitizers produce.

pdf 19-2334 ADQ7-FW2DDC Configuration Application Note

This document contains a description of the firmware option ADQ7-FW2DDC for the digitizer hardware platforms ADQ7DC and ADQ7WB.

pdf 15-1619 ADQ14 PCIe Streaming to Disk

This application note describes how to stream data to disk in a high speed recording system. The measured performance is 1.5 GBytes/s sustained to disk.

pdf 13-0937 Data Transfer

This application note is a guide to how to set up the data transfer and combine it with on-board feature extraction (data reduction) to meet the requirements of the application.

pdf 13-1088 Clocking

This document contains a general description of the clock system and examples on how to use it.

  • "The technical and intellectual support from the team at Teledyne SP Devices has been playing an important role in our research."

    Associate Professor at Hong Kong University (HKU)
    who has implemented a system supporting line scan rates of 10M lines/s

  • "I can state that ADQ7DC is the best digitizer for high resolution positron lifetime spectroscopy I found on the market."

    prof. Jakub Čížek, Department of Low Temperature Physics at Charles University, Prague

  • "The ADQ7DC digitizer is the best device of this type available on the market with high sampling rate, wide analog bandwidth, quality and stability of signal acquisition. A professional team of the SP Devices engineers ensure support and quick response to the inquiries."

    M. Sc. Grzegorz Nitecki, Faculty of Electronics, Military Academy of Technology, Warsaw, Poland

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