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The Standalone Data Acquisition System (SDAS) is a portable digital data recording system for geophysical field data collection. This report describes the SDAS, giving special emphasis to the SDAS signal conditioning subsystem, which uses custom-designed active filter modules for signal filtering and amplifications. Detailed descriptions of the active filters, including design equations and software, are provided. This subsystem, together with software for its configuration and performance verification, provides an improved capability for analog signal conditioning. This report also provides a functional description of the SDAS. It documents the system hardware and such software as is needed for system configuration and checkout. Each subsystem in the SDAS is described via functional descriptions and such diagrams and schematics as are necessary to understand subsystem functioning. Detailed schematics, parts lists, software listings, and subsystem specifications are covered in appendices.
Book Synopsis The Air Force Geophysics Laboratory Standalone Data Acquisition System by : Peter G. Von Glahn
Download or read book The Air Force Geophysics Laboratory Standalone Data Acquisition System written by Peter G. Von Glahn and published by . This book was released on 1980 with total page 266 pages. Available in PDF, EPUB and Kindle. Book excerpt: The Standalone Data Acquisition System (SDAS) is a portable digital data recording system for geophysical field data collection. This report describes the SDAS, giving special emphasis to the SDAS signal conditioning subsystem, which uses custom-designed active filter modules for signal filtering and amplifications. Detailed descriptions of the active filters, including design equations and software, are provided. This subsystem, together with software for its configuration and performance verification, provides an improved capability for analog signal conditioning. This report also provides a functional description of the SDAS. It documents the system hardware and such software as is needed for system configuration and checkout. Each subsystem in the SDAS is described via functional descriptions and such diagrams and schematics as are necessary to understand subsystem functioning. Detailed schematics, parts lists, software listings, and subsystem specifications are covered in appendices.
The Standalone Data Acquisition System (SDAS) is a portable digital data recording system for geophysical field data collection. This report describes the SDAS, giving special emphasis to the SDAS signal conditioning subsystem, which uses custom-designed active filter modules for signal filtering and amplifications. Detailed descriptions of the active filters, including design equations and software, are provided. This subsystem, together with software for its configuration and performance verification, provides an improved capability for analog signal conditioning. This report also provides a functional description of the SDAS. It documents the system hardware and such software as is needed for system configuration and checkout. Each subsystem in the SDAS is described via functional descriptions and such diagrams and schematics as are necessary to understand subsystem functioning. Detailed schematics, parts lists, software listings, and subsystem specifications are covered in appendices.
Book Synopsis The Air Force Geophysics Laboratory Standalone Data Acquisition System by : Peter G. Von Glahn
Download or read book The Air Force Geophysics Laboratory Standalone Data Acquisition System written by Peter G. Von Glahn and published by . This book was released on 1980 with total page 261 pages. Available in PDF, EPUB and Kindle. Book excerpt: The Standalone Data Acquisition System (SDAS) is a portable digital data recording system for geophysical field data collection. This report describes the SDAS, giving special emphasis to the SDAS signal conditioning subsystem, which uses custom-designed active filter modules for signal filtering and amplifications. Detailed descriptions of the active filters, including design equations and software, are provided. This subsystem, together with software for its configuration and performance verification, provides an improved capability for analog signal conditioning. This report also provides a functional description of the SDAS. It documents the system hardware and such software as is needed for system configuration and checkout. Each subsystem in the SDAS is described via functional descriptions and such diagrams and schematics as are necessary to understand subsystem functioning. Detailed schematics, parts lists, software listings, and subsystem specifications are covered in appendices.
Book Synopsis A Functional Description of the Geophysical Data Acquisition System by : Joseph I. Blaney
Download or read book A Functional Description of the Geophysical Data Acquisition System written by Joseph I. Blaney and published by . This book was released on 1990 with total page 0 pages. Available in PDF, EPUB and Kindle. Book excerpt:
Vols. for 1976- include Its Geophysics and space data bulletin.
Book Synopsis Special Reports - Air Force Geophysics Laboratory by :
Download or read book Special Reports - Air Force Geophysics Laboratory written by and published by . This book was released on 1964 with total page 826 pages. Available in PDF, EPUB and Kindle. Book excerpt: Vols. for 1976- include Its Geophysics and space data bulletin.
Book Synopsis Air Force Surveys in Geophysics by :
Download or read book Air Force Surveys in Geophysics written by and published by . This book was released on 1977 with total page 414 pages. Available in PDF, EPUB and Kindle. Book excerpt:
Book Synopsis A Functional Description of the Geophysical Data Acquisition System by : Joseph I. Blaney
Download or read book A Functional Description of the Geophysical Data Acquisition System written by Joseph I. Blaney and published by . This book was released on 1990 with total page 72 pages. Available in PDF, EPUB and Kindle. Book excerpt:
Book Synopsis Design of a Laboratory Data Acquisition System (Time Digitization System). by : John R. Maneely (CAPT, USAF.)
Download or read book Design of a Laboratory Data Acquisition System (Time Digitization System). written by John R. Maneely (CAPT, USAF.) and published by . This book was released on 1978 with total page 332 pages. Available in PDF, EPUB and Kindle. Book excerpt:
Book Synopsis Scientific and Technical Aerospace Reports by :
Download or read book Scientific and Technical Aerospace Reports written by and published by . This book was released on 1989 with total page 1134 pages. Available in PDF, EPUB and Kindle. Book excerpt:
This report describes the additional data processing programs that have been developed to edit, process, and analyze the digital data tapes generated at the U.S. Air Force Project OPAQUE Field Station in Meppen, Federal Republic of Germany. As a continuation of previous tasks that were reported in (AD's-A131 105 and A127 879), the efforts described in this report detail the processes and procedures developed to generate, maintain, reduce and analyze the large data base representing continuous measurements of atmospheric optical properties in the visible and infrared regions over the past thirty-three months. Keywords: Data base management; Data reduction; Control programs; Algorithms; Procedure files; Data tapes; and Sensor performance.
Book Synopsis The Processing and Analysis of the Data from an Air Force Geophysics Laboratory Atmospheric Optical Measurement Station and the Maintenance of the Central Data Logger System by : James E. Powers
Download or read book The Processing and Analysis of the Data from an Air Force Geophysics Laboratory Atmospheric Optical Measurement Station and the Maintenance of the Central Data Logger System written by James E. Powers and published by . This book was released on 1984 with total page 57 pages. Available in PDF, EPUB and Kindle. Book excerpt: This report describes the additional data processing programs that have been developed to edit, process, and analyze the digital data tapes generated at the U.S. Air Force Project OPAQUE Field Station in Meppen, Federal Republic of Germany. As a continuation of previous tasks that were reported in (AD's-A131 105 and A127 879), the efforts described in this report detail the processes and procedures developed to generate, maintain, reduce and analyze the large data base representing continuous measurements of atmospheric optical properties in the visible and infrared regions over the past thirty-three months. Keywords: Data base management; Data reduction; Control programs; Algorithms; Procedure files; Data tapes; and Sensor performance.
During the period 9 to 29 October 1986, seismic and atmospheric pressure data were recorded at the AFGL operated array at La Junta, Colorado. The purpose of this effort was to develop statistical models of the noise environments at this site for use in defining event detection capabilities of the array. Analysis of these data demonstrates that peak noise amplitudes for 1-second windows could adequately be modeled as Type II Gumbel extreme value distributions, EXII (u, k). Further, it was shown that there is at best only weak correlation between the noise fields in both a broad-and narrow-band sense.
Book Synopsis Temporal Attributes of the Ambient Seismo-acoustic Environment by : James C. Battis
Download or read book Temporal Attributes of the Ambient Seismo-acoustic Environment written by James C. Battis and published by . This book was released on 1989 with total page 50 pages. Available in PDF, EPUB and Kindle. Book excerpt: During the period 9 to 29 October 1986, seismic and atmospheric pressure data were recorded at the AFGL operated array at La Junta, Colorado. The purpose of this effort was to develop statistical models of the noise environments at this site for use in defining event detection capabilities of the array. Analysis of these data demonstrates that peak noise amplitudes for 1-second windows could adequately be modeled as Type II Gumbel extreme value distributions, EXII (u, k). Further, it was shown that there is at best only weak correlation between the noise fields in both a broad-and narrow-band sense.
