Copr. 1949-1998 Hewlett-Packard Co.
HEWLETT-PACKARD JOURNAL
Technical Information from the Laboratories of Hewlett-Packard Company
Contents- SEPTEMBER 1982 Volume 33 Number 9
Oscilloscope Measurement System Is Programmable and Autoranging, by William B. Risley More than compatible. oscilloscope, this new instrument is computer-controllable and systems compatible. Designing the Oscilloscope Measurement System, by Russell J. Harding, Monte R. Campbell, William E. Watry, John R. Wilson, and Wilhelm Taylor The microprocessor brings the new dimension of programmabi/ity to the oscilloscope. Development of the 1980A/B Oscilloscope Measurement System, by Zvonko Fazarinc and William B. Risley From Hewlett-Packard Laboratories to HP's Colorado Springs Division, here are the people who developed the 1980A/B. Digital Waveform Storage for the Oscilloscope Measurement System, by Eddie A. Evel and Robert M. Landgraf With this option, the oscilloscope measurement system can digi tize, store, and transmit waveform data and receive waveform data from a computer for display. Putting the Measurement System on the Bus, by Michael J. Karin The oscilloscope is a latecomer to the world of interface-bus-compatib/e instruments. Mechanical Design of the Oscilloscope Measurement System, by John W. Campbell Except configurations. one printed circuit board, the same parts go into the two possible configurations. A High-Performance Bipolar Integrated Circuit Process, by Albert S. Wang and Irene V. Pecenco Transistor gain-bandwidth products can be as high as eight gigahertz. Synthesizer Accuracy for Unsynthesized Microwave Sources, by V. Alan Barber Now signal synthesizer. and sweep oscillators can have the accuracy and stability of a synthesizer.
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