Measurement Systems Application And Design Solution Manual
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2010
Tracing The Evolution Of Load-Pull Methods
AUTHOR:Steve Dudkiewicz - Director, Device Characterization Business Development, Maury Microwave Corporation
- Mar 27, 2016 PROBLEM 3.23 KNOWN: Second order system responding to a sine wave as an input 2 ≤ f ≤ 40 Hz M(f) ≤ 0.5 FIND: m, k, c SOLUTION Because we wish to attenuate frequency information at and above 2 Hz, we can initiate the design of the system so that it meets the attenuation constraint at 2 Hz.
- MEASUREMENT SYSTEMS APPLICATION AND DESIGN Fifth Edition by Ernest Doebelin, Ohio State University 2004 / 1,104 pages / Hardcover ISBN-13: 978-0-07-299072-0 / MHID: 0-07-299072-4 (with Bind-In Sub and DasyLab Card) ISBN-13: 978-0-07-119465-5 / MHID: 0-07-119465-7 IE This website will feature instructor solutions for all chapter problems (with password protection), background information for MATLAB and DASY LAB computer tools, and links to professional sites.
COUPON: Rent Measurement Systems Application and Design 5th edition (864) and save up to 80% on textbook rentals and 90% on used textbooks. Get FREE 7-day instant eTextbook access!
ABSTRACT:
Discusses how the evolution of load-pull tuning has led to hybrid and mixed-signal approaches that use the best features of mechanical and active tuners to speed measurements on nonlinear devices. Includes discussions of traditional passive mechanical tuner systems,harmonic load-pull techniques, active closed-loop load-pull methods, active open-loop load-pull systems, and the more recent hybrid load-pull and mixed-signal active load-pull approaches. Compares the relative merits and demerits of each approach and touches on the Maury MT2000 series Mixed-Signal Active Load-Pull systems as a advantageous solution. Download: 5A-050 (6.47 MB)
Mixed-signal Active Load Pull: The Fast Track to 3G and 4G Amplifiers
AUTHOR:Mauro Marchetti - Anteverta Microwave B.V., Delft, The Netherlands
PUBLICATION HISTORY: First published in the September 2010 issue of Microwaves and RF magazine and republished in this form (with permission) in October 2010 by Maury Microwave Corporation.
ABSTRACT: The current trend towards increased data rates in mobile services has direct implications for the power amplifiers operating in these systems. One response to this has been seen in the application of mixed-signal techniques to extend the capabilities of traditional active load-pull setups. This article presents a novel system that provides an unprecedented measurement speed, high dynamic range and is currently the only system that can handle communication standard compliant signals that are truly wideband, such as multicarrier W-CDMA. The ability to eliminate losses and electrical delay, while being completely free in defining the source and load reflection coefficients versus frequency, allows perfect mimicking of in-circuit situations, making the system a tool of fundamental importance for the RF power amplifier developer.
Download: 5A-049 (2.7 MB)
Using Maury ATS Software to Extend the Agilent PNA-X to Active Load Pull - An Introduction to Active Load Pull
AUTHOR:Steve Dudkiewicz, Eng. - Maury Microwave Corporation
PUBLICATION HISTORY: May 2010
ABSTRACT: Active load pull has historically been a product offered in limited release and requiring heavy support. It has been of interest to educational institutions with limited appeal in industry. After decades of minimal activity, active load pull is being revitalized and commercialized by the teams at Maury Microwave and Agilent Technologies. Together, the companies offer user-friendly, commercially-viable active load pull and hybrid load pull solutions based on Agilent's PNA-X and Maury's proven ATS software.
Download: 5C-086 (731 KB)
Using an Impedance Tuner and Noise Receiver Module to Extend the Agilent PNA-X to 50 GHz Noise Parameters
Measurement Systems Application And Design Solution Manual Download
AUTHOR:Steve Dudkiewicz, Eng. - Maury Microwave Corporation
PUBLICATION HISTORY: Measurement Systems Application And Design Solution Manual Software
May 2010ABSTRACT: For the first time ever, designers can measure more accurate noise parameters in 1/100th the time to 50 GHz by combining Maury's revolutionary noise parameter measurement techniques with its MT7553B01 Noise Receiver Module, impedance tuners and the Agilent PNA-X.