Download Critical mm-Wave Components for Synthetic Automatic Test by Michael Hrobak PDF

By Michael Hrobak

Michael Hrobak studied hybrid built-in entrance finish modules for top frequency dimension gear and particularly for artificial automated try out structures. fresh advancements of cutting edge, serious millimeter-wave parts like frequency multipliers, directional couplers, filters, triple balanced mixers and tool detectors are illustrated via the writer individually and together.

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Additional info for Critical mm-Wave Components for Synthetic Automatic Test Systems

Example text

31). 31) σepi = qe μe NDepi In Eq. 31), the electron mobility in the epilayer μe depends on the doping concentration NDepi and temperature T . Throughout this 15 Claude Servais Mathias Pouillet (1791−1868), French physicist. 32 2 Resistive Diode Frequency Multipliers "!     
                      ! 11: Simple cylindrical model of epilayer and buffer layer (left) for analytical analysis and current density lines at DC and RF (right).

18 2 Resistive Diode Frequency Multipliers from n-type semiconductor to metal equals the Fermi energy level difference qe Φbi = qe (Φm − Φs ) = qe (Φm − Φχ − Vn ). 13) Φbi is called built-in potential of the Schottky junction and also known as diffusion voltage or flatband voltage. The uncorrected barrier height Φb0 for electrons emitting from metal to semiconductor is greater than Φbi and given by Φb0 = Φm − Φχ . With an applied voltage vj , the semiconductor’s Fermi energy level shifts by the amount of qe vj and so does the barrier.

Engelhardt. Advanced Production Testing of RF, SoC, and SiP Devices. Boston: Artech House, 2006. ISBN 158053709X. [10] S. A. Wartenberg. RF Measurements of Die and Packages. Boston: Artech House, 2002. ISBN 158053273X. [11] Agilent Technologies. Using Synthetic Instruments in Your Test System. Application Note 1465-2, 2006. 2 Resistive Diode Frequency Multipliers Although there is a persistent tendency to higher operating frequencies of direct signal generation concepts, frequency multipliers are still used to provide phase locked signal stimuli at millimeter-wave frequencies.

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