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Computer-aided analysis of electronic circuits: Algorithms and computational techniques

The DO detector is used to study p p collisions at the 1800 and 630 GeV center-of-mass energies available at the Fermilab Tevatron. To measure jets, the detector uses a sampling calorimeter composed of uranium and liquid argon as the passive and active media, respectively. Understanding the jet energy calibration is not only crucial for precision tests of QCD, but also for the measurement of particle masses and the determination of physics backgrounds associated with new phenomena. This paper describes the energy calibration of jets observed with the DO detector at the two p p center-of-mass energies in the transverse energy and pseudorapidity range ET>8 GeV and |η|

Determination of the absolute jet energy scale in the DØ calorimeters

A coplanar W-band transmitter incorporating a monolithically integrated IMPATT diode in a self radiating slot line resonator has been designed and fabricated with molecular beam epitaxy (MBE) on a high resistivity silicon substrate. A pulsed radiated output power of 7 mW at 109 GHz was measured.

Coplanar Monolithic Silicon Impatt Transmitter

http://www.eso.org/~lpasquin/permarco/Interim%20Report%20Calibration%20System%20V0.1%2020.6.06.pdf

Calibration System based on a Laser Frequency Comb

The FATE method, proposed by M. Schwab (IEEE Trans. Microwave Theory and Techniques, vol.39, no.8, p.1391-402, 1991), for the determination of the periodic state in oscillators is shown to be ideally suited for the simulation of oscillators with strongly nonlinear active devices, e.g. IMPATT oscillators. Simulations of a waveguide oscillator illustrate the choice of a favorable network partition and the advantage of the bandwidth-unlimited time-domain simulation of the nonlinear subnetwork. V-band hybrid-integrated IMPATT oscillator simulation results are presented, showing agreement in output power within 4 dB over the DC current range from 100 mA to 220 mA compared to the measured levels and a time-domain simulation. >

Efficient simulation of millimeter-wave IMPATT oscillators by FATE, a combined time- and frequency-domain method

A quasistalic IMPATT diode model for fast time domain oscillator simulations is applied to the simulation of an integrated double drift diode IMPATT oscillator. Comparison with measurements yields agreement within 7 GHz in oscillation frequency and 20 mW in output power over the measured range of DC bias currents.

Self-consistent simulation of a high-power 73 GHz integrated impatt oscillator

High Resolution Hadron Calorimetry

A time-domain boundary value (TDBV) - method for the self - consistent determination of the steady state solution of oscillators is applied to the simulation of a SAW stabilized bipolar oscillator including transmission lines. The boundary value problem was solved with the multiple shooting algorithm, which has a wider region of convergence than conventional single shooting. Comparison of measurement and simulation shows agreement within 50 ppm for the frequency of the fundamental oscillation and 0.5 dB for the output power.

F.X. Kaertner

Papers

Self-consistent simulation of a high-power 73 GHz integrated impatt oscillator

High Resolution Hadron Calorimetry

Steady State of a SAW Stabilized Bipolar Oscillator Obtained by Solution of a Boundary Value Problem