26 results on '"Nallatamby, J.C."'
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2. Nonlinear model of InP/GaAsSb/InP DHBT process for design of a Q-Band MMIC oscillator.
3. On the determination of the thermal impedance of microwave bipolar transistors.
4. Advances on modelling and characterization of microwave devices at XLIM laboratory.
5. On the cyclostationary properties of the 1/f noise of microwave semiconductor devices.
6. A low power, low phase noise 10 GHz MIC oscillator.
7. A new experimental method to characterize cyclostationary noise models of bipolar devices.
8. A Methodology to Characterize the Low-Frequency Noise of InP Based Transistors.
9. Design Method and New Architecture of Sub-Harmonic Balanced Cold FET Mixer for MVDS Applications.
10. Modeling of a communication chain components & principles of simulation in the scilab/scicos environment.
11. Temporal modelling of phase noise in an oscillator.
12. Low phase noise 2 GHz HBT push-push VCO based on an advanced low frequency noise model.
13. A GaInP/GaAs HBT-Based Low Phase Noise Oscillator in X Band for Metrology Application.
14. Fully monolithic SiGe voltage-controlled-oscillators for wireless phone application.
15. Stability Analysis of Millimeter-Wave Circuits. Application to DC-40GHz PHEMT amplifier and Ku-band HBT power amplifier.
16. MMIC Oscillator Phase Noise Measurement and Simulation using Experimental FET L.F. Noise Data and State of Art CAD Tools.
17. Comprehensive approach to the nonlinear design and modelling of microwave circuits.
18. New approach of nonlinear analysis of noise behavior of synchronized oscillators and analog-...
19. Accurate simulation of nonlinear switched capacitors and sampled circuits by harmonic balance and related techniques.
20. Comparison between simulations and measurements of large signal and nonlinear noise behaviors of MMIC analog frequency divider by two.
21. Low phase noise oscillator modeling in a system environment.
22. Efficient algorithm for steady-state stability analysis of large analog/RF circuits.
23. A measurement based distributed low frequency noise HEMT model: application to design of millimeter wave automotive radar chip sets.
24. A unified approach of PM noise calculation in large RF multitone autonomous circuits.
25. A new method for the design of ultra low noise oscillators.
26. A general program for steady state, stability, and FM noise analysis of microwave oscillators.
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