38 results on '"Saad, Sehmi"'
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2. An Ultra-Compact Multi-Band VCO Achieving − 196 dB FoMA with Single-Ended Tunable Active Inductor
3. Correction to: An Ultra-Compact Multi-Band VCO Achieving − 196 dB FoMA with Single-Ended Tunable Active Inductor
4. Power and Noise Optimization Techniques of RF Active Inductor Using Multi-Finger Gate Transistors
5. A new hybrid TDC based on GRO-pseudo delay architecture with fractional code and wide time range detection for divider-less ADPLL
6. An Enhanced Design of RF Integrated Differential Active Inductor
7. High-Performance CMOS Tunable Differential Active Inductor for RF applications
8. A 270 Hz, Fine Frequency Tuning Class-C Oscillator Using Capacitive--Inductive Degeneration Technique in 130 -nm CMOS
9. A 270 Hz, Fine Frequency Tuning Class-C Oscillator Using Capacitive--Inductive Degeneration Technique in 130 -nm CMOS
10. Effect of Multi-Finger Gate MOSFET on RF Analog Integrated Circuit
11. Effect of Multi-Finger Gate MOSFET on RF Analog Integrated Circuit
12. VHF, UHF Voltage-Controlled Bandpass Filter Employing Tunable Active Inductor
13. Compact Tunable Bandpass Filter for RF and Microwave Applications
14. Reconfigurable Active Circuits
15. A 0.14-3.5 GHz All Digital PLL with improved fast frequency-lock and a novel TDC-based self-calibration capability
16. An Ultra-Compact Multi-Band VCO Achieving − 196 dB FoMAwith Single-Ended Tunable Active Inductor
17. RF and microwave reconfigurable bandpass filter design using optimized active inductor circuit
18. Compact Tunable Bandpass Filter for RF and Microwave Applications
19. A 15b, Sub-10PS Resolution, Gateable Pseudo-Delay Ring Oscillator Time-to-Digital Converter for Wide Range RF Applications
20. An Enhanced Variable Phase Accumulator with Minimal Hardware Complexity Dedicated to ADPLL Applications
21. VHF, UHF Voltage-Controlled Bandpass Filter Employing Tunable Active Inductor
22. Power and Noise Optimization Techniques of RF Active Inductor Using Multi-Finger Gate Transistors
23. A fine frequency tuning for LC-DCO using enhanced capacitive degeneration technique
24. Study of wide adjustable active inductor circuits: Design approaches and reconfiguration methods
25. An Enhanced Design of Multi-Band RF Band Pass Filter Based on Tunable High-Q Active Inductor for Nano-Satellite Applications
26. Design of high-performance CMOS tunable active inductor
27. An L, S and S2 bands, compliant LC-based DCO for amateur Nano-satellite applications
28. A 1.82–4.44 GHz reconfigurable bandpass filter based on tunable active inductor
29. A 5-mW, 1.2–3.5-GHz Capacitive Degeneration in LC-Digitally-Controlled Oscillator for Nano-Satellite Frequency Synthesizers in 90-nm CMOS
30. A New Low-power, High-Q, Wide Tunable CMOS Active Inductor for RF Applications
31. A 160-μW, ring digitally controlled oscillator for UHF/VHF nano-satellites broadcasting tuners in 90nm CMOS process
32. Design of wide-tuning high-Q differential active inductor for multistandard applications
33. An Enhanced Design of Multi-Band RF Band Pass Filter Based on Tunable High-Q Active Inductor for Nano-Satellite Applications.
34. High-Q RF CMOS Tunable Active Inductor for multistandard applications
35. A 160-?W, ring digitally controlled oscillator for UHF/VHF nano-satellites broadcasting tuners in 90nm CMOS process.
36. A New Low-power, High- Q , Wide Tunable CMOS Active Inductor for RF Applications.
37. A CMOS 0.35-μm, 3.3-V PLL synthesizer for Bluetooth transmitter
38. A CMOS 2.4 GHz tunnable RF bandpass filter in 0.35μm technology
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