137 results on '"Kerherve, E."'
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2. Study and analysis of a new implementation of a mixed-signal cartesian feedback for a low power zero-IF WCDMA transmitter.
3. New digital predistortion design based on mixed-signal cartesian feedback training for 3G homodyne transmitter.
4. A 65nm CMOS 60 GHz class F-E power amplifier for WPAN applications.
5. Design of a mixed-signal Cartesian Feedback loop for a low power zero-IF WCDMA transmitter.
6. Co-design for tunability of a Bulk Acoustic Wave filters with 65nm CMOS switch.
7. Millimeter-wave chip set for 77–81 GHz automotive radar application.
8. A 27.5-dBm linear reconfigurable CMOS power amplifier for 3GPP LTE applications.
9. A 59GHz-to-67GHz 65nm-CMOS high efficiency Power Amplifier.
10. Doherty amplifier optimization using robust genetic algorithm and Unscented Transform.
11. A RF transmitter linearized using Cartesian Feedback in CMOS 65nm for UMTS standard.
12. Mixed Cartesian feedback for Zero-IF WCDMA transmitter.
13. Controlling the bandwidth of Bulk Acoustic Wave filter using a decoder designed on 65nm process.
14. Accurate active device characterization for a 60GHz 65nm-CMOS Power Amplifier realization.
15. Reconfiguration of Bulk Acoustic Wave filters using RF-MEMS switches and CMOS transistors.
16. Low cost mobile RF terminal paradigms: From multi-radio to software radio.
17. Fractal microwave filters.
18. Tunability of Bulk Acoustic Wave filters using CMOS transistors: concept, design and implementation.
19. RF-pad, Transmission Lines and balun optimization for 60GHz 65nm CMOS Power Amplifier.
20. Low power and high gain double-balanced mixer dedicated to 77 GHz automotive radar applications.
21. A 65nm CMOS fully integrated 31.5 dBm triple SFDS Power Amplifier dedicated to W-CDMA application.
22. Dynamic biasing techniques for RF power amplifier linearity and efficiency improvement.
23. A fully integrated 65 nm CMOS cascode HSFDS PA dedicated to 802.11n application.
24. 79GHz BiCMOS single-ended and differential power amplifiers.
25. Shielding structures for millimeter-wave integrated transformers.
26. A power optimized transconductance amplifier and its application to a 6th order lowpass GmC filter.
27. Design techniques and considerations for mmwave SiGe power amplifiers.
28. Design and characterization of CMOS millimeter-wave transformers.
29. 59–71GHz wideband MMIC balanced power amplifier in a 0.13um SiGe technology.
30. Optimized pad design for millimeter-wave applications with a 65nm CMOS RF technology.
31. Transformer topologies for mmW integrated circuits.
32. Millimeter-wave and power characterization for integrated circuits.
33. A novel WLAN power amplifier adaptive loop based on delta-sigma non-linearity.
34. CMOS SFFDS PA with coupled transformer for high power RF applications.
35. Low-power linear-phase delay filters for neural signal processing: Comparison and synthesis.
36. A fast and accurate automatic matching network designed for ultra low power medical applications.
37. A 60GHz 65nm CMOS RMS power detector for antenna impedance mismatch detection.
38. Linearization of a 65nm CMOS power amplifier with a Cartesian Feedback for W-CDMA standard.
39. A 2.4GHz CMOS automatic matching network design for pacemaker applications.
40. A 65 nm CMOS - Stacked Folded Fully Differential (SFFD) PA structure for W-CDMA application.
41. A 24 GHz, 18 dBm fully integrated power amplifier in a 0.13μm SiGe HBT technology.
42. A 60GHz CMOS RMS power detector for antenna impedance mismatch detection.
43. A 60GHz, 13 dBm fully integrated 65nm RF-CMOS power amplifier.
44. An vector automatic matching system designed for wireless medical telemetry.
45. Design of Class-E power VCO in 65nm CMOS technology: Application to RF transmitter architecture.
46. Design Techniques and Modeling for 60GHz Applications With a 65nm-CMOS-RF Technology.
47. CMOS PA design dedicated to UMTS (3G) applications in 65 nm technology.
48. A novel compact suspended stripline bandpass filter using open-loop resonators technology with transmission zeroes.
49. A 0.13 μm CMOS stacked folded fully differential PA structure for W-CDMA Application.
50. A New Method to Reconfigure BAW-SMR Filters Using CMOS Transistors.
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