29 results on '"Stubbs M"'
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2. A novel miniature CPW topology of a high-pass/low-pass T-network phase shifter at 30 GHz
3. A novel topology of SiGe phase shifters using vector sum method with ultra-low power consumption for 5GHz applications
4. A new type of SiGe reduced-size loaded slow wave 60 GHz CPW series and shunt stubs
5. A novel variant 60-GHz CPW-fed patch antenna for broadband short range wireless communications
6. A Novel reconfigurable single-feed CPW coupled patch antenna topology with switchable polarization
7. A Novel Reduced-Size Uniplanar Wilkinson Power Divider Using ACPS Series Stubs.
8. A Novel Reduced-Size Uniplanar Wilkinson Power Divider Using ACPS Series Stubs
9. Wideband vertical transitions in Low Temperature Cofired Ceramics
10. Design of a 60 GHz subharmonic mixer MMIC
11. MMIC switching network for an EHF in-building WLAN system
12. Numerical and experimental analysis in multilayer coupling structures
13. Design and performance of an HTS beamforming network for satellite communications
14. Design and analysis of an HTS coplanar waveguide branch-line coupler
15. A 30 GHz, HEMT, Active Antenna Structure in MMIC Technology
16. A waveguide/aperture-coupling technique for microstrip antennas
17. Slot antennas on GaAs for integrated array applications
18. MMIC switching network for an EHF in-building WLAN system.
19. Design and performance of an HTS beamforming network for satellite communications.
20. A 30 GHz, HEMT, Active Antenna Structure in MMIC Technology.
21. A Modified Moment Method for the Computation of Complex MMIC Circuits.
22. A novel on-wafer resistive noise source.
23. A Single Stage Monolithic Regenerative 1/2 Analog Frequency Divider
24. A Modified Moment Method for the Computation of Complex MMIC Circuits
25. An improved on-wafer noise measurement technique
26. A CAD technique for filter applications with arbitrarily shaped planar patch resonators
27. Unified CAD model of microstrip line with backside aperture for multilayer integrated circuit.
28. An improved on-wafer noise measurement technique.
29. A CAD technique for filter applications with arbitrarily shaped planar patch resonators.
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