6. CONCLUSION A new type of planar transmission line, modified from the traditional Goubau line, has been proposed. Some different configurations have been demonstrated and the dimensions of this new type of transmiss

Source URL: www.barbaraoakley.com

452 IEEE MICROWAVE AND WIRELESS COMPONENTS LETTERS, VOL. 18, NO. 7, JULY 2008 Passive Microwave Planar Circuits for Arbitrary UWB Pulse Shaping

Source URL: www.photonics.ece.mcgill.ca

• Data transmission
• Radar
• Radio
• Ultra-wideband
• Standards organizations
• Measuring instruments
• Electromagnetic interference
• Femtosecond pulse shaping
• Transmission line
• Electronic engineering
• Electronics
• Technology

Causal Characteristic Impedance of Planar Transmission Lines Dylan F. Williams, Fellow, IEEE, and Bradley K. Alpert, Member, IEEE, Uwe Arz1, David K. Walker, and Hartmut Grabinski1 National Institute of Standards and Tec

Source URL: www.eeel.nist.gov

• Physical quantities
• Signal cables
• Filter theory
• Electronic design
• Telecommunications engineering
• Microstrip
• Transmission line
• Electrical impedance
• Waveguide
• Electronic engineering
• Electromagnetism
• Electronics

IEEE TRANSACTIONS ON ADVANCED PACKAGING, VOL. 26, NO. 2, MAY[removed]Causal Characteristic Impedance of Planar Transmission Lines

Source URL: www.eeel.nist.gov

• Signal cables
• Physical quantities
• Cables
• Telecommunications engineering
• Radio electronics
• Microstrip
• Transmission line
• Electrical impedance
• Antenna
• Electronic engineering
• Electromagnetism
• Electronics

Characteristic Impedance Measurement of Planar Transmission Lines* Uwe Arz(1) , Dylan F. Williams(2), and Hartmut Grabinski[removed])

Source URL: www.eeel.nist.gov

• Electricity
• Physical quantities
• Characteristic impedance
• Microstrip
• Transmission line
• Capacitance
• Z0
• Electromagnetism
• Electronic engineering
• Electronics