Characterization of microstrip meanders in PCB interconnects

Orhanovic, N.; Raghuram, R.; Matsui, N.

doi:10.1109/ectc.2000.853205

Cited by 7 publications

(2 citation statements)

References 5 publications

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“…The magnitude of these adverse effects is largely dependent on the number of meander sections and line spacing between adjacent traces [12,13]. In order to provide an effective means for their compensation, it is important to characterize them accurately.…”

Section: Simulation Of a Quarter-wave Meander Line Structurementioning

confidence: 99%

Miniaturized low‐loss Wilkinson power divider for RF front‐end module applications

Kangasvieri

Hautajärvi

Jantunen

et al. 2006

Micro & Optical Tech Letters

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encouraging result since the conductivity of other conductingpolymer films can achieve 10 4 to 10 5 S/m [10].We think that use of conducting-polymer for the design of resonating structures is more convenient for high frequencies (for example, millimetric-band), since the dimensions of the realized structures are smaller, which reduces the interaction of the microwave field with the conducting-polymer materials, and then reduces the losses of electromagnetic energy.Finally, the measured results are satisfying with regard to the matching, bandwidth, and gain for a Pani-film of conductivity 6000 S/m and permittivity 6000. However, further improvement is needed in the synthesis process of Pani-solutions in order to fabricate higher and more stable conducting-films, and in the fabrication process [11] in order to realize antennas with better characteristics. Prior to the printing process, it is usually necessary to make some ink modifications to determine the influence of the concentration of ink, printing speed, and pressure at the printing nip on the printing quality.

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Section: Simulation Of a Quarter-wave Meander Line Structurementioning

confidence: 99%

Miniaturized low‐loss Wilkinson power divider for RF front‐end module applications

Kangasvieri

Hautajärvi

Jantunen

et al. 2006

Micro & Optical Tech Letters

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“…For the meander line with small distance between adjacent segments (meander pitch), near field coupling between the turns of the meander and the incorporated right-angle bends affect to the distort of output waveforms and the propagating signal speed-up. Most previous investigations of the meander lines [l], [2] were performed at the external ports to measure the output waveforms and the delays depending on pitch sizes. However, to understand the effect of meander lines on pulse signal (ex: digital signal) propagation characteristics more exactly, not only the signal delay and waveform distortion depending on meander line structures but also the understanding of a signal propagation properties including near-field distributions are required.…”

Section: Introductionmentioning

confidence: 99%

Picosecond-pulse propagation measurement on microstrip meander lines using a novel optical near-field mapping probe

Lee

Kim²

2001

IEEE 10th Topical Meeting on Electrical Performance of Electronic Packaging (Cat. No. 01TH8565)

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Picosecond electric-pulse propagation properties on microstrip meander lines on a printed circuit board were measured using a novel optical photoconductive near-field mapping probe.The time-varying, 2-D spatial tangential near-field distribution images were successfully obtained. @, 54.5ps Position [microns]@ 66PS Position [microns]@, 77.5ps Position [microns] Position [microns] Position [microns]* h E-field -1 0 1 Input Port DirectionNormalized Tangential Electric-Field Intensity Fig. 3. 2-D longitudinal (versus the input/output lines) near-field component mapping images of apropagating picosecond pulse measured over the 2 periods meander line by the photoconductive near-field probe every 11.5 ps.

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Superconducting Delay Lines

Wang

Huang

et al. 2007

J Supercond Nov Magn

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Characterization of microstrip meanders in PCB interconnects

Cited by 7 publications

References 5 publications

Miniaturized low‐loss Wilkinson power divider for RF front‐end module applications

Miniaturized low‐loss Wilkinson power divider for RF front‐end module applications

Picosecond-pulse propagation measurement on microstrip meander lines using a novel optical near-field mapping probe

Superconducting Delay Lines

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