Ground Bounce Noise Induced by Crosstalk Noise for Two Parallel Ground Planes With a Narrow Open-Stub Line and Adjacent Signal Traces in Multilayer Package Structure

This paper investigates how ground bounce noise (GBN) is generated by crosstalk noises for two parallel ground planes with a narrow open-stub line (NOSL) and adjacent signal traces in a multilayer package structure. A noise reduction scheme and design guidelines for preventing intense noises (GBN an...

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Bibliographic Details
Published in:IEEE transactions on components, packaging, and manufacturing technology (2011) packaging, and manufacturing technology (2011), 2014-05, Vol.4 (5), p.870-881
Main Authors: Shiue, Guang-Hwa, Yeh, Chi-Lou, Huang, Pei-Wei, Liao, Huan-Yi, Zhang, Zhi-Hao
Format: Article
Language:English
Subjects:
Computer simulation
Coupled noise
Crosstalk
crosstalk noise
graphic method
ground bounce noise (GBN)
Impedance
Layout
Metals
narrow open-stub line (NOSL)
Noise
Noise control
Noise reduction
Nonhomogeneous media
open-stub quarter-wavelength resonance
parallel-plane resonance
reflection theory
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Summary:This paper investigates how ground bounce noise (GBN) is generated by crosstalk noises for two parallel ground planes with a narrow open-stub line (NOSL) and adjacent signal traces in a multilayer package structure. A noise reduction scheme and design guidelines for preventing intense noises (GBN and coupled noise) are also proposed. A graphical method that is based on wave tracing is also developed to elucidate the generation of crosstalk noise by adjacent signal traces on an NOSL. The mechanism of generation of the GBN by crosstalk noise can be elucidated based on reflection theory, open-stub quarter-wavelength resonance, and parallel-plane resonance. The time-domain simulation results are analyzed using a 3-D full-wave simulator, Computer Simulation Technology. Using an additional shorting via at the connection between the NOSL and parallel ground planes, the proposed noise reduction scheme can significantly reduce the GBN and coupled noise. Moreover, guidelines for designing the test structure to minimize noise (GBN and coupled noise) are presented. Finally, the simulation and measurement results in the time domain are compared to validate the proposed analysis and noise reduction scheme.
ISSN:2156-3950
2156-3985
DOI:10.1109/TCPMT.2014.2299281