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Keywords
(3)
Microstrip Line
Common Mode
Transfer Function
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Common mode filtering performances of planar EBG structures
Common mode filtering performances of planar EBG structures,10.1109/ISEMC.2009.5284711,F. De Paulis,A. Orlandi,L. Raimondo,B. Archambeault,S. Connor
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Common mode filtering performances of planar EBG structures
(
Citations: 13
)
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F. De Paulis
,
A. Orlandi
,
L. Raimondo
,
B. Archambeault
,
S. Connor
This paper approaches the filtering behavior of electromagnetic bandgap (EBG) structures. The transfer function, in terms of Sparameters, of a single ended and a differential
microstrip line
referenced to an EBG plane are considered: the notches (causing signal attenuation) and flat regions (causing signal propagation) are related to the geometry and characteristics of the EBG structure and can be designed to filter out unwanted harmonic components of the signal. A different EBGlike structure is proposed and its performances analyzed.
Published in 2009.
DOI:
10.1109/ISEMC.2009.5284711
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Citation Context
(12)
...Unfortunately, conversion easily occurs, due to signal trace length mismatch [6] or asymmetric discontinuities in the circuit layout, and in particular at a bend of coupled microstrip lines [2,
4
, 5]. A reduction of the unwanted commonmode noise can be obtained by applying filtering structures [4, 5] or by adding extra compensating capacitance [2]...
...Unfortunately, conversion easily occurs, due to signal trace length mismatch [6] or asymmetric discontinuities in the circuit layout, and in particular at a bend of coupled microstrip lines [2, 4, 5]. A reduction of the unwanted commonmode noise can be obtained by applying filtering structures [
4
, 5] or by adding extra compensating capacitance [2]...
C. Gazda
,
et al.
Time domain analysis of a wideband commonmode suppression filter for ...
...If the bridges are removed the obtained geometry looks simply as a sequence of patches forming independent cavities (with the solid plane underneath) whose resonant frequency can be easily determined [
9
][12]...
...The common mode transfer function (Scc21) has notches at the patch resonances, therefore the patch can be sized to achieve a resonance at the frequency of the common mode fundamental harmonic [
9
][11] that one wants to filter out...
...It has been shown [
9
][10] that there is duality between the S21 from the simulation of a single ended trace and the Scc21 of a differential pair; thus singleended models are preferred and employed for the next simulations introduced in this section...
F. de Paulis
,
et al.
Routing strategies for improving common mode filter performances in hi...
...The two planes of the EBG structure, part of the power delivery network, can be used as a passive common mode filter [
11
] as well as signal reference [12] and can be on the outer layers or embedded in the board stackup [13], [14]...
Leo Raimondo
,
et al.
A Simple and Efficient Design Procedure for Planar Electromagnetic Ban...
...It has been demonstrated that planar EBG can be efficiently used for power integrity (PI) issues [7][9] as well as for signal integrity (SI) problems [10][
13
]...
F. De Paulis
,
et al.
Compact configuration of a planar EBG based CM filter and crosstalk an...
...The regular planar EBG is investigated in [
9
], studying the effects of the patterned plane on both common mode and differential mode signal propagation along a differential microstrip line...
...The fundamental mechanisms of planar EBG structures are given in details in [
9
], [11]...
...The details of the model and the simulation settings are given in [
9
], [11]...
...9781424463077/10/$26.00 ©2010 IEEE 764 The same model for singleended microstrip is extended in [
9
] to a differential microstrip pair...
F. De Paulis
,
et al.
Experimental validation of commonmode filtering performances of plana...
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Dan Sievenpiper
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A novel power plane with integrated simultaneous switching noise mitigation capability using high impedance surface
(
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, vol. 13, no. 1, pp. 2123, 2003
Electromagnetic bandgap power/ground planes for wideband suppression of ground bounce noise and radiated emission in highspeed circuits
(
Citations: 75
)
TzongLin Wu
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YenHui Lin
,
TingKuang Wang
,
ChienChung Wang
,
SinTing Chen
Journal:
IEEE Transactions on Microwave Theory and Techniques  IEEE TRANS MICROWAVE THEORY
, vol. 53, no. 9, pp. 29352942, 2005
Signal integrity analysis of singleended and differential signaling in PCBs with EBG structure
(
Citations: 7
)
A. Ciccomancini Scogna
,
A. Orlandi
,
V. Ricchiuti
Published in 2008.
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Citations
(13)
Time domain analysis of a wideband commonmode suppression filter for bent interconnects
C. Gazda
,
D. Vande Ginste
,
H. Rogier
,
D. De Zutter
,
R.B. Wu
Conference:
IEEE Workshop on Signal Propagation on Interconnects  SPI
, 2011
Routing strategies for improving common mode filter performances in high speed digital differential interconnects
F. de Paulis
,
L. Raimondo
,
D. Di Febo
,
A. Orlandi
Conference:
IEEE Workshop on Signal Propagation on Interconnects  SPI
, 2011
A Simple and Efficient Design Procedure for Planar Electromagnetic Bandgap Structures on Printed Circuit Boards
Leo Raimondo
,
Francesco De Paulis
,
Antonio Orlandi
Journal:
IEEE Transactions on Electromagnetic Compatibility  IEEE TRANS ELECTROMAGN COMPAT
, vol. 53, no. 2, pp. 482490, 2011
Compact configuration of a planar EBG based CM filter and crosstalk analysis
F. De Paulis
,
L. Raimondo
,
B. Archambeault
,
S. Connor
,
A. Orlandi
Published in 2011.
Suppression of CommonMode Radiation and Mode Conversion for SlotCrossing GHz Differential Signals Using Novel Grounded Resonators
HaoHsiang Chuang
,
TzongLin Wu
Journal:
IEEE Transactions on Electromagnetic Compatibility  IEEE TRANS ELECTROMAGN COMPAT
, vol. 53, no. 2, pp. 429436, 2011