Permittivity
Data - Plastic Materials
[References]
Laminated Plastics: Rexolite technical
data sheet
RFDH, www.rfdh.com
Rice, Proc. SPIE, Vol. 6948(2008)
Riddle, IEEE T-MTT, 51(3), 727-, 2003
Rohde & Schwarz, Application Note
RAC0607-0019
[Permittivity
Data in Alphabetical Order]
ABS(acrylonitrile-butadiene-styrene): 2.7/0.008/11GHz[Riddle]
Acetal copolymer: 3.7
Acetal homopolymer: See POM
Bakelite: 3.64/0.19/3GHz [RFDH],
3.52/0.13/10GHz[RHDH]
Celluloid:
Cellulose acetate:
CPS(cross-linked polystyrne): 2.54/0.0005/10.7GHz[Riddle]
Durite:
Epoxy Resin:
Kevlar:
HDPE(high-density polyethylene, PE homopolymer):
2.37/0.0002/11.3GHz[Riddle], 2.34/?/26.5-40GHz[Seeger], 2.34/?/1MHz-40GHz (no
dispersion)[Seeger]
HDPTFE(high-dnsity polyytetraflouroethylene):
2.04/0.0004/11.5GHz[Riddle]
LCP(liquid crystal polymer): 3.16¡¾0.06/0.0049/100GHz[Rice]
Lucite HM-119: 2.57/0.0126/3GHz[RFDH], 2.57/0.0082/10GHz[RFDH]
Neoprene:
Neoprene compound (38% GN): 4.27/0.27/0.3GHz[RFDH],
4.0/0.135/3GHz[RFDH], 4.0/0.105/10GHz[RFDH]
Nylon: 2.9957/0.018/26-40GHz[Abbas]
Nylon 65: 3.03/0.039/3GHz[RFDH]
Nylon 66: 4.6
Nylon 610: 2.84/0.034/3GHz[RFDH]
Plexiglass: 2.66/0.165/0.3GHz[RFDH],
2.6/0.015/3GHz[RFDH], 2.59/0.018/10GHz[RFDH]
Polyamide(PA): 3.01/0.02/10.8GHz[Riddle]
Polybutylene terephthalae(PBT): 3.1
Polycarbonate(PC): 2.76/0.0005/11GHz[Riddle]
Polyester (thermoset): 4.0/0.0050/2.45GHz[Rohde
& Schwarz]
Polyethylene(PE): 2.3
Polyethylene terephthalate(PET): 3.0
Polyimide(PI):
Polymethylmethaacrylate(PMMA): 2.61/0.01/11GHz[Riddle]
Polyoxymethylene(POM, acteal homopolymer):
2.73/0.006/11GHz[Riddle]
Polypropylene(PP): 2.27/0.0001/9.4GHz[Riddle]
Polyphenylene sulfide(PPS): 3.2
Polystyrene(PS) 2.505/0.00025/26-40GHz[Abbas]
Polysulfone: 10.8GHz, 2.98/0.01/10.8GHz[Riddle]
PTFE(Polytetraflouroethylene): 2.1/0.0003/2.45GHz[Rohde
& Schwarz], 2.05/0.0002/10GHz[Riddle], 1.950/0.0001/26-40GHz[Abbas]
Polyvinylchloride(PVC): 2.71/0.006/11GHz
[Riddle]
Rexolite 1422(unfilled,
cross-linked polystyrene and divinylbenzene):
2.54/0.001219/3GHz
[RFDH], 2.53/0.00012(1MHz), 0.00025(10MHz), 0.00066(10GHz)[Laminated Plastics]
Rubber:
Rubber, pale crepe
(hevea): 2.15/0.0065/3GHz[RFDH]
Styrofoam:
1.03/0.0001(3GHz), 0.00015(10GHz)[RFDH]
Tetrafluorethyleneperfluorpropylene(TFEP): 2.02/0.0004/10.4GHz [Riddle]
Vinylite:
Dielectric Constants at 94GHz
1. By A. Elhawil et al., Proc. Symposium
IEEE/LEOS Benelux Chapter, 2007, Brussels
2. By R. L. Cravey, NASA Tech. Memo.
110344, May 1997.
3. By M. N. Afsar et al., 2000 IEEE
MTT-S Symp.
o. By M. N. Afsar et al., IEEE Trans. Instru. Meas., 53(4), Aug. 2004.]
1) Permittivity at 60GHz
o. By M. N. Afsar et al., IEEE IMTC 2005,
f =100GHz
o. By S. Chen et al. (Afsar group),IEEE IRMMW-THz 2006
Liquid Crystal Polymer
¤·. K. Takata and A.-V. Pham, IEEE
Polytronic 2007 Conference
¤·. By D. C. Thompson et al., IEEE
T-MTT, 52(4), Apr. 2004.
¤·. Dielectric constant of packaging
and substrate materials at MMW
by T. Zwick et al., IEEE T-MTT 54(3) Mar
2006.
o. Substrate permittity at 95GHz
R. Sturdivant,
LTCC=by Ferro Corporation A6 ceramic
o. Temperature-dependent permittivity of
plastic materials
B. Riddle et al., IEEE T-MTT 51(3) Mar
2003
o.
C. M. Alabaster and J. S. Dahele, IEEE
ICAP 2003
¤·. MMW permittivity of low-loss
dielectric materials
Y. Kogami et al., IEEE MIKON-200
o. HTCC alumina
R. Sturdivant, 2006 IMAPS Conf.