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Ismaeel Maricar, M; Glover, J.; Evans, G.A.; Khalid, A.; Papageorgiou, V.; Li, C.; Dunn, G.; Stephens, A.; Montes Bajo, M.; Kuball, M.; Cumming, D.R.S.; Oxley, C.H. (2013)
Languages: English
Types: Other
Subjects: QC

Classified by OpenAIRE into

arxiv: Astrophysics::Cosmology and Extragalactic Astrophysics
The paper describes the planar Gunn diode, which is well suited to providing milli-metric and tera hertz sources using microwave monolithic integrated circuit (MMIC) technologies. Different planar Gunn electrode geometries are described along with DC, RF and thermal characterisation. To realize the planar high frequency sources there is requirement for high frequency planar resonators, the paper will describe both the radial and new diamond shaped geometries.
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    • VI. Reference 1. Chong Li, A Khalid, N Pilgrim, M C Ho lland, G
    • diode Operating in Fundamental mode upto 158
    • GHz'. Journal of Physics: Conference Series 193
    • (2009) 2. A.Khalid, Chong Li V.Papageorgiou et all 'A
    • 218 GHz second harmonics multiquantum well
    • and optical technology Letters Vo lu me 55 Issue
    • 3 pp 686-688 (2012) 3. Chong Li. 'Design and Characterizations of
    • integrated circuits' PhD thesis (2012). 4. A.Khalid, N.J. Pilgrim, G.M. Dunn, M.C.
    • above 100 GHz'. IEEE Electron Dev ice Letters,
    • Vo l.28.No.10. (2007) 5. William H. Haydl 'Planar Gunn diode with ideal
    • Vo lu me 61, Issue 4 pp 497 (1973) 6. M Ismaeel M, J Glover, et al. 'Planar Gunn
    • Diode Characterization and Resonators' 4th
    • Co mponents, 18 March (2013) 7. C H Oxley, R Hopper, D Prime, M Leaper, G
    • Semiconductor, Jan/Feb (2011), pages 33 - 36. 8. J Glover, R.H. Hopper et al. 'Novel infra-red
    • 19th-20th Nov (2012) 9. R.N.Simons and S.R. Taub., 'Coplanar wave
    • Vo lu me. 29. No.4 (1993) 10. R.N.Simon and S.R.Taub., 'Coplanar waveguide
    • circuits' Electronic Letters. Vo lu me 29. No.17.
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