An investigation of the RF/analog characteristics of multiple variants SiGe HBTs for optical and wireless applications

M.T. Yang; Darryl C. W. Kuo; Patricia P. C. Ho; C.W. Kuo; T.J. Yen; Alan K. L. Chang; C.Y. Lee; Y.T. Chia; G.J. Chern; K.L. Young; Denny D. Tang; Jack Y.C. Sun

Conference paper

An investigation of the RF/analog characteristics of multiple variants SiGe HBTs for optical and wireless applications

M.T. Yang, Darryl C. W. Kuo, Patricia P. C. Ho, C.W. Kuo, T.J. Yen, Alan K. L. Chang, C.Y. Lee, Y.T. Chia, G.J. Chern, K.L. Young, …

Proceedings of the IEEE Bipolar/BiCMOS Circuits and Technology Meeting, pp.88-91

2004

Abstract

Electrical and Electronic Engineering

Multiple variants of SiGe HBTs using select collector implant suitable for wired and wireless applications were explored. RF/Analog characteristics of HBTs featured with fT/BV _cEo values of 130GHz/2.3V, 80GHz/3.4V and 60GHz/4.8V were characterized. The dependence of bias, temperature, frequency, noise, power, and geometry were investigated to provide designers with appropriate performance-breakdown design coverage and flexibility. © 2004 IEEE.

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Title: An investigation of the RF/analog characteristics of multiple variants SiGe HBTs for optical and wireless applications
Creators - without role: M.T. Yang - TSMC , Science-Based Industrial Park
Darryl C. W. Kuo - TSMC , Science-Based Industrial Park
Patricia P. C. Ho - TSMC , Science-Based Industrial Park
C.W. Kuo - TSMC , Science-Based Industrial Park
T.J. Yen - TSMC , Science-Based Industrial Park
Alan K. L. Chang - TSMC , Science-Based Industrial Park
C.Y. Lee - TSMC , Science-Based Industrial Park
Y.T. Chia - TSMC , Science-Based Industrial Park
G.J. Chern - TSMC , Science-Based Industrial Park
K.L. Young - TSMC , Science-Based Industrial Park
Denny D. Tang - TSMC , Science-Based Industrial Park
Jack Y.C. Sun - TSMC , Science-Based Industrial Park
Publication Details: Proceedings of the IEEE Bipolar/BiCMOS Circuits and Technology Meeting, pp.88-91
Identifiers: 9957770640006774
Academic Unit: Department of Materials Science and Engineering, College of Engineering, National Tsing Hua University
Language: English
Resource Type: Conference paper

An investigation of the RF/analog characteristics of multiple variants SiGe HBTs for optical and wireless applications

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