|
Articles, Whitepapers and Presentations
 Foundry-Based
Integrated Power Management Platforms (PDF 138KB)
Dr. Shye Shapira, et
al – Power Systems Design, October 2009
An
11.1Gbps Analog PRML Receiver for EDC of up to 400km-Reach WDM Fiber-Optic Links
(PDF 1MB)
Pacific Microchip and Menara Networks – ESSCIRC, Athens, Greece,
September 2009 A
6th Order 1.6 to 3.2GHz Tunable Low-Pass Linear Phase gm-C Filter for Fiber Optic
Adaptive EDC Receivers (PDF 1.2MB)
Pacific Microchip and Menara Networks
– 2009 IEEE Radio Frequency Integrated Circuits Symposium A
12.5Gbps Analog Timing Recovery System for PRML Optical Receivers (PDF 792KB)
Pacific Microchip and Menara Networks – 2009 IEEE Radio Frequency Integrated
Circuits Symposium A
0.36W 6b up to 20GS/s DAC for UWB Wave Formation (PDF 506KB)
Dalius Baranauskas
and Denis Zelenin – ISSCC Session 31: Very High-Speed ADCs and DACs A
Millimeter-Wave (40–45 GHz) 16-Element Phased-Array Transmitter in 0.18-um
SiGe BiCMOS Technology (PDF 3.6MB)
Kwang-Jin Koh, Member, IEEE,
Jason W. May, Student Member, IEEE, and Gabriel M. Rebeiz, Fellow, IEEE
– IEEE Journal of Solid-State Circuits, Vol. 44, No. 5, May 2009 A
Single-Chip Dual-Band 22-to-29GHz/77-to-81GHz BiCMOS Transceiver for Automotive
Radars
(PDF 580KB)
Vipul Jain, et al; University of California,
Irvine, CA – ISSCC 09, February 2009 Developing
Diverse Technology Solutions that Support Multiple Application Areas (HTM
File)
Dr. Samir Chaudhry, et al – GSA Forum, January 2009 GSA
Mixed-Signal/RF Subcommittee Is Facilitating an Analog Ecosystem (PDF 28KB)
Dr. Marco Racanelli – Chip Design, October/November 2008 Better
Than Any Reality TV Show: The Foundry Market (PDF 49KB)
Joanne Itow –
Semico Research Corporation, November 2008 Low-Cost
Embedded NVM for Power Management Designs (PDF 105KB)
Yakov Roizin, et
al – ECN - Semiconductor Highlight, October 2008 The
Changing Role of CIOs (PDF 104KB)
Bala Govender – Silicon India,
October 2008 A
Q-Band Four-Element Phased-Array Front-End Receiver With Integrated Wilkinson
Power Combiners in 0.18-um SiGe BiCMOS Technology (PDF 1.6MB)
Kwang-Jin
Koh, Student Member, IEEE, and Gabriel M. Rebeiz, Fellow, IEEE –
IEEE Transactions on Microwave Theory and Techniques, Vol. 56, No. 9, September
2008 SiGe
BiCMOS for Communication ICs (PDF 1.6MB)
Marco Racanelli – GSA,
August 2008 A
40–50-GHz SiGe 1 : 8 Differential Power Divider Using Shielded Broadside-Coupled
Striplines (PDF 1.3MB)
Jason W. May, Student Member, IEEE, and
Gabriel M. Rebeiz, Fellow, IEEE – IEEE Transactions on Microwave Theory
and Techniques, Vol. 56, No. 7, July 2008  SemiTrends
Interview with Gil Amelio (WMA 1.3MB)
Semicon West, July 2008
An
X- and Ku-Band 8-Element Phased-Array Receiver in 0.18-um SiGe BiCMOS Technology
(PDF 2.9MB)
Kwang-Jin Koh, Student Member, IEEE, and Gabriel M. Rebeiz,
Fellow, IEEE – IEEE Journal of Solid-State Circuits, Vol. 43, No. 6,
June 2008 Silicon
Germanium Hetrojunction Bipolar Transistor Amplifiers Replace Gallium Arsenide
for Wireless and Broadband Applications (PDF 373KB)
Mike Elbaz –
GSA, April 2008 Enhanced
RFCMOS Paves the Way for UWB Systems (PDF 102KB)
David Cheskis, Ph.D.,
et al – Wireless Design & Development, Cover Story, April 2008 Accurate
LDMOS Modeling in BCD Technologies (PDF 1.1MB)
James Victory, Li Dong,
Haiying Deng – APEC 2008, Austin, Texas, February 2008 Design
Enablement for RF and Microwave Design: Part 2 (PDF 872KB)
Juan Cordovez,
James Victory, et al – Microwave Journal, January 2008 Design
Enablement for RF and Microwave Design: Part 1 (PDF 625KB)
Juan Cordovez,
James Victory, et al – Microwave Journal, December 2007 Frac-N
sigma -delta synthesizer for Base Station applications (PDF 254KB)
Pingxi
Ma, et al, January 2007 – Jazz Semiconductor Analog-Intensive
Mixed-Signal (AIMS) Solutions (PDF 1.6MB)
David Cheskis, Ph.D., November
2007 – Jazz Semiconductor The
Power of Mobile (PDF 1.6MB)
Julio Costa, Senior Manager, Technology Development,
RFMD, Fall 2007 – ASN #8 Silicon
Radio Platform (PDF 1MB)
Mike Elbaz, October 2007 – Jazz Semiconductor Integration
of a 5.5V BVceo SiGe HBT within a 200 GHz SiGe BiCMOS process flow (PDF 168KB)
E.J. Preisler, et al, October 2007 – Jazz Semiconductor MOSVAR
PSP Based MOS Varactor Model (Invited Presentation PDF 1.5MB) James
Victory, et al, September 2007 – IEEE 2007 Custom Integrated Circuits Conference
(CICC) PSP-Based
Scalable MOS Varactor Model (Invited Whitepaper PDF 765KB) James Victory,
et al, September 2007 – IEEE 2007 Custom Integrated Circuits Conference (CICC)
Critical
130nm SiGe BiCMOS Processes Optimize Cost & Performance (PDF 69.8KB)
David Cheskis, Ph.D., June 2007– Wireless Design & Development
Critical
RFCMOS IC Simulation Improvements through New Industry Standard MOSFET and MOS
Varactor Models (PDF 2.5MB) James Victory, June 2007 – IEEE MTT-S Conference
IC
Technologies for Mixed-Signal and RF SiP (PDF 33KB)
Dr. David Cheskis,
Ph.D., March 2007– Advanced Packaging Online Article Accurate Inductance De-embedding Technique for Scalable Inductor
Models (PDF 220KB)
Volker Blaschke and James Victory, March 2007 –
IEEE International Conference on Microelectronic Test Structures – Tokyo,
Japan Simulations
of Non-Uniform, Nonlinear Collector Doping Profiles for SiGe HBTs (PDF 315KB)
E. Preisler, W. Cai, J. Zheng, A. Kalburge, M. Racanelli, December 5, 2006
– Semiconductor Science and Technology Jazz
Annual Technology Conference (PDF 11.3MB)
November 3, 2006 – Jazz
Semiconductor, Newport Beach, CA Analog/RF
System in Package (PDF 678KB)
David Cheskis, Ph.D. November 2006 –
Jazz Semiconductor, Newport Beach, CA Jazz
IC Technologies Enabling Advanced Analog and RF SiP Designs (PDF 78KB)
David Cheskis, Ph.D. November 2006 – Jazz Semiconductor, Newport Beach, CA Emergence
of the Specialty Foundry (PDF 342KB)
Marco Racanelli, September 2006 –
FSA Forum High-Speed,
High-Performance, High-Voltage Technologies Converge (PDF 66KB)
Marco
Racanelli, September 28, 2006 – Electronic Design A Scalable Model Methodology for Octagonal Differential and Single-Ended
Inductors (PDF 369KB)
Volker Blaschke and James Victory, June 2006 –
IEEE Custom Integrated Circuits Conference (CICC) Jazz/Cadence
Technology Review (PDF 9MB)
March 7, 2006 – Cadence Design Systems,
San Jose, CA Analog
SoCs: Digital's New Counterpart (PDF 17KB)
Paul Kempf, February 2006 Silicon
Foundry Technology for RF (PDF 1.9MB)
Marco Racanelli, January 18, 2006
– SiRF Conference SiGe
BiCMOS Plays a Growing Role in the Mobile Platform (PDF 120KB)
Paul Kempf,
December 2005 – Wireless Design & Development Magazine Foundry
Roadmaps: Partnering, Leading and Innovating (PDF 600KB)
Paul Kempf, September
2005 – FSA Forum A Physically Based, Scalable MOS Varactor Model and Extraction
Methodology for RF Applications (PDF 714KB) James Victory, July 2005 –
IEEE Transactions on Electron Devices, Vol. 52, No. 7 Enabling
Integrated Analog (PDF 2.3MB)
Marco Racanelli, March 2005 – Agilent
Technologies FSA
Mixed-Signal/RF Subcommittee: Setting the Foundation (PDF 99KB)
Paul Kempf,
December 2004 – FSA Forum Prime
Fishing for Mixed-Signal Integration (PDF 257KB)
Paul Kempf, December
2004 – Wireless Design & Development Magazine RF
MEMS Integration (PDF 362KB)
Paul Kempf, June 2004 – RF IC Symposium Wireless
Inside the Next Digital Wave (PDF 112KB)
Paul Kempf, June 2004 –
FSA Forum SiGe
BiCMOS Technology for Communication Products (PDF 633KB)
Marco Racanelli
& Paul Kempf, September 2003 – CICC Applied
Wave Research: System in a Package (PDF 1.2MB)
James Spoto, August/September
2003 – IEE Electronics Systems and Software Mixed
Signals on Mixed-Signal Technology (PDF 266KB)
Paul Kempf, June 2003 –
DAC Panel Silicon
Germanium BiCMOS Technology (PDF 48KB)
Paul Kempf, March 2003
Manufacturing
Mixed-Signal SOC (PDF 284KB)
Paul Kempf, May 17, 2002 – SRC Workshop,
Orlando, FL SiGe
Technology for Communication Products (PDF 273KB)
Marco Racanelli &
Paul Kempf, 2002 Ultra
High Speed SiGe NPN for Advanced BiCMOS Technology (PDF 147KB)
Silicon
Platform Technologies, 2001 0.18µm
SiGe BiCMOS Technology for Wireless and 40 Gb/s Comm. Products (PDF 491KB)
Marco Racanelli, Paul Kempf, et al, 2001 – BCTM, Minneapolis, MN | 
