Verfügbarkeit: Digest of technical papers

Digest of technical papers:

Gespeichert in:

Bibliographische Detailangaben
Körperschaft:	International Solid State Circuits Conference San Francisco, Calif (VerfasserIn)
Format:	Tagungsbericht Buch
Sprache:	English
Veröffentlicht:	New York, NY Inst. of Electrical and Electronics Engineers 1991
Ausgabe:	1. ed.
Schlagworte:	Electronic circuits > Congresses Semiconductors > Congresses Solid state electronics > Congresses Integrierte Schaltung Layout > Mikroelektronik Logische Schaltung Entwurf CAD VLSI Konsumelektronik Konferenzschrift > 1991 > San Francisco Calif.
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	Literaturangaben
Beschreibung:	356 S. zahlr. Ill. und graph. Darst.
ISBN:	0879426446 0879426454 0879426462

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Datensatz im Suchindex

_version_	1804120239970975744
adam_text	Session 1: Planery Session Continental Ballroom Formal Opening of Conference..................................................15 WAM 1.1 Microelectronics for Planetary Spacecraft R. Draper ..............................................................16 Award Presentations ....................................................................21 WAM 1.2 The Future of Notebook Computers S. Hiroe .................................................................22 WAM 1.3 Why We Need Deslgn-for-Testability E. McCluskey ........................................................26 Session 2: Low-Temperature Circuits and Special-Purpose Processors Continental Ballroom 14 WPM 2.1 A 4Mb Low-Temperature DRAM W. Henkels, D. Wen, R. Monier, R. Franch, T. Bucelot, С. Long, J.Bracchitta, W, Cote, G. Bronner, Y, Taur, R, Dennard .........................30 WPM 2.2 A Sub-ns-Clock Cryogenic System for Josephson Computers S. Kotani, A.tnoue, H. Suzuki, S. Hasuo, T. Takenouchi, K. Fukase, F. Miyagawa, S. Yoshida, T. Sano, Y. Kamioka .........................32 WPM 2.3 АЗбОрѕ 24b Josephson Carry-Select Adder A. Inoue, S. Kotani, T. Imamura, S. Hasuo ..........34 WPM 2.4 A Programmable Mixed-Signal ASIC for Power Metering S. Garverick, D. McGrath, R. Baertsch, K Fujino .36 WPM 2.5 An Object Position and Orientation 1С with Embedded Imager D, Standley, B. Horn .............................................38 WPM 2.6 A 50MHz 1.5M Transistor ASIC for Biosequence Analysis W. Dettloff, R, Singh, T. White, B. Erickson .........40 WPM 2.7 A 1 50MHz Direct Digital Frequency Synthesizer in 1.25μηι CMOS with -ШВе Spurious Performance H. Nicholas, H. Samueli ........................................42 Session 3: High-Speed RAM Continental Ballroom 5-9 WPM 3.1 A 21 mW 4Mb CMOS SRAM for Battery Operation S. Murakami, K. Fujita, M. Ukita, K. Tsutsumi, Y. Inoue, 0. Sakamoto, M. Ashida, Y. Nishimura, Y. Kohno, T. Nishimura, K. Änami........................46 WPM 3.2 A 1 .2ns HEMT 64k SRAM M. Suzuki, S. Notorni, M. Ono, N. Kobayashi, E. Mitani, К. Odani, T. Mimura, M. Abe ................48 WPM 3.3 A 2ns Cycle, 4^^0658 51 2kb CMOS ECL SRAM T. Chappell, B. Chappell, S. Schuster, J. Allan, S. Kiepner, R. Joshi, R. Franch ............................50 WPM 3.4 A 1 0ns 4Mb BiCMOS TTL SRAM H. Shimada, S. Kawashima, M. Matsumiya, N. Suzuki, K. Itabashi.K. Kazio, Y. Miyamoto, M. Kagohashi ........................................................52 WPM 3.5 A 7ns 4Mb BiCMOS SRAM with A Parallel Testing Circuit Y. Okajima, Y. Sato, K. Kurosakí, S. Yamada ......54 WPM 3.6 A 17ns 4Mb BiCMOS DRAM H. Miwa, S. Wada, Y. Yokoyama, M. Nakamura, T. Onta, T. Maeda, M. Yoshida, H. Miyazawa, M. Akiyama, K. Miyazawa, J. Murata, A. Edoh...56 WPM 3.7 A 17ns 4Mb CMOS DRAM Using a Direct Bit-Line Sensing Technique T, Nagai, К. Numata, M. Ogihara, M. Shimizu, К. Imái, T. Hara, M. Yoshida, Y. Saito, Y. Asao, S, Sawada, S. Fujii ...............................................58 Session 4: Oversampling Converters Imperial Ballroom WPM 4.1 A CMOS Fourth-Order 1 4b 500k Sampie/s Sigma-Delta A/D Converter F. Op tEynde, G. Yin, W. Sansen ........................62 WPM 4.2 A CMOS Oversampling A/D Converter with 12b Resolution at Conversion Rates Above 1MHz B. Brandt, B. Wooley ............................................64 WPM 4.3 A 1 6b Third-Order Sigma-Delta Modulator with Reduced Sensitivity to Non-idealities D. Ribner, R. Baertsch, S. Garverick, D. McGrath, J. Krisciunas, T. Fuji .............................................66 Session 4: Oversampling Converters Imperiał Ballroom Session 5: Microprocessors Continental Ballroom 1-4 WPM4.4 An 18b 20kHz Dual Sigma-Delta A/D Converter ТАМ 5.3 P. Ferguson Jr. A. Ganesan, R. Adams, S. Vincelette, R. Libert, A. Volpe, D. Andreas, A. Charpentier, J. Dattorro ..................................68 ТАМ 5.4 ТАМ 5.5 ТАМ 5.6 ТАМ 6.1 WPM 4.5 A Bitstream D/A Converter with 18b Resolution В. Kup, E. Dijkmans, H. Naus, J. Sneep ..............70 WPM 4.6 An Oversampling Multi-Bit CMOS D/A Converter for Digital Audio with 115dB Dynamic Range M. Schouwenaars, W. Groeneveld. С Bastiaansen, H. Termeer ...........................................................72 WPM 4.7 A 16b Oversampling CODEC with Filtering DSP T. Okamoto, Y. Maruyama, K. Hinooka, A. Yukawa ............................................................74 Evening Discussion Session Continental Ballroom WE 1 : Technology Directions for Ultra-High-Speed SRAMs (Continental Ballroom 1-4)....................................78 WE 2: Can Testing Keep Up with Near-GHz Digital Circuits? (Continental Ballroom 5).......................................80 WE 3: Future Flat-Panel Displays: Circuit and System Implications (Continental Ballroom 6).......................................82 WE 4: Issues in High-Speed Clocking (Continental Ballrooms 7-9}..................................84 WE 5: The Impending Crisis in Analog Test (Imperial Ballroom) ...............................................86 Session 5: Microprocessors Continental Ballroom 1-4 ТАМ 5.1 A 1 00MHz CMOS Microprocessor J. Schutz...............................................................90 ТАМ 5.2 A 50MFLOPS Superpipelined Data-Driven ТАМ 6.5 Microprocessor S. Komori, T. Tamura, F. Asai, H. Tsubota, M. Sato, H. Takata, Y. Seguchi, T. Ohno, T. Tokuda, M.Terada ............................................................92 ТАМ 6.2 ТАМ 6.3 ТАМ 6.4 A 65MHz Floating-Point Coprocessor for a RISC Processor D. Steiss, S. Mangelsdorf, P. Groves, D. Bural, M. Gill, R. Gratias, M. Jassowski, R. Luebs, B. Naas, A. Reynolds, H. Rothermel, W. Walker, T. Wolf ...94 An Intelligent Subprocessor for Hardware Emula¬ tion with 20MOPS Performance M. Nakamura, T. Sawase, Y. Akao, S. Masamura, M. Hayashi, H. Osuga, Y. Satoh ...........................96 A Zero-Overhead Self-Timed 160ns 54b CMOS Divider T. Williams, M. Horowitz .......................................98 A100MIPS 64b Superscalar Microprocessor with DSP Enhancements R. Talmudi, 0. Oz, M. Beck, S. Shalem, A. Shacham, A. Mizrachi, Y. Afek .......................100 Session 6: High-Density DRAM Continental Ballroom 5-9 Optimized Redundancy Selection Based on a Failure-Related Yield Model for 64Mb DRAM and Beyond S. Kikuda, H. Miyamoto, S. Mori, M. Niiro, M. Yamada .........................................................104 A Block-Oriented RAM with Half-Sized DRAM Cell and Quasi-Folded Data-Line Architecture K. Kimura, T. Sakata, К. Itoh, Т. Када, T. Nishida, Y. Kawamoto ......................................................106 A 64Mb DRAM with Meshed Power Line and Distributed Sense-Amplifier Driver T. Yamada, Y. Nakata, J. Hasegawa, N. Amano, A. Snibayama, M. Sasago, N. Matsuo, T. Yabu, S. Matsumoto, S. Okada, M. Inoue ....................108 A 45ns 64Mb DRAM with a Merged Match-Line Test Architecture S. Mori, H. Miyamoto, Y. Morooka, S. Kikuda, M. Suwa, M. Kinoshita, A. Hachisuka, H. Arima, M. Yamada, T.Yoshihara, S. Kayano .................110 A 40ns 64Mb DRAM with a Current-Sensing Data-Bus Amplifier M. Taguchi, H. Tornita, T. Uchida, Y. Oonishi, К. Sato, T. Ema, M. Higashìtani, К. Nakagawa, M. Kanazawa, T. Yabu .......................................112 Session 6: High Density DRAM Continental Ballroom 5-9 ТАМ 6.6 A 33ns 64Mb DRAM Y. Oowaki, K. Tsuchida, Y. Watanabe, D. Takashima, M. Ohta, H. Nakano, S. Watanabe, A. Nitayama, F. Horiguchi, K. Ohuchi, F. Masuoka, H. Hara ...............................................................114 Session 7: Communications Imperial Ballroom ТАМ 7.1 A Symmetrical Analog Wide-Band Multiplier IC Operating up to 8 Gb/s Н -M. Rein, L. Schmidt, K. Wörner ......................118 ТАМ 7.2 A Single-Chip VHF and UHF Receiver for Radio Paging G. Luff, R. Youell, J. Wilson, T. Richards, R. Pilaski .............................................................120 ТАМ 7.3 DC-IOGHz Mixer and Amplifier GaAs ICs for Coherent Optical Heterodyne Receiver S. Fujita, Y. Imai, Y. Yamane, H. Fushimi ..........122 ТАМ 7.4 DC-to-Ku-Band MMIC inP HBT Double-Balanced Active Mixer L. Burns, J. Jensen, W. Stanchine, R. Metzger, Y. Allen...............................................................124 ТАМ 7.5 A 200MHz All-Digital QAM Modulator in 1 .2μπι CMOS for Digital Radio Applications B. Wong, H. Samueli ..........................................126 ТАМ 7.6 A Base-Band Codec for Digita! Cellular Telephony K. Lakshmikumar, D. Green, К Nagaraj, K -Н. Lau, О. Agazzi, J. Barrier, R. Shariatdoust, 6. Wilson, M. Dwarakanath, J. Ruch, J. Kumar, T. Ali-Vehmas, J. Junkkari, L. Siren, H. Khorramabadi ..............128 Session 8: Hard-Disk and Data-Communication ICs Continental Ballroom 1-4 TPM 8.1 A 30MHz Trellis Codec Chip for Partial-Response Channels S. Shung, P. Siege!, H. Thapar, R. Karabed ......132 TPM 8.2 A 15MHz CMOS Contirtuous-Time Bessel Filter for Disk Drives J. Khoury ............................................................134 Session 8; Hard-Disk and Data Communication ICs Continental Ballroom 1-4 TPM 8.3 TPM 8.4 TPM 8.5 TPM 8.6 TPM 8.7 TPM 9.1 TPM 9.2 TPM 9.3 TPM 9.4 A 27MHz Mixed Analog/Digital Magnetic Recording Channel DSP Using Partial-Response Signaling With Maximum-Likelihood Detection T. Schmerbeck, R. Ruchetta, L. Smith ................136 A 10GHz GaAs 8b Multiplexer/Demultiplexer Chip Set for the SONET STS-192 System K. Ishida, FÌ. Wakimoto, K. Tornita, Y. Kitaura, T. Suzuki, К. Yoshihara, M. Konno, S. Shimizu, N. Uchitomi .........................................................138 A 180MHz ASIC for High-Speed Interfaces D. Thompson, T. Gabara, C. Stroud. .140 A 52MHz and 155MHz Clock-Recovery Phase-Locked Loop L. DeVito, J. Newton, R. Croughwell, J. Bulzacchelli, F. Benkley ........................ .142 A Monolithic 622Mb/s Clock-Extraction Data Retiming Circuit B. Lai, R. Walker .................................................144 Session 9: High-Performance Logic Continental Ballroom 5-9 Α Ο.δμιτι aM-Transistor BipnMOS Channelless Gate Array H. Hara, T. Sakurai, M. Noda, T. Nagamatsu, S. Kobayashi, К. Seta, H. Momose, Y. Niitsu, H. Miyakawa, K. Maeguchi, Y. Watanabe, F. Sano ...............................................................148 Merged BiCMOS: A Device and Circuit Technique Scalable to the Sub-micron Sub-2V Regime P. Raje, R. Ritts, K. Cham, J. Plummer, K. Saraswat ........................................................150 А 45к HEMT Gate Array with 35ps DCFL and 50ps BDCFL Gates S. Notorni, T. Kondo, Y. Watanabe, M. Kosugi. I. Hanyu, M. Suzuki, A. Kaneko, T. Mimura, M.Abe ................................................................152 A15GHz Gate Array Implemented with AIGaAs/ GaAs Heterojunction BipolarTransistors K. Wang, P. Asbeck, M. Chang, R. Nubling, R. Pierson, N. Sheng, G. Sullivan, J. Yu D. Chen. D. Clement, T. Tsen, H. Basit, J. George, R. Young .............................................................154 Session 9: High Performance Logic Continental Ballroom 5-9 TPM 9.5 A 15 GHz Monolithic Two-Modulus Prescaler Y. Yamauchi, О. Nakajima, К. Nagata, M. Hirayama .......................................................156 TPM 9.6 A Si Bipolar 21 GHz 320mW Static Frequency Divider M, Kurisu, Y. Sasayama, M. Ohuchi, A. Sawairi, M. Sugiyama, H. Takemura, T. Tashiro ..............158 TPM 9.7 A 540MHz 10b Polar-to-Cartesian Converter G. Gielis, R. van de Plassche, J. van Valburg .... 160 Session 10: High-Speed Acquisition Imperial Ballroom TPM 10.1 A 14b 250ns Sample and Hold Subsystem with Self-Correction P. Real, D. Mercer ..............................................164 TPM 10.2 A 1 ^-linear 150ns Sample and Hold Amplifier with Low Hold Step F. Moraveji ..........................................................166 TPM 10.3 A Precision Monolithic Sample-and-Hold for Video Analog-to-Digital Converters M. Chambers, L Under ......................................168 TPM 10.4 A Technique for Reducing Differential Nonlinearity Errors in Flash A/D Converters K. Kartmann, J. Barrow .......................................170 TPM 10.5 An 8b 500MHz ADC Y. Gendai, Y. Komatsu, S. Hirase, M. Kawata ...172 TPM 10.6 А 6Ы GHz Dual-Parallel A/D Converter A. Matsuzawa, S. Nakashima, I. Hidaka, S. Sawada. H. Kodaka, S. Shamada ..................174 TPM 10.7 A 4GHz 8b Data Acquisition System K. Rush. P. Byrne ...............................................176 Session 11: Emerging Circuit Technologies Plaza Ballroom TPM 11.1 An H-Mfflion-Transistor Digital Neural Network Execution Engine M. Griffin, G. Tahara, K. Knorpp, R. Pinkham. R. Riley, D. Hamrnerstrom, E. Means ................180 Session 11 : Emerging Circuit Technologies Plaza Ballroom TPM 11.2 336-Neuron гбк-Ѕупарѕе Self-Learning Neural Network Chip with Branch-Neuron-Unit Architecture Y. Arima, К. Mashiko, К. Okada, T. Yamada, A. Maeda, H. Notani, H. Kondoh, S. Kayano ......182 TPM 11.3 An Analog Neural Network Processor with Programmable Network Topology B. Boser, E. Sackinger .......................................184 TPM1 1.4 A CMOS Field-Programmable Analog Array E. Lee, G. Gulak .................................................186 TPM 11.5 Thermal Absolute-Pressure Sensor with On-Chip Digital Front-End Processor C. Mastrangelo, R. Muller ...................................188 TPM 11.6 Quantum Devices for Arithmetic and Logic Operations T.Singh ..............................................................190 TPM 11.7 A Non-Volatile Analog Storage Device Using EEPROM Technology T. Blyth, S. Khan, R. Simko ...............................192 Evening Discussion Session Continental Ballroom TE 6: Silicon Integrated Systems Below Half Micron (Continental Ballroom 1-4)..................................196 TE 7: Technologies for Ultra-Low-Power Memory (Continental Ballroom 5).....................................198 TE 8: Impediments to Mixed-Signal 1С Development (Continental Ballroom 6).....................................200 TE 9: Advanced Systems: ULS! Devices versus High-Density Packaging (Continental Ballroom 7-9)..................................202 TE 10: Personal Wireless Communication in the 90 s (Imperial Ballroom) .............................................204 Session 12: Image Sensors and Processors Continental Ballroom 1-4 FAM 12,1 А і/З-іпеїі 410k Pixel CCD Image Sensor with Feedback Field-Plate Amplifier H. Akimoto, H. Ando, Y. Nakahara, M. Hikiba, H. Ohta ...............................................................208 F AM 12.2 A1 /a-inch Interline Transfer CCD Image Sensor With a Negative-Feedback ^IdB-Dynamic Range Charge Detector Y. Matsunaga, S. Ohsawa ..................................210 FAM 12.3 An FPN-Free 2/3-Inch І.ЗМ-РіхеІ CCD Image Sensor for an HDTV Camera System M. Azuma, T. Nobusada, Y. Toyoda, H. Asada, Y. Saito, S. Hayashi, T. Sugaya, T. Otsuki, Y. Fujita, F. Okano, K. Mitani ..............................212 FAM 12.4 A Programmable Image Processor A. Chiang, J. LaFranchise .................................214 FAM 12.5 A 648Х487-РІХЄІ Schottky-Barrier Infrared CCD Image Sensor К. Konuma, S. Tohyama, A. Tanabe, K. Masubuchi, N. Teranishi, T. Saito, T. Muramatsu ..................216 FAM 12.6 A CCD Video Delay Une with Switched Capacitor Charge-Integrating Amplifier T. Muda, Y. Kudoh, H. Ohshiba, Y. Hasegawa, T. Hagiwara, H. Mutoh ........................................218 Session 13: Special Session on Technology in the USSR Continental Ballroom 5-9 FAM 13.1 A View of Microelectronics in the USSR R. Jaeger, L. Termán, P. Verhofstadt, P. Chatterjee .......................................................222 FAM 13.2 Analog ICs Using Space Charge Waves in Two- Valley Semiconductor Films for Microwave Signal Processing A. Kogan, M. Kitayev, G. Korobkov, E. Ryzhova .........................................................224 FAM 13.3 4kb nMOS Static NVRAM with Extended 16kb Nonvolatile Memory V. Tjulkin, V. Miloshevsky ...................................226 FAM 13.4 n-Charmel 25Sk and 1 M EEPROM A, Nugtiin, A. Multsev, V. Miloshevsky ...............228 Session 13: Special Session on Technology in the USSR Continental Ballroom 5-9 FAM 13.5 Automated ASIC Mini-Fab for VLSI I. Berg, S.A. Garyainov, A. Gabsaliamov, M. Lurie, E. Morozov, E. Piatyshev, Z. Sheidin ...........................................................230 Session 14: Telecommunication Circuits Imperial Ballroom FAM 14.1 A Multirate Transceiver 1С For Four-Wire Full- Duplex Data Transmission K. Buttle, H. Takatori, C -С. Shih, H. Shafir .........234 FAM 14.2 An б-СпаппеІ DSP with Adaptive Balance Filters for Analog Subscriber Lines P -О. Sjöberg, T. Andre; J. Meyer, G. Eriksson, H. Bergh, H -О. Eriksson, G. Chauvel ..................236 FAM 14.3 A Monolithic Sigma-Delta A/D and D/A Converter with Filter for Broadband Speech Coding R. Lerch, M. Lamkemeyer, H. Fiedler, W. Bradinal, P. Becker .......................................238 FAM I4.4 A бООМЬ /s 16x16 Switching Element Chipset for Broadband ISDN L. Cloetens, F. Van Simaeys, P. Barri, P. Guebels, D. Rabaey ...........................................................240 FAM 14.5 A 400MD/S 8x8 BiCMOS ATM Switch LSI with 128kb On-Chip Shared Memory S. Tanaka, Y. Shobatake, K. Sakaue, M. Motoyama, S. Takatsuka, M. Ishibe, S. Shimizu, M. Noda, Y. Shimojoh, E. Kamagata, K. Seta, Y. Niitsu, К. Yamaura, H. Momose ....................................242 FAM 14.6 A Scheduling Content-Addressable Memory for ATM Space Division Switch Control M. Akata, S. Karube, T. Sakamoto, T. Saito, S. Wakasugi, S. Yoshida, H. Matsuno, H. Shibata ...........................................................244 Session 15: Video Signal Processors Continental Ballroom 1-4 FPM 15.1 A Single-Chip Digital PLL System for TV Image Processing K. Kohiyama, H. Takahashi, K. Sugihara ...........248 FPM 15.2 A Single-Chip Digital Signal Processor for CCD Cameras H. Matsumoto, T. Fukuda, T. Senda, T. Sasaki, H. Sugawara, K. Sato, T. Yamada, A. Такі ........250 Session 15: Video Signal Processors Continental Ballroom 1-4 Session 17: Analog Techniques Imperial Ballroom FPM15.3 A 300 MOPS Video Signal Processor With a Parallel Architecture T. Minami, H. Yamauchi, Y. Tashiro, R Kasai, J. Takahashi, S. Hamaguchi, К. Endo, T. Tajiri ..252 FPM 15.4 A 250MHz 1 6b 1 M-Transistor 0.8um BiCMOS Super-High-Speed Video Signal Processor J. Goto, K. Ando, T. Inoue, M. Ishida, M. Yamashina, H. Yamada, T. Enomoto .....................................254 FPM 15.5 A 200MFLOPS 100MHz 64b BiCMOS Vector-Pipelined Processor F. Okamoto, Y. Hagihara, C. Okubo, Y. Sekine, K. Nishi, H. Yamada, T. Enomoto .......................256 FPM 17.1 FPM 17.2 FPM 17.3 FPM 17.4 А Sk-Ohm 2GHz GaAs Transimpedance Amplifier with a Low-Noise Active Load R. Bayruns, T. Laverick, N. Scheinberg, К. Li ....272 A 1 MHz 1 0A Current-Mode DC-to-DC Converter T. Szepesi ...........................................................274 An Operational Amplifier with 1V Rail-to-Rail Multi-Path-Driven Output Stage J. Fonderie, J. Huijsing .......................................276 A ^edB THD 100-Ohm Differential Driver for ISDN Applications G. Nicollini, P. Monguzzi, R. Castello .................278 Session 16: Non-Volatile and Specialty Memory Continental Ballroom 5-9 FPM 16.1 A 60ns 1 6Mb Flash EEPROM with Program and Erase Sequence Controller T. Nakayama, S. Kobayashi, Y. Miyawaki, Y. Terada, N. Ajika, M. Ohi, H. Arima, T. Matsukawa, T. Yoshihara ...............................260 FPM 16.2 A 62ns 16Mb CMOS EPROM with Address Transition Detection Technique N. Ohtsuka, J. Miyamoto, K. Imamiya, N. Tornita, Y. lyama, S. Mori. Y. Ohsnima, N. Arai, Υ. Kaneko, E. Sakagami, К. Yoshikawa. S. Tanaka .............262 FPM 17.5 A Low-Noise Wide-Band Variable-Gain Amplifier Using an Interpolated Ladder Attenuator B.Gilbert ............................................................280 Conclusions of Papers............................................ 282 ISSCCÍH Profiles of Speakers, Session Chairman/ Moderators/Committee Members ............................331 ISSCC/IEEE/Council Awards ...................................................335 ISSOPI Floor Plans ................................................................349 Committees ...............................................................353 Timetable ................................... inside Back Cover FPM 16.3 A 29ns 8Mb EPROM with Dual-Reference Column ATD Sensing S. Sweha, R. Alexis, G. Сапера, P. Dang, H. Dun, K. Frary. L. Gee. S. Guliani, P. Hazen, D. Leak, R. Melcher, С. Park, H. Pon, M. Reitsma, R. Rozman, P. Saraswat, G. Sery, К. Tedrow, C.Webber ..........................................................264 FPM 16.4 A 0.5W 64kB Snoopy Cache Memory with Flexible Expandability К. Nogami, T. Shirotori, T. Kobayashi. Y. Fujimoto, Y, Biwaki. H. Nohara. M. Kobayashi, K. Kobayashi, K. Sawada ..........................................................266 FPM 16.5 A 4Mb Pseudo-SR AM Operating at 2.6+1 V with 3u A Data-Retention Current К. Sato, T. Kajimoto, H. Kawamoto. К. Kenrnizaki, S. Kubono, T. Mochizuki. H, Aoyagi, M. Kanamitsu, S. Kunito. S. Sano. A. Ogishima .........................268 Author j Abe, M .......................... ТРМ Abe, M .......................... WPM Adams. R ....................... WPM Afek, Y .......................... ТАМ Agazzi.O ...................... ТАМ Ajika, N ......................... FPM Akao, Y ......................... ТАМ Akata, H ........................ FAM Akimoto, H ................... FAM Akiyami, N .................... WPM Alexis, R ........................ FPM Ali-Vehmas, T ............... TAM Allan, J .......................... WPM Allen, Y ......................... TAM Amano, N ...................... TAM Änami. K ....................... WPM Ando. H ......................... FAM Ando. K ......................... FPM Andre, T ........................ FAM Andreas, D .................... WPM Aoyagi. H ...................... FPM Arai, N ........................... FPM Arima, H ........................ FPM Arima, H ........................ TAM Arima, Y ........................ TPM Asada, H ........................ FAM Asai. F ........................... ТАМ Asao, Y ......................... WPM Asbeck, P ...................... TPM Ashida. M ...................... WPM Azuma, M ..................... FAM Baertsch, R .................... WPM Baertsch. R .................... WPM Barner.J ........................ ТАМ Barri, P .......................... FAM Barrow, J ....................... TPM Basit, H ......................... TPM Bastiaansen, C ............... WPM Bayruns, R ..................... FPM Beck, M ......................... TAM Becker, P ....................... FAM Benkley, F ..................... TPM Berg, I ........................... FAM Bergh. H ........................ FAM Biwaki, Y ...................... FPM Blyth.T ......................... TPM Boser. B ......................... TPM Bracchitta, J ................... WPM Bradinal, W...................FAM Brandt, В .......................WPM Bronner, G .....................WPM Bucelot, T ......................WPM Bulzacchelli. J ...............TPM Bura), D ......................... ТАМ Bums, L ......................... ТАМ Buttle, К ........................ FAM Byrne, P .........................TPM iper Page 9.3 152 3.2 48 4.4 68 5.6 100 7.6 128 16.1 260 5.4 96 14.6 244 12.1 208 3.6 56 16.3 264 7.6 128 3.3 50 7.4 124 6.3 108 3.1 46 12.1 208 15.4 254 14.2 236 4.4 68 16.5 268 16.2 262 16.1 260 6.4 110 11.2 182 12.3 212 5.2 92 3.7 58 9.4 154 3.1 46 12.3 212 2.4 36 4.3 66 7.6 128 14.4 240 10.4 170 9.4 154 4.6 72 17.1 272 5.6 100 14.3 238 8.6 142 13.5 230 14.2 236 16.4 266 11.7 192 11.3 184 2.1 30 14.3 238 4.2 64 2.1 30 2.1 30 8.6 142 5.3 94 7.4 124 14.1 234 10.7 176 Author Paper Сапера, G ......................FPM 16.3 Castello, R .....................FPM 17.4 Cham, К ........................ TPM 9.2 Chambers, M ................. TPM 10.3 Chang, M ....................... TPM 9.4 Chappell.B ................... WPM 3.3 Chappell, T .................... WPM 3.3 Charpentier, A ............... WPM 4.4 Chatterjee, P .................. FAM 13.1 Chauvel.G .................... FAM 14.2 Chen, A ......................... TPM 9.4 Chiang, A ...................... FAM 12.4 Clement, D .................... TPM 9.4 Cloetens.L .................... FAM 14.4 Cote, W ......................... WPM 2.1 Croughwell.R ............... TPM 8.6 Dang, P .......................... FPM 16.3 DattorrcJ ..................... WPM 4.4 Dennard, R .................... WPM 2.1 Dettloff, W .................... WPM 2.6 DeVito, L ...................... TPM 8.6 Dijkmans, E.C ............... WPM 4.5 Draper, R ....................... WAM 1.1 Dun, H ........................... FPM 16.3 Dwarakanath, M ............ ТАМ 7.6 Ema, T ........................... ТАМ 6.5 Endo, К ......................... FPM 15.3 Endoh, А ....................... WPM 3.6 Enomoto.T ................... FPM 15.4 Enomoto.T ................... FPM 15.5 Erickson.W ................... WPM 2.6 Eriksson. G .................... FAM 14.2 Eriksson, H-O ............... FAM 14.2 Ferguson, P ................... WPM 4.4 Fiedler, Н -L ................... FAM 14.3 Fonderie, J ..................... FPM 17.3 Franch, R ....................... WPM 2.1 Franch, R ....................... WPM 3.3 Frary, К ......................... FPM 16.3 Fuji, T ............................ WPM 4.3 Fujii, S ........................... WPM 3.7 Fujimoto, Y ................... FPM 16.4 Fujino, К ....................... WPM 2.4 Fujita. K ........................ WPM 3.1 Fujita. S ......................... ТАМ 7.3 Fujita. Y ........................ FAM 12.3 Fukase, K ...................... WPM 2.2 Fukuda, T ...................... FPM 15.2 Fushimi, H ..................... ТАМ 7.3 Gabara, T ....................... TPM 8.5 Gabsaliamov, A ............. FAM 13.5 Ganesan, A .................... WPM 4.4 Garverick, S .................. WPM 2.4 Garverick, S .................. WPM 4.3 Page Author 264 Garyainov, S ................. FAM 278 Gee, L ............................ FPM 150 Gendai, Y ...................... TPM 168 George, J ....................... TPM 154 Gielis, G ........................ TPM 50 Gilbert, В ....................... FPM 50 Gill, M ........................... ТАМ 68 Goto, J ........................... FPM 222 Gratias, R ...................... ТАМ 236 Green, D ........................ ТАМ 154 Griffin, M ......................TPM 214 Groeneveld, W ..............WPM 154 Groves, P ....................... ТАМ 240 Guebels,P ..................... FAM 30 Gulak, G ........................ TPM 142 Guliani, S ...................... FPM 264 Hachisuka, A ................. TAM 68 Hagihara, Y ................... FPM 30 Hagiwara, T ................... FAM 40 Hamaguchi, S ................ FPM 142 Hanyu, L ....................... TPM 70 Hara, H .......................... ТАМ 16 Hara, H .......................... TPM 264 Hara, T .......................... WPM 128 Hasegawa, J ................... ТАМ Hasegawa, Y ................. FAM 112 Hasuo, S ........................ WPM 252 Hasuo, S ........................ WPM 56 Hayashi, M .................... ТАМ 254 Hayashi, S ..................... FAM 256 Hazen, P ........................ FPM 40 Henkels, W .................... WPM 236 Hidaka, I ........................ TPM 236 Higashitani, M ............... TAM Hikiba, M ...................... FAM 68 Hinooka, К .................... WPM 238 Hirase, S ........................ TPM 276 Hirayama, M ................. TPM 30 Hiroe, S ......................... WAM 50 Horiguchi,F .................. TAM 264 Horn, В .......................... WPM 66 Horowitz, M .................. ТАМ 58 Huijsing, J ..................... FPM 266 36 Imai, К .......................... WPM 46 Imai, Y .......................... ТАМ 122 Imamiya, К ................... FPM 212 Imamura, T .................... WPM 32 Inoue. A ......................... WPM 250 Inoue, A ......................... WPM 122 Inoue, M ........................ ТАМ ïnoue, T ......................... FPM 140 Inoue, Y ......................... WPM 230 Ishibe, M ....................... FAM 68 Ishida, K ........................ TPM 36 Ishida. M ....................... FPM 66 Itabashi. K ..................... WPM Paper Page 13.5 230 16.3 264 10.5 172 9.4 154 9.7 160 17.5 280 5.3 94 15.4 254 5.3 94 7.6 128 11.1 180 4.6 72 5.3 94 14.4 240 11.4 186 16.3 264 6.4 110 15.5 256 12.6 218 15.3 252 9.3 152 6.6 114 9.1 148 3.7 58 6.3 108 12.6 218 2.2 32 2.3 34 5.4 96 12.3 212 16.3 264 2.1 30 10.6 174 6.5 112 12.1 208 4.7 74 10.5 172 9.5 156 1.2 22 6.6 114 2.5 38 5.5 98 17.3 276 3.7 58 7.3 122 16.2 262 2.3 34 2.2 32 2.3 34 6.3 108 15.4 254 3.1 46 14.5 242 8.4 138 15.4 254 3.4 52 Author Itoh. К ........................... ТАМ Iyama. Y ........................ FPM Jaeger. R ........................ FAM Jassowski, M ................. ТАМ Jensen. J ........................ ТАМ Joshi.R .......................... WPM Junkkari. J ..................... TAM Kaga.T ........................ TTAM Kagohashi. M ................ WPM Kajimoto. T ................... FPM Kamagata, E .................. FAM Kamioka. Y ................... WPM Kanamitsu. M ................ FPM Kanazawa. M ................ TAM Kaneko. A ..................... TPM Kaneko. Y ..................... FPM Karabed.R .................... TPM Karube. S ....................... FAM Kasai. R ......................... FPM Kattmann, K .................. TPM Kawamoto, H ................ FPM Kawamoto. Y ................ TAM Kawashima. S ............... WPM Kawata, M ..................... TPM Kayano. S ...................... TAM Kayano. S ...................... TPM Kazio. K ........................ WPM Kenmizaki, K ................ FPM Khan. S .......................... TPM Khorramabadi, H ........... TAM Khoury, J ....................... TPM Kikuda.S ....................... TAM Kikuda. S ....................... TAM Kimura. K ..................... TAM Kinoshita, M ................. TAM Kitaura. Y ...................... TPM Kitayev. M .................... FAM Kiepner. S ..................... WPM Knorpp. K ..................... TPM Kobayashi. K ................. FPM Kobayashi. M ................ FPM Kobayashi. N ................. WPM Kobayashi. S ................. FPM Kobayashi. S ................. TPM Kobayashi. T ................. FPM Kodaka. H ..................... TPM Kogan. A ....................... FAM Koniyama. K ................. FPM Kohno. Y ....................... WPM Komatsu, Y ................... TPM Komori. S ...................... TAM Kondo.T ....................... TPM Kondoh. H ..................... TPM Konno. M ...................... TPM Konuma. K .................... FAM Korobkov.G ................. FAM Paper Page 6.2 106 16.2 262 13.1 222 5.3 94 7.4 124 3.3 50 7.6 128 6.2 106 3.4 52 16.5 268 14.5 242 2.2 32 16.5 268 6.5 112 9.3 152 16.2 262 8.1 132 14.6 244 15.3 252 10.4 170 16.5 268 6.2 106 3.4 52 10.5 172 6.4 110 11.2 182 3.4 52 16.5 268 11.7 192 7.6 128 8.2 134 6.1 104 6.4 110 6.2 106 6.4 110 8.4 138 i 3.2 224 3.3 50 11.1 180 16.4 266 16.4 266 3.2 48 16.1 260 9.1 148 16.4 266 10.6 174 13.2 224 15.1 248 3.1 46 10.5 172 5.2 92 9.3 152 11.2 182 8.4 138 12.5 216 13.2 224 Author Kosugi, M ..................... TPM Kotani, S ....................... WPM Kotani, S ....................... WPM Krisciunas, J .................. WPM Kubono.S ..................... FPM Kudoh, Y ....................... FAM Kumar. J ........................ TAM Kunito, S ....................... FPM Kup, B.M.J .................... WPM Kurisu. M ...................... TPM Kurosaki, K ................... WPM LaFranchise, J ............... FAM Lai, B ............................. TPM Lakshmikumar, K ......... TAM Lamkemeyer, M ............ FAM Lau, K-H ....................... ТАМ La Vériek. T ................... FPM Leak, D .......................... FPM Lee, E ............................ TPM Lerch, R ......................... FAM Li, K .............................. FPM Libert, R ........................ WPM Linder, L ....................... TPM Long, C ......................... WPM Luebs, R ........................ TAM Luff. G ........................... TAM Lurie, M ........................ FAM Maeda, A ....................... TPM Maeda, T ....................... WPM Maeguchi. K .................. TPM Mangelsdorf, S .............. TAM Maruyama, Y ................ WPM Mashiko, K .................... TPM Mastrangelo, C .............. TPM Masubuchi. K ................ FAM Masumura. S ................. TAM Masuoka, F .................... TAM Matlsev, A ..................... FAM Matsukawa, T ................ FPM Matsumiya, M ............... WPM Matsumoto, H ............... FPM Matsumoto. S ................ TAM Matsunaga. Y ................ FAM Matsuno. H .................... FAM Matsuo. N ...................... TAM Matsuzawa. A ............... TPM MeClusky. E ................. WAM McGrath. D ................... WPM McGrath. D ................... WPM Meicher. R ..................... FPM Mercer. D ...................... TPM Metzger. R ..................... TAM Meyt-r, J ......................... FAM Muda. T ......................... FAM Miloshevsky. V ............. FAM Miloshevskv. V ............. FAM Paper Page 9.3 152 2.2 32 2.3 34 4.3 66 16.5 268 12.6 218 7.6 128 16.5 268 4.5 70 9.6 158 3.5 54 12.4 214 8.7 144 7.6 128 14.3 238 7.6 128 17.1 272 16.3 264 11.4 186 14.3 238 17.1 272 4.4 68 10.3 168 2.1 30 5.3 94 7.2 120 13.5 230 11.2 182 3.6 56 9.1 148 5.3 94 4.7 74 11.2 182 11.5 188 12.5 216 5.4 96 6.6 114 13.4 228 16.1 260 3.4 52 15.2 250 6.3 108 12.2 210 14.6 244 6.3 108 10.6 174 1.3 26 2.4 36 4.3 66 16.3 264 10.1 164 7.4 124 14.2 236 12.6 218 13.3 226 13.4 228 Author Mimura, T ..................... TPM Mimura, T ..................... WPM Minami, T ..................... FPM Mitani, E ....................... WPM Mitani, K ....................... FAM Miwa, H ........................ WPM Miyagawa, F ................. WPM Miyakawa, H ................. TPM Miyamoto, H ................. TAM Miyamoto, H ................. TAM Miyamoto, J .................. FPM Miyamoto, Y ................. WPM Miyawaki, Y ................. FPM Miyazawa, H/ ................ WPM Miyazawa, K ................. WPM Mizrachi, A ................... TAM Mochizuki, T ................. FPM Mohler, R ...................... WPM Momose, H .................... FAM Momose, H .................... TPM Monguzzi, P .................. FPM Moraveji, F .................... TPM Mori, S .......................... FPM Mori, S .......................... TAM Mori, S .......................... TAM Morooka, Y ................... TAM Morozov, E ................... FAM Motoyama, M ................ FAM Muller, R ....................... TPM Multsev, A ..................... FAM Murakami, S .................. WPM Muramatsu, T ................ FAM Murata, J ....................... WPM Mutoh, H ....................... FAM Naas, В .......................... ТАМ Nagai,T ......................... WPM Nagamatsu, T ................ TPM Nagaraj, K ..................... TAM Nagata, К ...................... TPM Nakagawa, К ................. TAM Nakahara, Y .................. FAM Nakajima, O .................. TPM Nakamura, H ................. TAM Nakamura, M ................ WPM Nakano, H ..................... TAM Nakashima, S ................ TPM Nakata, Y ...................... ТАМ Nakayama, T ................. FPM Naus, H ......................... WPM Newton. J ...................... TPM Nicholas, H ................... WPM Nicollini,G ................... FPM Niiro, M ......................... TAM Niitsu, Y ........................ FAM Niitsu. Y ........................ TPM Nishí. K ......................... FPM Nishida, T ...................... TAM Nishímura, T ................. WPM Paper 9.3 152 3.2 48 15.3 252 3.2 48 12.3 212 3.6 56 2.2 32 9.1 148 6.1 104 6.4 110 16.2 262 3.4 52 16.1 260 3.6 56 3.6 56 5.6 100 16.5 268 2.1 30 14.5 242 9.1 148 17.4 278 10.2 166 16.2 262 6.1 104 6.4 110 6.4 110 13.5 230 14.5 242 11.5 188 13.4 228 3.1 46 12.5 216 3.6 56 12.6 218 5.3 94 3.7 58 9.1 148 7.6 128 9.5 156 6.5 112 12.1 208 9.5 156 5.4 96 3.6 56 6.6 114 10.6 174 6.3 108 16.1 260 4.5 70 8.6 142 2.7 42 17.4 278 6.1 104 14.5 242 9.1 148 15.5 256 6.2 106 3.1 46 Author Nishimura, Y ................. WPM Nitayama, A .................. ТАМ Nobusada.T .................. FAM Noda, M ........................ FAM Noda.M ........................ TPM Nogami. К ..................... FPM Nohara. H ...................... FPM Notani, H ....................... TPM Notorni, S ...................... TPM Notorni, S ...................... WPM Nubling. R ..................... TPM Nughin, A ...................... FAM Numata, К ..................... WPM Odani, К ........................ WPM Ogihara, M .................... WPM Ogishima, A ................. FPM Ohi. M ........................... FPM Ohkubo.C ..................... FPM Ohno.T ......................... ТАМ Ohsawa, S ..................... FAM Ohshiba, H .................... FAM Ohshima. Y ................... FPM Onta. H .......................... FAM Ohta. M ......................... ТАМ Ohta. T .......................... WPM Ohtsuka, N .................... FPM Ohuchi. K ...................... TAM Ohuchi. M ..................... TPM Okada, M ....................... TPM Okada. S ........................ TAM Okajima.Y .................... WPM Okamoto. F ................... FPM Okamoto. T ................... WPM Okano, F ........................ FAM Ono. M .......................... WPM Oonishi. Y ..................... TAM Oowaki. Y ..................... TAM Op t Eynde. F ................ WPM Osuga. H ....................... TAM Otsuki. T ....................... FAM Oz.O ............................. TAM Park, C ........................... FPM Piatyshev, E ................... FAM Pierson, R ...................... TPM Pilaski. R ....................... TAM Pinkharn. R .................... TPM Plummer, J .................... TPM Pon. H ........................... FPM Rabaey, D ...................... FAM Raje. P ........................... TPM Real, P ........................... TPM Rein, H-M ..................... ТАМ Reitsma. M .................... FPM Paper Page Author 3.1 46 Reynolds, A ................... ТАМ 6.6 114 Ribner, D ....................... WPM 12.3 212 Richards, T .................... ТАМ 14.5 242 Richetta, R ..................... TPM 9.1 148 Riley, R ......................... TPM 16.4 266 Ritts. R .......................... TPM 16.4 266 Rothermal, H ................. ТАМ 11.2 182 Rozman, R ..................... FPM 9.3 152 Ruch, J ........................... TAM 3.2 48 Rush, K ......................... TPM 9.4 154 Ryzhova, E .................... FAM 13.4 228 3.7 58 Saito, T .......................... FAM Saito, T .......................... FAM 3.2 48 Saito, Y ......................... FAM 3.7 58 Saito, Y ......................... WPM 16.5 268 Sakagami.E .................. FPM 16.1 260 Sakamota.0 .................. WPM 15.5 256 Sakamoto, T .................. FAM 5.2 92 Sakata, T ........................ ТАМ 12.2 210 Sakaue, K ...................... FAM 12.6 218 SakuraUT......................TPM 16.2 262 Samueil, H ..................... ТАМ 12.2 210 Samueli, H ..................... WPM 6.6 114 Sano, F .......................... TPM 3.6 56 Sano, S .......................... FPM 16.2 262 Sano, T .......................... WPM 6.6 114 Sansen, W ..................... WPM 9.6 158 Saraswat, K ................... TPM 11.2 182 Saraswat, P .................... FPM 6.3 108 Sasago, M ...................... TAM 3.5 54 Sasaki, T ........................ FPM 15.5 256 Sasayama. Y .................. TPM 4.7 74 Sato, H ........................... TAM 12.3 212 Sato, K ........................... FPM 3.2 48 Sato. K ........................... FPM 6.5 112 Sato, K ........................... TAM 6.6 114 Sato, Y ........................... WPM 4.1 62 Satoh.Y ......................... TAM 5.4 96 Sawada, K ..................... FPM 12.3 212 Sawada, S ...................... TPM 5.6 100 Sawada, S ...................... WPM Sawairi. A ..................... TPM 16.3 264 Sawase. T ...................... TAM 13.5 230 Säckinger, E .................. TPM 9.4 154 Scheinberg. N ................ FPM 7.2 120 Schmerbeck, T .............. TPM 11.1 180 Schmidt. L ..................... TAM 9.2 150 Schouwenaars. H ........... WPM 16.3 264 Schuster, S ..................... WPM Schutz. J ........................ TAM 14.4 240 Seguchi. Y ..................... TAM 9.2 150 Sekine. Y ....................... FPM 10.1 164 Senda. T ........................ FPM 7.1 118 Sery, G .......................... FPM 16.3 264 Seta, K ........................... FAM Paper Page 5.3 94 4.3 66 7.2 120 8.3 136 11.1 180 9.2 150 5.3 94 16.3 264 7.6 128 10.7 176 13.2 224 12.5 216 14.6 244 12.3 212 3.7 58 16.2 262 3.1 46 14.6 244 6.2 106 14.5 242 9.1 148 7.5 126 2.7 42 9.1 148 16.5 268 2.2 32 4.1 62 9.2 150 16.3 264 6.3 108 15.2 250 9.6 158 5.2 92 15.2 250 16.5 268 6.5 112 3.5 54 5.4 96 16.4 266 10.6 174 3.7 58 9.6 158 5.4 96 11.3 184 17.1 272 8.3 136 7.1 118 4.6 72 3.3 50 5.1 90 5.2 92 15.5 256 15.2 250 16.3 264 14.5 242 Author Seta, К ........................... TPM Shacham, A ................... ТАМ Shafir.H ........................ FAM Shalem, S ...................... ТАМ Shariatdoust, R .............. ТАМ Sheidin, Z ...................... FAM Sheng, N ........................ TPM Shibata, H ...................... FAM Shibayama, A ................ ТАМ Shih, C-C ....................... FAM Shimada, H .................... WPM Shimada.S .................... TPM Shimizu.M .................... WPM Shimizu. S ..................... FAM Shimizu, S ..................... TPM Shimojoh, Y .................. FAM Shirotori,T .................... FPM Shobatake, Y ................. FAM Shung, В ........................ TPM Siegel, P ........................ TPM Simko, R ....................... TPM Singh, R ......................... WPM Singh, T ......................... TPM Siren, L .......................... TAM Sjöberg, P-0 .................. FAM Smith, L ......................... TPM Sneep, J ......................... WPM Stanchina, W ................. TAM Standley, D .................... WPM Steiss, D ........................ TAM Stroud, C ....................... TPM Sugawara, H .................. FPM Sugaya, T ...................... FAM Sugihara, K ................... FPM Sugiyama, M ................. TPM Sullivan, G .................... TPM Suwa, M ........................ TAM Suzuki. H ....................... WPM Suzuki, M ...................... TPM Suzuki, M ...................... WPM Suzuki, N ....................... WPM Suzuki, T ....................... TAM Sweha, S ........................ FPM Szepesi, T ...................... FPM Taguchi, M .................... TAM Tahara. G ....................... TPM Tajiri.T ......................... FPM Takahashi. H ................. FPM Takahashi, J ................... FPM Takashima, D ................ TAM Takata. Y ....................... TAM Takatori, H .................... FAM Takatsuka. S .................. FAM Takemura, H .................. TPM Takenouchi.T ............... WPM Paper Page 9.1 148 5.6 100 14.1 234 5.6 100 7.6 128 13.5 230 9.4 154 14.6 244 6.3 108 14.1 234 3.4 52 10.6 174 3.7 58 14.5 242 8.4 138 14.5 242 16.4 266 14.5 242 8.1 132 8.1 132 11.7 192 2.6 40 11.6 190 7.6 128 14.2 236 8.3 136 4.5 70 7.4 124 2.5 38 5.3 94 8.5 140 15.2 250 12.3 212 15.1 248 9.6 158 9.4 154 6.4 ПО 2.2 32 9.3 152 3.2 48 3.4 52 8.4 138 16.3 264 17.2 274 6.5 112 11.1 180 15.3 252 15.1 248 15.3 252 6.6 114 5.2 92 14.1 234 14.5 242 9.6 158 Author Такі. A .......................... FPM Talmudi. R .................... ТАМ Tamura. T ...................... ТАМ Tanabe. A ...................... FAM Tanaka. S ....................... FAM Tanaka. S ....................... FPM Tashiro. T ...................... ТРМ Tashiro. Y ..................... FPM Taur. Y .......................... WPM Tedrow. К ..................... FPM Termán. L ...................... FAM Tenida. H ....................... ТАМ Terada. Y ....................... FPM Teranishi. N................... FAM Termeer. H .................... WPM Thapar. H ...................... TPM Thompson. D ................. TPM Tohyama. S ................... FAM Tokuda, T ...................... ТАМ Tomita, H ...................... ТАМ Tomita, К ......................TPM Tomita. N......................FPM Toyoda. Y ..................... FAM Tsen.T..........................TPM Tsubota. H ..................... ТАМ Tsuchida. К...................ТАМ Tsutsumi. К ...................WPM Tyulkin. V ..................... FAM Uchida,T....................... ТАМ Uchitomi. N ................... TPM Ukita. M ........................ WPM Paper Page 15.2 250 5.6 100 5.2 92 12.5 216 14.5 242 16.2 262 9.6 158 15.3 252 2.1 30 16.3 264 13.1 222 5.2 92 16.1 260 12.5 216 4.6 72 8.1 132 8.5 140 12.5 216 5.2 92 6.5 112 8.4 138 16.2 262 12.3 212 9.4 154 5.2 92 6.6 114 3.1 46 13.3 226 6.5 112 8.4 138 3.1 46 Author Van de Plassche. R ........ TPM Van Simaeys. F ............. FAM Van Valburg, J .............. TPM Verhofstadt. P ............... FAM Vincellette, S ................. WPM Volpe, A ........................ WPM Wada, S ......................... WPM Wakasugi. S .................. FAM Wakimoto, H ................. TPM Walker, R ...................... TPM Walker, W ..................... ТАМ Wang, К ........................ TPM Watanabe. S .................. ТАМ Watanabe, Y .................. ТАМ Watanabe. Y .................. TPM Watanabe. Y .................. TPM Webber, С ..................... FPM Wen, D .......................... WPM White, T ........................ WPM Williams, T ................... ТАМ Wilson, G ...................... ТАМ Wilson, J ....................... ТАМ Wolf, T .......................... ТАМ Wong, В ........................ ТАМ Wooley, В ..................... WPM Worner, К ..................... ТАМ Yabu.T ......................... ТАМ Yabu, T ......................... ТАМ Yamada, H .................... FPM Yamada. H .................... FPM Paper Page Author 9.7 160 Yamada. M .................... ТАМ 14.4 240 Yamada, M .................... ТАМ 9.7 160 Yamada, S ..................... WPM 13.1 222 Yamada. H ..................... FPM 4.4 68 Yamada, T ..................... ТАМ 4.4 68 Yamada, T ..................... TPM Yamane, Y .................... ТАМ 3.6 56 Yamashina, M ............... FPM 14.6 244 Yamauchi, H ................. FPM 8.4 138 Yamauchi, Y ................. TPM 8.7 144 Yamaura, К ................... FAM 5.3 94 Yin, G ............................ WPM 9.4 154 Yokoyama, Y ................ WPM 6.6 114 Yoshida, M .................... WPM 6.6 114 Yoshida, M .................... WPM 9.1 148 Yoshida, S ..................... FAM 9.3 152 Yoshida, S ..................... WPM 16.3 264 Yoshihara, К ................. TPM 2.1 30 Yoshihara, T .................. FPM 2.6 40 Yoshihara, T .................. ТАМ 5.5 98 Yoshikawa, К ................ FPM 7.6 128 YouelKR ....................... ТАМ 7.2 120 Young, R ....................... TPM 5.3 94 Yu.J .............................. TPM 7.5 126 Yukawa, A .................... WPM 4.2 64 7.1 118 Paper Page 6.1 104 6.4 110 3.5 54 15.2 250 6.3 108 11.2 182 7.3 122 15.4 254 15.3 252 9.5 156 14.5 242 4.1 62 3.6 56 3.6 56 3.7 58 14.6 244 2.2 32 8.4 138 16.1 260 6.4 110 16.2 262 7.2 120 9.4 154 9.4 154 4.7 74 6.3 108 6.5 112 15.4 254 15.5 256
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discipline	Elektrotechnik Elektrotechnik / Elektronik / Nachrichtentechnik
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format	Conference Proceeding Book
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genre_facet	Konferenzschrift 1991 San Francisco Calif.
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physical	356 S. zahlr. Ill. und graph. Darst.
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spelling	International Solid State Circuits Conference 38 1991 San Francisco, Calif. Verfasser (DE-588)5062793-4 aut Digest of technical papers 1991 IEEE International Solid-State Circuits Conference, February 1991 ; publ.: John H. Wuorinen. 38th ISSCC 1. ed. New York, NY Inst. of Electrical and Electronics Engineers 1991 356 S. zahlr. Ill. und graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Electronic circuits Congresses Semiconductors Congresses Solid state electronics Congresses Integrierte Schaltung (DE-588)4027242-4 gnd rswk-swf Layout Mikroelektronik (DE-588)4264372-7 gnd rswk-swf Logische Schaltung (DE-588)4131023-8 gnd rswk-swf Entwurf (DE-588)4121208-3 gnd rswk-swf CAD (DE-588)4069794-0 gnd rswk-swf VLSI (DE-588)4117388-0 gnd rswk-swf Konsumelektronik (DE-588)4165117-0 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1991 San Francisco Calif. gnd-content VLSI (DE-588)4117388-0 s Entwurf (DE-588)4121208-3 s CAD (DE-588)4069794-0 s 1\p DE-604 Layout Mikroelektronik (DE-588)4264372-7 s 2\p DE-604 Integrierte Schaltung (DE-588)4027242-4 s 3\p DE-604 Logische Schaltung (DE-588)4131023-8 s 4\p DE-604 Konsumelektronik (DE-588)4165117-0 s 5\p DE-604 Wuorinen, John H. Sonstige oth Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003794324&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 2\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 3\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 4\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 5\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk
spellingShingle	Digest of technical papers Electronic circuits Congresses Semiconductors Congresses Solid state electronics Congresses Integrierte Schaltung (DE-588)4027242-4 gnd Layout Mikroelektronik (DE-588)4264372-7 gnd Logische Schaltung (DE-588)4131023-8 gnd Entwurf (DE-588)4121208-3 gnd CAD (DE-588)4069794-0 gnd VLSI (DE-588)4117388-0 gnd Konsumelektronik (DE-588)4165117-0 gnd
subject_GND	(DE-588)4027242-4 (DE-588)4264372-7 (DE-588)4131023-8 (DE-588)4121208-3 (DE-588)4069794-0 (DE-588)4117388-0 (DE-588)4165117-0 (DE-588)1071861417
title	Digest of technical papers
title_auth	Digest of technical papers
title_exact_search	Digest of technical papers
title_full	Digest of technical papers 1991 IEEE International Solid-State Circuits Conference, February 1991 ; publ.: John H. Wuorinen. 38th ISSCC
title_fullStr	Digest of technical papers 1991 IEEE International Solid-State Circuits Conference, February 1991 ; publ.: John H. Wuorinen. 38th ISSCC
title_full_unstemmed	Digest of technical papers 1991 IEEE International Solid-State Circuits Conference, February 1991 ; publ.: John H. Wuorinen. 38th ISSCC
title_short	Digest of technical papers
title_sort	digest of technical papers
topic	Electronic circuits Congresses Semiconductors Congresses Solid state electronics Congresses Integrierte Schaltung (DE-588)4027242-4 gnd Layout Mikroelektronik (DE-588)4264372-7 gnd Logische Schaltung (DE-588)4131023-8 gnd Entwurf (DE-588)4121208-3 gnd CAD (DE-588)4069794-0 gnd VLSI (DE-588)4117388-0 gnd Konsumelektronik (DE-588)4165117-0 gnd
topic_facet	Electronic circuits Congresses Semiconductors Congresses Solid state electronics Congresses Integrierte Schaltung Layout Mikroelektronik Logische Schaltung Entwurf CAD VLSI Konsumelektronik Konferenzschrift 1991 San Francisco Calif.
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003794324&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT internationalsolidstatecircuitsconferencesanfranciscocalif digestoftechnicalpapers AT wuorinenjohnh digestoftechnicalpapers

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