TOSHIBA TC110G Search Results

TC17G Series

Abstract: 74HC family Application Notes toshiba tc110g toshiba tc17g SEMI-E-S1001 TC110G38 1 gate toshiba logic TTL Logic Family list DAP macro language TOSHIBA Gate array macro cell
Contextual Info: TOSHIBA ASIC TOSHIBA AMERICA ELECTRONIC COMPONENTS, INC. CMOS GATE ARRAY TC1TOGSERESGITE /«RAY Toshiba introduces the new generation gate arrays — The TC110G series— capable of integrating 5X more than the TC17G series. Uses Toshiba’s proprietary HC2MOS/VLSI

toshiba tc110g

Abstract: toshiba toggle nand TC17G Series toshiba tc17g TC110G11 specifications of basic logic gates 74 series TC17G TC110G21 TC110G38 VLSI TECHNOLOGY
Contextual Info: ASIC TOSHIBA TOSHIBA AMERICA ELECTRONIC COMPONENTS, IIMC. CMOS GATE ARRAY TCllOG SERIES GITE ¿RRAY Toshiba introduces the new generation gate arrays — The TC110G series— capable of integrating 5X more than the TC17G series. Uses Toshiba’s proprietary HC2MOS/VLSI

STK 407 040

Abstract: toshiba tc110g toshiba tc17g STK 407 240 TC17G Series CMOS GATE ARRAYs toshiba TC110G08 LU 2705 TC17G sw 44585
Contextual Info: Mar. ’88 Version 3 TOSHIBA CMOS GATE ARRAY TC1XDG SERIESSITE /«RAY Toshiba introduces the new generation gate arrays — The TC110G series— capable of integrating 5X more than the TC17G series. Uses Toshiba’s proprietary HC 2MOS/VLSI technologies. State of the art processing with high

Contextual Info: Mar. 88 Version 3 TOSHIBA CMOS GATE ARRAY O O G SKIES GITE /«RAY Toshiba introduces the new generation gate arrays — The TC110G series— capable of integrating 5X more than the TC17G series. Uses Toshiba’s proprietary HC2MOS/VLSI technologies. State of the art processing with high

tc140g

Abstract: TC140G37 TC140G27 TC140G54 TC140G44 TC140G12 TC140G68 toshiba tc140g27 TC140G09 TC140G18
Contextual Info: *1A’ li ' 'S/Si _ TOSHIBA 1t TOSHIBA AMERICA ELECTRONIC COMPOMEWTS, IIMC 1.0 micron TC140G CMOS Gate Array Features Description • Process: 1.0 micron drawn HC2MOS Si-gate double layer metal Raw gates: 2K to 172K Usable gates: up to 68K Gate speed: 0.4ns 2-input NAND gate, fanout - 2, tpd.

TC150GC8

Abstract: TC150GH2 toshiba tc110g TC140G toshiba tc140g TC110G TC150G89 toshiba toggle nand tc120g
Contextual Info: TOSHIBA TOSHIBA. A M E R IC A ELECTRONIC C O M PO N E N TS , IIMC. 1.0 micron TC150G CMOS Gate Array Description Features The TC150G series of triple-layer metal, 1.0 micron gate arrays has a 0.4ns gate speed and up to 100K useable gates— one of the highest in the industry.

Contextual Info: TOSHIBA ASIC TO S H IB A A M E R IC A ELECTRO NIC C O M P O N E N T S , INC. CMOS ASIC 1C120G SERESGITE /«RAY Toshiba Corporation has introduced a series of gate arrays that use a 1.0-micron CMOS process to reduce gate delays by 35%. Applications include consolidating high-speed circuits into a single package, especially in highperformance systems.

siemens master drive circuit diagram

Abstract: SR flip flop IC toshiba tc110g TC110G jk flip flop to d flip flop conversion SC11C1 JK flip flop IC siemens Nand gate scxc1 SR flip flop IC pin diagram
Contextual Info: SIEM EN S ASIC Product Description SCxC1 Family CMOS Gate Arrays FEATURES • Alternate source of Toshiba TC110G family ■ Densities up to 129,000 raw gates ■ Channelless “ sea of gates” architecture ■ 1.5 firn drawn CMOS technology, scalable to 1.0 /¿m

Contextual Info: TOSHIBA TO S H IB A A M E R IC A ELECTRONIC C O M P O N E N TS , INC. 1.0 micron TC150G CMOS Gate Array Description Features The TC150G series of triple-layer metal, 1.0 micron gate arrays has a 0.4ns gate speed and up to 10OK useable gates—one of the highest in the industry.

TC140G44

Abstract: TC140G27 toshiba tc140g
Contextual Info: TOSHIBA TO SH IB A A M E R IC A ELECTRO NIC C O M P O N E N T S , INC. 1.0 micron TC140G CMOS Gate Array Description Features The TC140G series of 1.0 micron gate arrays has a 0.4ns gate speed and up to 172K raw gates. — Provides a 35% reduction in delay times compared to

toshiba tc110g

Abstract: CMOS GATE ARRAYs toshiba TC110G toshiba toggle nand 74HC inverter tri-state output TOSHIBA Gate array macro cell 110G TC120G38 TC120G75 TC120GA0
Contextual Info: ASIC TOSH IBA TO S H IB A A M E R IC A ELECTRONIC C O M P O N E N T S , INC. CMOS ASIC TC120G SKES GOTE-4RRAY Toshiba Corporation has introduced a series of gate arrays that use a 1.0-micron CMOS process to reduce gate delays by 35%. Applications include consolidating high-speed circuits into a single package, especially in high­

74HC inverter tri-state output

Abstract: TC140G toshiba tc110g TC14L010 74HC buffer tri-state output bt12 74hc* open drain buffer FP144 TC11L003 TC110G
Contextual Info: TOSHIBA ASIC TO SH IB A A M ER ICA E LE C T R O N IC CO M PO N EN TS, INC. IEC 1 4 1990 TC11L CMOS Gate Array TC14L CMOS Gate Array These tw o gate array fam ilies provide a unique solution for designs which have a high ratio of pin count to gates. T oshiba’s optim ized assem bly tech n o lo g y allow s the use of

2SKI34

Abstract: TA8515 westinghouse TA8509F CTC 313 transistor pin diagram TOSHIBA DIODE CATALOG T6950 TD62803 LSI LOGIC product catalog TC8576
Contextual Info: [CATALOG 5VSTEMCATALOG SV5TEMCATALOG 5V5TEM CATALOG 5VSTEM C K T Q S rG A m .ro H IB f lp T E M CATALOG SV5TEM CATALOG 5VSTEM CATALOG S t 5 v llfflC A T A L O G SVSTEMCATALOG SVSTEMCATALOG SVSTEM CA SVSTEM CATALOG SVSTEM CATALOG 5V 5TE M CATALOG SVSTEM CATALOG S t

Robinson Nugent CATALOG

Abstract: MC68461 SAB80286 WE32104 Z80000 IMST414 FGE2000 MCA2800ALS 82786 intel TC110G
Contextual Info: T Circuit C o m p o n en ts Inc. r MicrofQ 3000 PGA Decoupling Capacitors Micro/Q 3000 ceramic capacitors are a family of very low inductance decoupling capacitors specifically designed to be through-hole mounted under pin grid arrays PGAs , PGA sockets, and

toshiba tc110g

Abstract: 74LS82 74ls150 74LS514 toshiba tc140g 74ls150 pin configuration 74LS273 SC11C1 diode sr45 74LS194 internal circuit diagram
Contextual Info: SIEMENS AKTIEN6ESELLSCHAF 47E » • BS3SbOS 0037405 7 » S I E G General Description Our Sea-of-Gates concept is based on a highperformance CMOS technology, in either 1.5 micron or 1.0 micron transistor gate length. This is equivalent to 1.1 or 0.8 micron effective