IDT49C402A Search Results

Contextual Info: IDT49C402 IDT49C402A IDT49C402B 16-BIT CMOS MICROPROCESSOR SLICE Integrated Device Technology, Inc. FEATURES: • Functionally equivalent to four 2901s and one 2902 • IDT49C402B is 60% faster than four 2901 Cs and one 2902A • Expanded tw o-address architecture with independent, si­

IDT49C402A

Abstract: idt49C402
Contextual Info: 16-BIT CM OS M ICRO PRO CESSO R SLICE FEATURES: IDT49C402 IDT49C402A IDT49C402B The IDT49C402S include all of the normal functions associated with standard 2901 bit-slice operation: a a 3-bit instruction field lo, H, |2 ) which controls the source operand

IDT49C402

Abstract: 49c402 ex-nor IDT49C402B 2901c exnor IDT49C402A 2902a 49c40 alu circuit with transistor
Contextual Info: IDT49C402 IDT49C402A IDT49C402B 16-BIT CMOS MICROPROCESSOR SLICE Integrated Device Technology, Inc. FEATURES: • Functionally equivalent to four 2901s and one 2902 • IDT49C402B is 60% faster than four 2901Cs and one 2902A • Expanded two-address architecture with independent, simultaneous access to two 64 x 16 register files

2901s

Abstract: 8 BIT ALU design by cmos 4 bit ALU USING VLSI 8 BIT ALU by 74181 alu 74181 functional diagram of ALU IDT49C402A register file 16 BIT ALU design with 74181
Contextual Info:  TECHNICAL NOTE TN–03 USING THE IDT49C402A ALU Integrated Device Technology, Inc. by Michael J. Miller The MICROSLICE family consists of high-performance VLSI building blocks that provide such functions as ALUs, sequencers for building complex finite state machines, register files and support devices. The IDT49C402A is a member

Contextual Info: INTEGRATE] DEVIC E 5ÖE D 402 577 1 001 0 04 4 WÊ 457 • IDT IDT49C402 IDT49C402A IDT49C402B 16-BIT CMOS M ICROPROCESSOR SLICE - T FEATURES: The IDT49C402s include all of the normal functions associated with standard 2901 bit-slice operation: a) a 3-bit

Contextual Info: IDT49C402 IDT49C402A IDT49C402B 16-BIT CMOS MICROPROCESSOR SLICE Integrated Device Technology, Inc. FEATURES: The IDT49C402s include all of the normal functions associated with standard 2901 bit-slice operation: a a 3-bit instruction field lo, l i , l2 ) which controls the source operand

Contextual Info: 16-BIT CMOS MICROPROCESSOR SLICE IDT49C402 IDT49C402A IDT49C402B Integrated Device Technology, Inc. The IDT49C402S include all of the normal functions associated with standard 2901 bit-slice operation: a a 3-bit instruction field lo, h , |2 ) which controls the source operand

Contextual Info: INTEGRATED DEVICE 3ÖE D • 4825771 D0D4T52 IIDT 4 :_— r~H9~ 17 ->s[ 16-BIT CMOS MICROPROCESSOR SLICE IDT49C402. IDT49C402A IDT49C402B In te g ra te d D evice T ech n o lo g y , Inc. FEATURES: • Functionally equivalent to four 2 9 01s and one 29 02

Contextual Info: 16-BIT CMOS MICROPROCESSOR SLICE IDT49C402 IDT49C402A IDT49C402B Integrated Device Technology, Inc. The IDT49C402s include all of the normal functions associated with standard 2901 bit-slice operation: a a 3-bit instruction field lo, 11, l2 ) which controls the source operand

Contextual Info: 16-BIT CMOS MICROPROCESSOR SLICE IDT49C402 id t 49C402A Inte3rated Device T e c h n o k ^ y Inc MIC R OSLICE PR OD UC T FEATURES: DESCRIPTION: • Functionally equivalent to four 2901s and one 2902 • ID T49C402A 4 5 % faster than four 2901s and one 2902A

circuit diagram of MUX 74151

Abstract: 74151 datasheet datasheet of MUX 74151 MUX 74151 basic block diagram of bit slice processors 49C402 74151 74151 mux IDT49C402 multiplexor 74151
Contextual Info: DUAL-PORT RAMs YIELD BIT-SLICE DESIGNS WITHOUT MICROCODE APPLICATION NOTE AN-09 Integrated Device Technology, Inc. By David C. Wyland ABSTRACT High-performance controller designs use bit-slice components for their speed and design flexibility. Speeds of 1020 million instructions per second MIPS are common and

49c402

Abstract: IDT49C402 IDT49C402B 2901c IDT 49C402 IDT49C402A 198S ore32 E3235 49c402a
Contextual Info: INTEGRATED DEVICE - V - - • I ME : ÊT D • 4Ö25771 . •- - •. 16-BIT CMOS MICROPROCESSOR SLICE Integrated DeviceTechnofogy Inc. Q0GBflti7 Ô t.r, -". , IDT 49C402 IDT 49C402A IDT 49C402B M IC R O S U C E P R O D U C T DESCRIPTION: FEATURES:

2901c

Abstract: IDT39C10 IDT39C60 idt39c10c IDT49C402 IDT49C402A idt71682 AN-06 IDT39C01C 8 BIT ALU design by cmos
Contextual Info: 16-BIT CMOS SLICES — NEW BUILDING BLOCKS MAINTAIN MICROCODE COMPATIBILITY  YET INCREASE PERFORMANCE 16-BIT CMOS SLICES—NEW BUILDING BLOCKS MAINTAIN MICROCODE COMPATIBILTY YET INCREASE PERFORMANCE Integrated Device Technology, Inc. APPLICATION NOTE AN-06

transistor f151

Abstract: control process block diagram IDT49C402A 74F151 F151 IDT74FCT374A IDT49C402 register file Signal Path Designer
Contextual Info:  TECHNICAL NOTE TN–02 BUILD A 20 MIP DATA PROCESSING UNIT Integrated Device Technology, Inc. by Michael J. Miller INTRODUCTION BALANCED PATHS With the latest generation of CMOS devices from IDT, it is now possible for a user to design a data processing unit that

49C402

Abstract: 74151 mux ALU 74151 IDT49C402 MUX 74151 AN-09 basic block diagram of bit slice processors bit slice processors circuit diagram of MUX 74151 datasheet of MUX 74151
Contextual Info: DUAL-PORT SRAMs YIELD BIT-SLICE DESIGNS WITHOUT MICROCODE APPLICATION NOTE AN-09 Integrated Device Technology, Inc. By David C. Wyland ABSTRACT High-performance controller designs use bit-slice components for their speed and design flexibility. Speeds of 1020 million instructions per second MIPS are common and

MUX 74151

Abstract: 49C402 IDT49C402 bit-slice 74151 mux IDT49C402A IDT74FCT161 IDT74FCT273 of MUX 74151
Contextual Info: APPLICATION NOTE AN-09 DUAL-PORT SRAMs YIELD BIT-SLICE DESIGNS WITHOUT MICROCODE By David C. Wyland Abstract Bit-Slice Versus RISC Architectrues High-performance controller designs use bit-slice components for their speed and design flexibility. Speeds of 10-20 million instructions per