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    Integrated Device Technology Inc IDT49C402AG84

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    Bristol Electronics IDT49C402AG84 17
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    Integrated Device Technology Inc IDT49C402AJ

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    Quest Components IDT49C402AJ 91
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    IDT49C402AJ 1
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    Integrated Device Technology Inc IDT49C402BG84

    49C402BG84
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    IDT49C402 Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Type PDF
    IDT49C402 Integrated Device Technology 16 Bit CMOS Microprocessor Slice Scan PDF

    IDT49C402 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    IDT49C402

    Abstract: 49c402 ex-nor IDT49C402B 2901c exnor IDT49C402A 2902a 49c40 alu circuit with transistor
    Text: 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


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    PDF IDT49C402 IDT49C402A IDT49C402B 16-BIT 2901s IDT49C402B 2901Cs 84-pin 80-pin 68-pin IDT49C402 49c402 ex-nor 2901c exnor IDT49C402A 2902a 49c40 alu circuit with transistor

    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
    Text:  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


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    PDF IDT49C402A 16-bit 20MHz 2901s. 32-Bits IDT74FCT374A 2901s 8 BIT ALU design by cmos 4 bit ALU USING VLSI 8 BIT ALU by 74181 alu 74181 functional diagram of ALU register file 16 BIT ALU design with 74181

    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
    Text: 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


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    PDF AN-09 circuit diagram of MUX 74151 74151 datasheet datasheet of MUX 74151 MUX 74151 basic block diagram of bit slice processors 49C402 74151 74151 mux IDT49C402 multiplexor 74151

    2901c

    Abstract: IDT39C10 IDT39C60 idt39c10c IDT49C402 IDT49C402A idt71682 AN-06 IDT39C01C 8 BIT ALU design by cmos
    Text: 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


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    PDF 16-BIT AN-06 IDT39C000 IDT49C000 IDT74FCT374 IDT71682 2901c IDT39C10 IDT39C60 idt39c10c IDT49C402 IDT49C402A idt71682 AN-06 IDT39C01C 8 BIT ALU design by cmos

    transistor f151

    Abstract: control process block diagram IDT49C402A 74F151 F151 IDT74FCT374A IDT49C402 register file Signal Path Designer
    Text:  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


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    PDF IDT74FCT374A IDT49C410A IDT49C402A IDT6167A transistor f151 control process block diagram IDT49C402A 74F151 F151 IDT74FCT374A IDT49C402 register file Signal Path Designer

    harvard architecture block diagram

    Abstract: multiplexor 74151 74151 mux circuit diagram of MUX 74151 MUX 74151 74151 datasheet 49C402 IDT49C402 IDT49C402A IDT74FCT161
    Text: 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


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    PDF AN-09 harvard architecture block diagram multiplexor 74151 74151 mux circuit diagram of MUX 74151 MUX 74151 74151 datasheet 49C402 IDT49C402 IDT49C402A IDT74FCT161

    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
    Text: 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


    Original
    PDF AN-09 49C402 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

    MUX 74151

    Abstract: 49C402 IDT49C402 bit-slice 74151 mux IDT49C402A IDT74FCT161 IDT74FCT273 of MUX 74151
    Text: 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


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    PDF AN-09 MUX 74151 49C402 IDT49C402 bit-slice 74151 mux IDT49C402A IDT74FCT161 IDT74FCT273 of MUX 74151

    Untitled

    Abstract: No abstract text available
    Text: 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


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    PDF IDT49C402 IDT49C402A IDT49C402B 16-BIT 2901s IDT49C402B IDT49C402s IDT49C402/A/B MIL-STD-883,

    Untitled

    Abstract: No abstract text available
    Text: 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


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    PDF 16-BIT IDT49C402 49C402A 2901s T49C402A IDT49C402S IL-STD-883,

    IDT49C402A

    Abstract: idt49C402
    Text: 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


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    PDF 16-BIT IDT49C402 IDT49C402A IDT49C402B IDT49C402S IDT49C402/A/B MIL-STD-883, 49C402 IDT49C402A idt49C402

    Untitled

    Abstract: No abstract text available
    Text: 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


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    PDF IDT49C402 IDT49C402A IDT49C402B 16-BIT IDT49C402s

    Untitled

    Abstract: No abstract text available
    Text: 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


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    PDF IDT49C402 IDT49C402A IDT49C402B 16-BIT IDT49C402s

    Untitled

    Abstract: No abstract text available
    Text: 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


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    PDF 16-BIT IDT49C402 IDT49C402A IDT49C402B IDT49C402S

    Untitled

    Abstract: No abstract text available
    Text: 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


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    PDF 16-BIT IDT49C402 IDT49C402A IDT49C402B IDT49C402s 4A5S771 IDT49C402/A/B 49C402

    IDT71502

    Abstract: IDT71502S25 IDT49C402 IDT39C10 1DT74FCT programmable pipeline microcode memory 71502
    Text: CM O S STATIC RAM 64K 4 K x 16-BIT REGISTERED RAM w /S P C 1 IDT 71502S IDT 71502L FEATURES: DESCRIPTION: • 4K x 16 RAM with registered outputs, serial or parallel load and readback capability In only 48 pins • Serial Protocol Channel allows serial load and readback of RAM


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    PDF 16-BIT) MIL-STD-883, 48-Lead 52-Lead IDT71502 IDT71502S25 IDT49C402 IDT39C10 1DT74FCT programmable pipeline microcode memory 71502

    IDT74HCT

    Abstract: S4228 idt71502
    Text: CM O S STATIC RAM 6 4 K 4 K x 16-BIT REGISTERED RAM w /S P C 1 IDT 71502S IDT 71502L FEATURES: DESCRIPTION: • 4K x 16 RAM w ith registered o utp uts, serial or p arallel load and re ad b a ck ca p a b ility In o n ly 48 pin s • Serial P rotocol C hannel a llo w s serial load a n d read b a ck o f RAM


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    PDF 16-BIT) MIL-STD-883, 48-Lead 52-Lead IDT74HCT S4228 idt71502

    49c402

    Abstract: IDT49C402 IDT49C402B 2901c IDT 49C402 IDT49C402A 198S ore32 E3235 49c402a
    Text: 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:


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    PDF 2S771 16-BIT 49C402 49C402A 49C402B 2901s IDT49C402B 68-pin 29010s IDT49C402 IDT49C402 2901c IDT 49C402 IDT49C402A 198S ore32 E3235

    IDT71502

    Abstract: IDT39C10 71502S IDT49C402 programmable pipeline microcode memory 723CJ 71502L IDT71502L25 71502
    Text: CM O S STATIC RAM 64K 4 K x 16-BIT REGISTERED RAM w /S P C 1 IDT 71502S IDT 71502L FEA T U R ES : DESCRIPTION: • 4 K x 16 RAM with reg istered outputs, se ria l or paraliel load and rea d b ack cap ab ility in o n ly 48 pins T h e ID T7 15 0 2 Re g iste re d RAM is a 6 5,5 3 6 bits high sp e e d static


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    PDF 16-BIT) 71502S 71502L MIL-STD-883, 48-Lead 52-Lead IDT71502 IDT39C10 IDT49C402 programmable pipeline microcode memory 723CJ IDT71502L25 71502

    idt71502

    Abstract: No abstract text available
    Text: I In te g ra te d D e v ic e T e c h n o lo o y Inc CMOS STATIC RAM 64K 4K X 16-BIT „ REGISTERED RAM w/SPC advance INFC|St7^0°S 5^ 502? FEATURES: DESCRIPTION: • 4K x 16-bit RAM w ith register at outp ut, serial load and readback • D esig n ed fo r m icro p ro g ra m w ritab le co ntro l store


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    PDF 16-BIT) 16-bit IDT71502 536-bit IL-STD-883.

    JRC 45600

    Abstract: YD 803 SGS 45600 JRC TDA 7277 TDA 5072 krp power source sps 6360 2904 JRC Sony SHA T90 SA philips HFE 4541
    Text: I SEMICON INDEXES Contents and Introduction Manufacturers' Information V O LU M E 3 INTERNATIONAL INTEGRATED CIRCUITS INDEX 15th EDITION 1997 Numerical Listing of Integrated Circuits Substitution Guide U D C 621.382.3 Diagram s THE S E M IC O N INTERNATIONAL INDEXES


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    PDF ZOP033 ZOP035 ZOP036 ZOP037 ZOP038 ZOP039 ZOP045 ZOP042 ZOP041 ZOP043 JRC 45600 YD 803 SGS 45600 JRC TDA 7277 TDA 5072 krp power source sps 6360 2904 JRC Sony SHA T90 SA philips HFE 4541

    Robinson Nugent CATALOG

    Abstract: MC68461 SAB80286 WE32104 Z80000 IMST414 FGE2000 MCA2800ALS 82786 intel TC110G
    Text: 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


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