8 BIT ALU DESIGN BY CMOS Search Results

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

YA128

Abstract: HDS-220 RCA 1A15 procesor P6E1 4x32 lcd BU 3150 MBS 6 B6 ST18 ST18941
Contextual Info: SGS-THOMSON ST18940/41 DIGITAL SIGNAL PROCESSOR MAIN FEATURES • 100ns MACHINE CYCLE TIME 1.2 CMOS Technology . PARALLEL HARVARD ARCHITECTURE ■ TRIPLE DATA BUSES STRUCTURE . 3 DATA MODES . SINGLE PRECISION . DOUBLE PRECISION . COMPLEX ■ 32-BIT INSTRUCTION

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:

ST188

Contextual Info: r z 7 Ä T# S C S -T H O M S O N & y i O T T M « S T 1 8 9 4 0 /4 1 DIGITAL SIGNAL PROCESSOR MAIN FEATURES • 100ns MACHINE CYCLE TIME 1.2 CMOS Technology ■ PARALLEL HARVARD ARCHITECTURE ■ TRIPLE DATA BUSES STRUCTURE ■ 3 DATA MODES . SINGLE PRECISION

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

Dynamic Controls DZ 120-5

Abstract: 29C101 AM2904 Am29C03 amd 2901 pinout diagram 29C10 CGX068 DZ 120-5 Dynamic Controls CN16G amd 2901 alu
Contextual Info: Am29C101 16-Bit CMOS Microprocessor Slice > 3 DISTINCTIVE CHARACTERISTICS Expandable Connect any number of Am29C101 s together for longer word lengths. Left/right shift independent of ALU Add and shift operations take only one cycle. Flexible data source selection

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

WS59032

Abstract: 4 BIT ALU IC 13X13 32X32 IA59032 bit slice processors AB-1 "drop-in replacement"
Contextual Info: IA59032 32-Bit High-Speed Microprocessor Slice Data Sheet Features • • • • Eight CMOS 2901 Type Devices in a Single Package 32 x 32 Dual Port RAM High-Speed Operation - 23MHz Read-Modify-Write Cycle Fully Firmware Compatible with the 2901 The IA59032 is a "plug-and-play" drop-in replacement for the original WSI WS59032. This

WS59032

Abstract: 32X32 IA59032 Waferscale Integration 8 BIT ALU IC RAM31
Contextual Info: Page 1 of 17 IA59032 32-Bit High Speed Microprocessor Slice Data Sheet FEATURES • Eight CMOS 2901 Type Devices in a Single Package • 32 x 32 Dual Port RAM • High Speed Operation - 23MHz Read-Modify-Write Cycle • Fully Firmware Compatible with the 2901

W6554

Abstract: IDT49C403 M8818 49C403 IDT49C403S e5066 CJ41
Contextual Info: In te g ra te d D e v ic e T e c h n o lo g y , In c 16-BIT CM O S M ICRO PRO CESSO R SLICE IDT 49C403 IDT 49C403A FEATURES: DESCRIPTION: • Monolithic 16-bit CMOS pP Slice The IDT49C403 is a high-speed, fully cascadable 16-bit CMOS microprocessor slice. It com bines the standard function of four

16-Bit Microprocessors

Abstract: 16-1 multiplexer explain d54j YJ 1100 6
Contextual Info: TEXAS INSTR LOGIC 1ÔE D • 0^1723 GGa023b T B SN74ACT29C116A, SN74ACT29C116-1 16-BIT MICROPROCESSORS D3219, FEBRUARY 1989 • 1 /tm EPIC (Enhanced Performance Implanted CMOS) CMOS Technology • 3 2 x 1 6-Bit Register File Can Be W ritten and Read During a Single Cycle

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: 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: 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

XC7300

Abstract: XC73108 XC73144 XC7318 XC7336 XC7354 XC7372 X3206 X5220
Contextual Info:  XC7300 CMOS CPLD Family June 1, 1996 Version 1.0 Product Specification Features Description • The XC7300 family employs a unique Dual-Block architecture that provides high speed operations via Fast Function Blocks and/or high density capability via High Density

SN74ACT8832

Contextual Info: • 50-ns Cycle Time • Low -P ow er EPIC CMOS • Three-Port I/O A rch ite ctu re • 64-W ord by 3 6 -B it Register File • S im ultaneous ALU and Register Operations • C onfigurable as Quad 8-B it or Dual 16-B it Single Instruction, M ultiple Data Machine

Contextual Info: K XC7300 CMOS CPLD Family x il in x June 1, 1996 Version 1.0 Product Specification Features Description • The XC7300 family employs a unique Dual-Block architec­ ture that provides high speed operations via Fast Function Blocks and/or high density capability via High Density

ALU IC 74381

Abstract: 74381 alu alu 74382 74382 pin diagram of 74381
Contextual Info: ZSIRAN ADVANCE INFORMATION ZR37381 CASCADABLE 16-BIT ARITHMETIC/LOGIC UNIT FEATURES Internal feedback path for accumulation Low-power, high-speed CMOS All status and carry outputs available Pin-for-pin compatible with Logic Devices L4C381 • High-speed 16-bit, 8-function ALU

Contextual Info: XC7300 CMOS EPLD Family H X IL IN X Product Description Features Description • High-performance Erasable Programmable Logic Devices EPLDs - 5 /7 .5 ns pin-to-pin speeds on all fast inputs - Up to 167 MHz maximum clock frequency The XC7300 family employs a unique Dual-Block architec­

Contextual Info: XC7300 CMOS EPLD Family S IX IL IN X Product Description Features Description • High-performance Erasable Programmable Logic Devices EPLDs - 5/7.5 ns pin-to-pin speeds on all fast inputs - Up to 167 MHz maximum clock frequency The XC7300 family employs a unique Dual-Block architec­

xc7372

Abstract: XC7300 XC73108 XC73144 XC7318 XC7336 XC7354 documentation for 16 bit alu using clock gating
Contextual Info:  XC7300 CMOS EPLD Family Product Description Features Description • High-performance Erasable Programmable Logic Devices EPLDs – 5 / 7.5 ns pin-to-pin speeds on all fast inputs – Up to 167 MHz maximum clock frequency The XC7300 family employs a unique Dual-Block architecture, which provides high speed operations via Fast Function Blocks and/or high density capability via High Density

Contextual Info: TOSHIBA ‘ arsai "<ÖS TOSHIBA AMERICA ELECTRONIC COMPONENTS, INC. TC160G/160E CMOS Gate Array/Embedded Array 0.8 micron Description Features The TC160G and TC160E with embedded functions series of 0.8 micron gate arrays has a 300ps gate speed and up to 21 OK* usable gates. These members of the DSA family

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: Am29C01 CMOS Four-Bit Microprocessor Slice > 3 DISTINCTIVE CHARACTERISTICS io E xpandable C onnect any num ber o f Am29C01 s to g e th er fo r longer w ord lengths. Four status flags Carry, overflow , zero, and negative. Flexible data source selection ALU data is selected from five source ports fo r a total of