CGX169 Search Results

PQR168

Abstract: Am79C830A CGX169 4570 pin out diagram LG plc plc lg FDD11994 PQR120 15502C
Contextual Info: AMD a Am 79C830A FORMAC Plus CGX169 169-Lead Pin Grid Array Without H eat Sink measured in inches Physical Dimensions 6-3 i l AMD Am 79C830A FORMAC Plus PQR168 168-Pin Plastic Quad FlatPack (Trimmed and Formed) (measured in inches) TOP VIEW 6-4 The SUPERNET 2 Family for FDD11994 Data Book

Contextual Info: a P R E L IM IN A R Y Advanced Micro Devices Am79C830A FORMAC Plus DISTINCTIVE CHARACTERISTICS • Implements the FDDI Media Access Control MAC layer protocol for ISO standard 9314-2 ■ Pointers to claim and beacon frames ■ Buffer-memory clock frequency range:

AM29C33

Abstract: J-16
Contextual Info: Am 29C327 Double-Precision Floating-Point Processor FINAL DISTINCTIVE CHARACTERISTICS • • • • • H ig h -p e rfo rm a n ce d o u b le -p re c is io n flo a tin g -p o in t processor Comprehensive floating-point and integer instruction sets Single VLSI device performs single-, double-, and

ADAPT29K

Contextual Info: AD VA N C E D MI CRO DEVICES SflE D • 02S7S25 G032727 7 ■ Am29000 Advanced Micro Devices Streamlined Instruction Processor This amendment adds advanced information commercial AC specifications for 3 3 -M H z Am 29000 . Am29000 is a trademark of Advanced Micro Devices, Inc.

Am79C82

Contextual Info: P R E L IM IN A R Y Advanced Micro Devices Am79C830 FORMAC Plus DISTINCTIVE CHARACTERISTICS Implements the FDDI Media Access Control MAC layer protocol for ISO standard 9314-2 • Pointers to claim and beacon frames ■ Supports transmit linked-list addressing

AM29C323

Abstract: Am29C323-2 CGX169 16x16 multiplier y299 AM2BC323-1
Contextual Info: Am29C323 CMOS 32-Bit Parallel Multiplier PRELIMINARY • - T h e d e v ic e h a s tw o 3 2 -b it in p u t p o rts a nd o n e 3 2 -b it o u tp u t p o rt w ith c lo c k e d m u ltip ly tim e of 1 0 0 ns Speed Selects • - 80- a nd 5 5 -n s s p e e d -s e le c t p a rts

ADAPT29K

Abstract: Am29000 Users Manual
Contextual Info: Am29000 a Am29000 Advanced Micro Devices Streamlined Instruction Processor DISTINCTIVE CHARACTERISTICS B Full 32-blt, three-bus architecture • ■ 23 million Instructions per second MIPS sustained at 33 MHz ■ 192 general-purpose registers ■ 512-byte Branch Target Cache

TC001107

Abstract: Modified Booth Multipliers DB21 OA10 OA21 block diagram 8 bit booth multiplier am29c332
Contextual Info: Am29C332 CMOS 32-Bit Arithmetic Logic Unit ADVANCE INFORMATION Supports All Data Types It supports one-, two-, three- and four-byte data for all operations and variable-length fields for logical operations. Multiply and Divide Support Built-in hardware to support tw o-bit-at-a-tim e m odi­

lzl 24h

Abstract: pioneer PAL 007 A CNC DRIVES ford EEC V pioneer PEG 468 AM27S43 AM29300 am29325 Am29434 YA11
Contextual Info: a 32-Bit Microprosrammable Products Am29C300/29300 1 9 8 8 D ata B o o k Advanced Micro D e v ic e s a Advanced Micro Devices Am29C300/29300 Data Book 1988 Advanced Micro Devices Advanced Micro Devices reserves the right to make changes in its products without

bd847

Abstract: AM79C830 bdp 286 NP10 "Advanced Micro Devices" rafi date BdP 285 AMD Supernet
Contextual Info: P R E L IM IN A R Y Advanced Micro Devices Am79C830 FORMAC Plus DISTINCTIVE CHARACTERISTICS • ■ Im p lem en ts the FDDI M edia Access Control M A C layer protocol for ISO standard 9314-2 ■ Pointers to claim and beacon fram es ■ Su pp orts transm it linked-list addressing

ic ir 2112 pin layout

Abstract: 335 for hen nta E20-470 FIN DE COURSE NAIS
Contextual Info: Am 29C 327 Double-Precision Floating-Point Processor FINAL DISTINCTIVE CHARACTERISTICS • • • • • H ig h - p e r fo rm a n c e d o u b le - p r e c is io n flo a tin g - p o in t p ro ce sso r C o m p re h e n sive flo a tin g -p o in t and in teg er in struction

GG50M

Abstract: AMD 29000
Contextual Info: Am29000 and Am29005 a Advanced Micro Devices TM Streamlined Instruction Microprocessors DISTINCTIVE CHARACTERISTICS • Full 32-bit, three-bus architecture ■ On-chip timer facility ■ Efficient execution of high-level language programs ■ On-chip clock generation

AM29C10

Contextual Info: Am29C332 CM O S 32-Bit Arithmetic Logic Unit ADVANCE INFO R M ATIO N Single Chip, 32-B it ALU Standard product supports 110 ns microcycle time for th e 32-bit data path. It is a com binatorial ALU with equal cycle tim e for all instructions. Speed S elect supports 80-ns system cycle tim e

Am29050TM

Abstract: 29050 AM29000 AMD 29000
Contextual Info: ZI Am29000 and Am29005 TM Advanced Micro Devices Streamlined Instruction Microprocessors DISTINCTIVE CHARACTERISTICS • Full 32-bit, three-bus architecture ■ On-chip timer facility ■ Efficient execution of high-level language programs ■ On-chip clock generation

J-16

Abstract: S0-S31 S2126 ScansUX971 m17f
Contextual Info: Am29C327 CMOS Double-Precision Floating-Point Processor ADVANCE INFORMATION Exact IEEE compliance for denormalized numbers with no speed penalty Eight-deep register file for intermediate results and onchip 64-bit data path facilitates compound operations;

S2E12

Abstract: J-16 M32-M35 IBM-370 M28-M31 AM29027GC
Contextual Info: q U : i ? : Am 29027 Arithmetic Accelerator ADVANCE INFORMATION > 3 DISTINCTIVE CHARACTERISTICS ro Simple interface requires no glue logic between Am29000 and Am29027 Eight-deep register file for intermediate results and onchip 64-bit datapath facilitate compound operations,

J-16

Abstract: 1f s27
Contextual Info: Am 29C327 Double-Precision Floating-Point Processor FINAL DISTIN CTIVE CH ARA CTERISTICS • • • • • H ig h -p e rfo rm a n ce d o u b le -p re c is io n flo a tin g -p o in t processor Comprehensive floating-point and integer instruction sets Single VLSI device performs single-, double-, and

Am29050

Contextual Info: FEB 2 0 1991 Advance Information a Am29050 Advanced Micro Devices Streamlined Instruction Microprocessor DISTINCTIVE CHARACTERISTICS • Full 32-bit, three-bus architecture ■ 192 general-purpose registers ■ 32 million instructions per second MIPS sustained at 40 MHz

PT 10000

Contextual Info: Am29C327 CMOS Double-Precision Floating-Point Processor ADVANCE INFORMATION Exact IEEE compliance for denormalized numbers with no speed penalty Eight-deep register file for intermediate results and onchip 64-bit data path facilitates compound operations;

Am29C323

Abstract: 07B30 Am29C323-2 AM29C516
Contextual Info: Am29C323 CMOS 32-Bit Parallel Multiplier PRELIMINARY Registers can be m ade transparent - Input and output registers can be made transparent independently to elim inate unwanted pipeline delay Supports T w o ’s Com plem ent, Unsigned or Mixed Num bers D ata Integrity Through M aster-Slave M ode and Pari­

GX169

Abstract: E2047
Contextual Info: q U : i ? : Am29027 Arithmetic Accelerator ADVANCE INFORMATION > 3 DISTINCTIVE CHARACTERISTICS ro S im p le in te rfa c e re q u ire s no g lu e lo g ic b e tw e e n Am 29000 and A m 29027 Eight-deep register file fo r interm ediate results and onchip 64-bit datapath fa cilita te com pound operations,

AM29000-25GC

Abstract: Am29000 Users Manual opto 101 amd 29000 AM29000 ADAPT29K opvo J-16 "Advanced Micro Devices" AM29027
Contextual Info: Am29000 Preliminary Cl Am29000 Advanced Micro Devices Streamlined Instruction Processor DISTINCTIVE CHARACTERISTICS Full 32-blt, three-bus architecture Burst-mode access support 23 million Instructions per second MIPS sustained at 33 MHz 192 general-purpose registers

Am29000 Users Manual

Abstract: ADAPT29K AM29000-25GC SE013 AM29000-16/BYC
Contextual Info: ADVANCED MICRO DEVICES SflE D 0257525 G032727 7 • a Am29000 Advanced Micro Devices Streamlined Instruction Processor This amendment adds advanced information commercial AC specifications for 33-MHz Am29000 . A m 29 000 is a tradem ark of Advanced Micro Devices, Inc.

AM29000

Abstract: AM29000-25GC AM29027 168-PIN AM29005 CGX169 PQR168 AMD Memory Management unit CG-505 cda 10.7
Contextual Info: FINAL Am29000R and Am29005  Advanced Micro Devices Streamlined Instruction Microprocessors DISTINCTIVE CHARACTERISTICS Full 32-bit, three-bus architecture On-chip timer facility Efficient execution of high-level language programs On-chip clock generation