k0312

Abstract: yb06 YB04 YA16 apl 117 yb07 y802 AWa3 74N10 V18-Y3S
Contextual Info: Am29C334 CMOS Four-Port Dual-Access Register File PRELIMINARY • 64 x 18 Bit W ide R egister File The Am29C334 is a 64 x 18-bit, dual-access RAM with tw o read ports and two write ports. Pipelined Data Path The Am 29C334 can be configured to support either a

YB17

Abstract: A09 N03 yb04 b09 n03 GE H11 A10 K/1/64W am29c332
Contextual Info: Am29C334 CMOS Four-Port Dual-Access Register File PRELIMINARY 64 x 18 Bit W ide R egister File The Am 29C334 is a 64 x 18-bit, dual-access RAM with tw o read ports and two write ports. Pipelined D ata Path The Am 29C 334 can be configured to support either a

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

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

Wiring Diagram ford s max

Abstract: Wiring Diagram ford c max Am29C332 am29c334 modified booth circuit diagram K1599 am29338 D622 D820 DA11
Contextual Info: Am29C332 CMOS 32-Bit Arithmetic Logic Unit ADVANCE INFORMATION • • • Single Chip, 32-Bit ALU Standard product supports 110 ns microcycle time for the 32-bit data path. It is a combinatorial ALU with equal cycle time for all instructions. Speed Select supports 80-ns system cycle time

b09 n03

Abstract: A09 N03 YA11 D803 yb05 L0722 L0623 k0312 apl 117 YA16
Contextual Info: Am29C334 CMOS Four-Port Dual-Access Register File PRELIMINARY 64 x 18 Bit Wide Register File The Am29C334 is a 64 x 18-bit, dual-access RAM with two read ports and two write ports. Pipelined Data Path The Am29C334 can be configured to support either a non-pipelined data path similar to the Am29334 or a

5N520

Abstract: ScansUX971 AL576 Y746
Contextual Info: Am29C331 CMOS 16-Bit Microprogram Sequencer PRELIMINARY • • • • 16-Bits Address up to 64K Words Supports 110-ns microcycle time for a 32-bit highperformance system when used with the other members of the Am29C300 Family. Speed Select Supports 80-ns system cycle time.

29c331

Abstract: L1335 AM29C323 Wiring Diagram ford c max 2003 am29c332
Contextual Info: Am29C331 a CMOS 16-Bit Microprogram Sequencer PRELIMINARY 16-Bits Address up to 64K Words S upports 110-ns m icrocycle time for a 32-bit highperform ance system when used with the other m embers of the Am 29C 300 Family. Speed Select Supports 80-ns system cycle time.

Contextual Info: Am29C331 a CMOS 16-Bit Microprogram Sequencer PRELIMINARY • • • • 16-Bits Address up to 64K Words Supports 110-ns m icrocycle time for a 32-bit highperform ance system when used with the other m embers of the Am 29C 300 Family. Speed Select Supports 80-ns system cycle time.

AM27S35A DRAWING

Abstract: BDR02321
Contextual Info: Am29C10A C M O S Microprogram Controller > i DISTINCTIVE CHARACTERISTICS M CO Four address sources Microprogram address may be selected from micropro­ gram counter, branch address bus, 9-level PUSH/POP stack, or internal holding register. Sixteen powerful microinstructions

Contextual Info: Am 29332 32-Bit Arithmetic Logic Unit • Single Chip, 32-Bit ALU Supports 8 0 -9 0 ns m icrocycle tim e fo r the 32-bit data path. It is a com binatorial ALU with equal cy­ cle tim e fo r all instructions. Flow -through A rchitecture A com binatorial ALU with tw o input data ports and

29c101

Contextual Info: / 16-Bit CMOS Microprocessor Slice > 3 DISTINCTIVE CHARACTERISTICS ro CO E xpandable C onnect any num ber o f A m 29C 101s to g e th er fo r longer w ord lengths. L e ft/rig h t shift in dep e n d e n t o f ALU A dd and sh ift opera tio ns ta ke only one cycle.

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

RETS-1212

Abstract: CI sj 4558 h3 0925 CP2515 16x16 barrel shifter with flipflop Am29C116 C26S vc2545 PH92
Contextual Info: m A m 29C l16/116-1/116-2 16-Bit CMOS Microprocessors > 3 DISTINCTIVE CHARACTERISTICS A m 29C 116 Supports up to 100-ns system cycle time. Less than 1 w att power dissipation and equivalent perform ance to the bipolar Am29116. A m 29C 116-1 Faster, speed-select version of the Am 29C 116 90 ns .

AM29331

Abstract: AM 29300 Family
Contextual Info: Am29331 16-Bit Microprogram Sequencer • • 16-Bits A ddress up to 64K W ords Supports 80-90 ns m icrocycle time for a 32-bit highperform ance system w hen used with the other m embers o f the Am 29300 Family. Real-Tim e Interrupt Support Micro-trap and interrupts are handled transparently

Am29325

Abstract: fc 4558 AM29C33 FT28 tek 455 manual th02
Contextual Info: 40V Am 29C325 2 i C M O S 3 2 -B it Flo atin g-P o int P rocessor > 3 DISTINCTIVE CHARACTERISTICS Single VLSI device perform s high-speed single­ precision floating-point arithm etic F loating-point addition, subtraction, and m ultiplication in a single clo ck cycle

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

Am29C509

Abstract: Am29PL131 CD011201 29C50 Am29C03 TDC1009 x10 frequency multiplier 29c509 am29c111
Contextual Info: Am 29C509 12 X 12-Bit CMOS Multiplier/Accumulator > 3 DISTINCTIVE CHARACTERISTICS M Output R egister Preload - A predeterm ined value can be loaded into the output register. Round Control - The m ost significant 12 bits of the product can be rounded to the value nearest to the full 24-bit product.

am29325

Abstract: H-14 AM29325GC WF023740 ScansUX970 TB000640
Contextual Info: Am29325 32-Bit Floating-Point Processor • Single VLSI device performs high-speed floating-point arithmetic - Floating-point addition, subtraction, and multiplication in a single clock cycle - Internal architecture supports sum-of-products, Newton-Raphson division

29C325

Contextual Info: Am29C325 CMOS 32-B¡t Floating-Point Processor FINAL DISTINCTIVE CHARACTERISTICS • • Single VLSI device performs high-speed single­ precision floating-point arithmetic Floating-point addition, subtraction, and multiplication in a single clock cycle Internal architecture supports sum-of-products,

Contextual Info: Am29C325 C M O S 3 2 -B it F lo a tin g -P o in t P ro ce sso r F IN A L D IS T IN C T IV E C H A R A C T E R IS T IC S • • Single VLSI device pe rfo rm s high-speed singlepre cisio n flo a tin g -p o in t arithm etic F lo a tin g -p o in t add ition, subtraction, and m ultiplicatio n

Contextual Info: Am29338 32-Bit Byte Queue ADVANCE INFO R M ATIO N A synchronous and Synchronous O peration - S upports com m unication between system s w ith differ­ e nt clocks and different bus w idths Retransm it - Data can be read out repeatedly Horizontal Cascading

d82L

Abstract: ir3104
Contextual Info: Am29332 DISTINCTIVE CHARACTERISTICS • • • Single Chip, 32-Bit ALU S upports 8 0 -9 0 ns m icrocycle tim e for the 32-bit data path. It is a com binatorial ALU w ith equal cy­ cle tim e fo r all instructions. Flow -through A rchitecture A com binatorial ALU with tw o input data ports and

AM27S35A DRAWING

Abstract: microprogram BDR02321
Contextual Info: Am29C10A C M O S Microprogram Controller > i DISTINCTIVE CHARACTERISTICS M CO Four address sources Microprogram address may be selected from micropro­ gram counter, branch address bus, 9-level PUSH/POP stack, or internal holding register. Sixteen powerful microinstructions