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LTC2656CIFE-L16#TRPBF Linear Technology LTC2656 - Octal 16-/12-Bit Rail-to-Rail DACs with 10ppm/°C Max Reference; Package: TSSOP; Pins: 20; Temperature Range: -40°C to 85°C
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ALU IC 74381 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
ALU IC 74381

Abstract: 74381 alu alu 74382 74382 pin diagram of 74381
Text: and 74382 4-bit ALUs. Full ALU status is provided, compatible with both the 74381 and 74382. The , Pin-for-pin compatible with Logic Devices L4C381 ■High-speed 16-bit, 8-function ALU ■Superset combination of four 74381 /382-type 4-bit ALUs ■Input and output registers for pipelined operation (can be , bipolar 74381 /382 designs, but in addition it contains many new features such as input/output registers , is a flexible, high-speed 16-bit Arithmetic and Logic Unit slice. It combines four 74381 /382


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PDF ZR37381 16-BIT L4C381 16-bit, /382-type S37381-0489-5K ALU IC 74381 74381 alu alu 74382 74382 pin diagram of 74381
alu 74381

Abstract: 74381 alu alu 74382 74381 74382 CI 74382 CI 74381 bt 1690 4435bs ZR37381-65
Text: – High-speed 16-bit, 8-function ALU ■Superset combination of four 74381 /382-type 4-bit ALUs ■Input and , 74382 4-bit ALUs. Full ALU status is provided, compatible with both the 74381 and 74382. The carry , flexible, high-speed 16-bit Arithmetic and Logic Unit slice. It combines four 74381 /382-type ALUs, a , performance compatible with the bipolar 74381 /382 designs, but in addition it contains many new features such , the rising edge of CLK when ENb is also low. Fo-15 These 16 outputs are the result of the ALU


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PDF ZR37381 16-BIT 16-bit, /382-type L4C381 DS37381-0489-5K alu 74381 74381 alu alu 74382 74381 74382 CI 74382 CI 74381 bt 1690 4435bs ZR37381-65
20/PCb board zd lty 6

Abstract: No abstract text available
Text: .« is S Integrated D evice Tech n olo gy Inc 32-B IT C M O S M IC R O P R O G R A M M IC R O P R O C E S S O R M IC R O SLIC E advance id t 5 c 404A PR OD UC T FEATURES , M O S 32-bit m ic ro p ro c e s s o r slice. T h is m o no lith ic , highly paral le i, 3-port d e , a b le fun n el shifter, high-speed m u lti-fun ctio n 32-bit ALU and 32-bit m ask g eneration and merge logic. The ID T49C404 u n iq u e ly Incorporates shift, ALU and m erge fu n c tio n s into a


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PDF T49C404 32-bit in/32 MIL-STD-883, 49C404 49C404A 20/PCb board zd lty 6
IDT49C402A

Abstract: idt49C402
Text: -bit instruction field (lo, H, |2 ) which controls the source operand selection forthe ALU ; b) a 3-bit microinstruction field (l3 ,l4, Is) used to control the eight possible functions of the ALU ; c) eight destination , directly from the D inputs without going through the ALU , and having the RAM A data output port available , IC R O P R O C E S S O R S L IC E MILITARY AN D C O M M E R C IA L T E M P E R A T U R E R A N G E , SLICE MILITARY AND COMMERCIAL TEMPERATURE RANGES IDT49C402/A/B 16-BIT C M O S M IC R O P R O C E


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PDF 16-BIT IDT49C402 IDT49C402A IDT49C402B IDT49C402S IDT49C402/A/B MIL-STD-883, 49C402 IDT49C402A idt49C402
C381GM

Abstract: C381G 8 BIT ALU IC
Text: L4C381 D E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU DESCRIPTION The L4C381 is a , 9 9 -L D S . 381 -N L4C381 D E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU T able , 9 -L D S . 381 -N L4C381 D E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU G , 6 /1 9 9 9 -L D S . 381 -N L4C381 D E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU , IC E S IN C O R P O R A T E D 16-bit Cascadable ALU NOTES 1. Maximum Ratings indicate stress


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PDF L4C381 16-bit L4C381 381-type 68-pin 32-bit C381GM C381G 8 BIT ALU IC
Not Available

Abstract: No abstract text available
Text: L4C381 FV IC E S IN C O R P Q R A T F D 16-bit Cascadable ALU DESCRIPTION The L4C381 is a , 3 /16/19 9 9 -L D S .381-N L4C381 D E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU , L4C381 c ascadab|e ALU S W IT C H IN G C H A R A C T E R IS T IC S - C ommercial O perating R ange (0 , 6 /1 9 9 9 -L D S .381-N L4C381 D E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU , .381-N L4C381 D E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU F igure 4C. FTAB =


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PDF L4C381 16-bit L4C381 381-type 68-pin 32-bit
Not Available

Abstract: No abstract text available
Text: IDT39C01C IDT39C01D IDT39C01E FOUR-BIT CMOS MICR OPROCESSOR SLICE M IC R O SLIC E ™ PR O , m icrop ro cesso rs. The IDT39C01 ’s m ic ro in s tru c tio n fle x ib ility allows fo r easy em , d ALU consists o f a 16 -w ord b y 4-bit d u a l-p o rt RAM, a h ig h -s p e e d ALU and th e required sh ifting , d e c o d in g and m u ltip le x in g log ic . It is e x pa n d ab le in 4-bit increm , ithe r a rip p le carry o r fu ll lookahead carry. The n in e -b it m ic ro in s tru c tio n w ord is


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PDF IDT39C01C IDT39C01D IDT39C01E T39C01s IDT39C01 39C01 MIL-STD-883,
2008 - WS59032

Abstract: 32X32 IA59032 4 BIT ALU IC bit slice processors functional diagram of ALU using mux
Text: .11 ALU SOURCE OPERAND CONTROL .11 ALU FUNCTION CONTROL .11 ALU DESTINATION CONTROL .11 SOURCE OPERAND AND ALU FUNCTION MATRIX .12 SOURCE OPERANDS AND ALU FUNCTIONS .13 ALU LOGIC MODE


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PDF IA59032 32-Bit IA211001108-03 fido1100® WS59032 32X32 IA59032 4 BIT ALU IC bit slice processors functional diagram of ALU using mux
smd diode f4 4d

Abstract: No abstract text available
Text: 01-'15/97 -L D S .3 8 1 -M L4C381 D E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU ¡M , E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU F igure 4C. FTAB = 1, FTF = 0 From , L4C381 16-bit C a s c a d a b l e ALU FEATURES High-Speed (15ns), Low Power 16-bit Cascadable ALU Implements Add, Subtract, Accu mulate, Two's Complement, Pass, and Logic Operations All , control the ALU and provide 3 arithmetic, 3 logical, and 2 initializa tion functions. Full ALU status is


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PDF L4C381 16-bit MIL-STD-883, 68-pin L4C381 381-type smd diode f4 4d
2000 - WS59032

Abstract: 32X32 IA59032 Waferscale Integration 8 BIT ALU IC RAM31
Text: replacement for the original WSITM WS59032. This replacement IC has been developed using innovASIC' MILESTM, or Managed IC Lifetime s Extension System, cloning technology. This technology produces replacement ICs far more complex than "emulation" while ensuring they are compatible with the original IC , also verifies the clone against the original IC so that even the "undocumented features" are , DIAGRAM Figure 1 0 ALU SOURCE I(8:0) INSTRUCTION BUS 2 3 4 ALU FUNCTION 5 6


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PDF IA59032 32-Bit 23MHz IA59032 WS59032. WS59032 32X32 Waferscale Integration 8 BIT ALU IC RAM31
L4C383GC20

Abstract: 4C383
Text: -1 7 02/O 6/97-LO S 383-A L4C383 D E V IC E S IN C O R P O R A T E D 16-bit Cascadable ALU , L4C383 16-bit C a s c a d a b l e ALU ( E x te n d e d Set) High-Speed (15ns), Low Power 16-bit Cascadable ALU Extended Function Set (32 A dvanced ALU Functions) All Registers Have a Bypass Path for C om , 16-bit operands (A and B) and produces a 16- bit result (F). Five select lines control the ALU and provide 19 arithmetic and 13 logical functions. Registers are provided on both the ALU inputs and the


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PDF L4C383 16-bit IDT7383 MIL-STD-883, 68-pin L4C383 L4C383GC20 4C383
2000 - WS59032

Abstract: 4 BIT ALU IC 13X13 32X32 IA59032 bit slice processors AB-1 "drop-in replacement"
Text: replacement for the original WSITM WS59032. This replacement IC has been developed using innovASIC's MILESTM, or Managed IC Lifetime Extension System, cloning technology. This technology produces replacement ICs far more complex than "emulation" while ensuring they are compatible with the original IC , also verifies the clone against the original IC so that even the "undocumented features" are , ALU SOURCE I(8:0) INSTRUCTION BUS 2 3 4 ALU FUNCTION 5 6 7


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PDF IA59032 32-Bit 23MHz IA59032 WS59032. ENG211001219-01 IA59032-CPGA100C WS59032 4 BIT ALU IC 13X13 32X32 bit slice processors AB-1 "drop-in replacement"
Not Available

Abstract: No abstract text available
Text: L 4C 3B 3 L4C333 IJbVIOS INuuHHOKA IH 16-bit Cascadable ALU (Extended Set) High-Speed (15ns), Low Power 16-bit Cascadable ALU Extended Function Set (32 Advanced ALU Functions) All , the ALU and provide 19 arithmetic and 13 logical functions. Registers are provided on both the ALU , the registered ALU output to be routed to one or both of the ALU inputs, accommodating chain operations and accumulation. ALU OPERATIONS The S4-So lines specify the operation to be performed. The ALU


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PDF L4C333 16-bit IDT7383 MIL-STD-883, 68-pin L4C383
Not Available

Abstract: No abstract text available
Text: .11 ALU SOURCE OPERAND CONTROL .11 ALU FUNCTION CONTROL .11 ALU DESTINATION CONTROL .11 SOURCE OPERAND AND ALU FUNCTION MATRIX .12 SOURCE OPERANDS AND ALU FUNCTIONS .13 ALU LOGIC MODE


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PDF IA59032 32-Bit IA211001108-03 fido1100Â
Not Available

Abstract: No abstract text available
Text: OPERAND CONTROL *2 h ALU FUNCTION CONTROL M IC R O C O D E M N E M O N IC O CTAL CO D E , (lo, It, l2) which controls the source operand selection for the ALU ; (b) a 3-bit microinstruction field (b , U, Is) used to control the eight possi­ ble functions of the ALU ; (c) eight destination , directly from the D inputs without going through the ALU and new combinations of destination functions , 402 /A 1 6 -B IT C M O S M IC R O P R O C E S S O R SL IC E PIN CONFIGURATIONS Ye C YsC Y4 C y3


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PDF 16-BIT IDT49C402 49C402A 2901s T49C402A IDT49C402S IL-STD-883,
GG 26

Abstract: No abstract text available
Text: @M ITEL SE M IC O N D U C T O R Supersedes version in December 1993 Digital Video & DSP IC Handbook, HB3923-1 PDSP 1601/PDSP 1601 A ALU and Barrel Shifter DS3705 - 2.3 September 1996 The , snnnnnnnnnnnnnnnnnnnnn^ 11 10 9 1 AC84 LC84 FEATURES 16-bit, 32 instruction 20MHz ALU 16-bit, 20MHz Logical, Arithmetic or Barrel Shifter Independent ALU and Shifter Operation 4 x 16-bit On Chip Scratchpad , Symbol MSB MSS B 1 5 - BO Pin No. (LC84 Package) 2 3 4 - 19 20 21 Description ALU B-input multiplexer


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PDF HB3923-1 1601/PDSP DS3705 PDSP1601 16-bit PDSP1601A 20MHz 10MHz GG 26
8 BIT ALU IC

Abstract: No abstract text available
Text: - 16-bit ALU Slice T a b l e 5^: ALÜ L o g ic AND OR E X -O R E X -N O R , arry and Octal 1543, 1210 00 01 05 06 02 03 04 07 6. ALU A r it h m e t ic C(n) s , -bit ALU Slice FEATURES □ Four-Wide 2910 ALU Plus Carry Look-ahead Logic and Full 16-bit Data Paths , versatile enough so that the part can be used to emulate the ALU opera­ tions of most digital computers. The L29C101 is comprised of func­ tions equivalent to four 2901 bit-slice ALU 's plus the 2902 carry


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PDF L29C101 16-bit 16-bit MILSTD-883, AM29C101 CY7C9101 64-pin 68-pin L29C101 8 BIT ALU IC
IDT7384

Abstract: No abstract text available
Text: w$) Integrated DeviceTèchnctogy, Inc 16-BIT CMOS CASCADABLE ALU ADVANCE INFORMATION , €¢ • • The IDT7384 is a high-speed cascadable Arithmetic Logic Unit ( ALU ). This three-bus , other input port (B port). An ultra-fast 16-bit ALU , a funnel shifter with merge capa­ bilities, and , , the IDT7384 can do arithmetic or logic operations in 20ns. Results of ALU op­ erations can be , arithmetic or logic operations and the R, S input selections to the ALU . The R andSALU inputs can be A, B


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PDF 16-BIT IDT7384 IDT7384. IDT7384
wbl47

Abstract: 31A16 SMD L5
Text: L O G IC DEVICES INCORPORATED L4C 381 16-bit Cascadable ALU DESCRIPTION The L4C381 is a , and B) and produces a 16-bit result (F). Three select lines control the ALU and provide 3 arithmetic, 3 logical, and 2 initializa tion functions. Full ALU status is provided to support cascading to longer word lengths. Registers are provided on both the ALU inputs and the output, but these may be bypassed under user control. An internal feedback path allows the registered ALU output to be routed to one


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PDF 16-bit L4C381 381-type 68-pin 32-bit L4C381" wbl47 31A16 SMD L5
p2g SMD

Abstract: le5d 3Y0 "SMD CODE" i678
Text: % speed enhancement over the " C " speed. FUNCTIONAL BLOCK DIAGRAM 0 ALU SOURCE 1 2 Q o o Q ui Z o 3 4 5 ALU FUNCTION Z £E 0 O s DESTINATION C O NTR O L t> 3 C C H ALU (1012), 2) what function the ALU will perform (I345), and 3 , indicates an up shift (Octal 6 or 7) the three state outputs are enabled and the MSB of the ALU output is , be selected as a data source for the ALU . DO is the LSB. These four three state outputs, when enabled


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PDF WS5901 2901C WS5901 MIL-STD-883C MIL-STD-883C WS5901CP WS5901CY WS5901CYM WS5901CYMB p2g SMD le5d 3Y0 "SMD CODE" i678
Not Available

Abstract: No abstract text available
Text: operand selection for the ALU ; b) a 3-bit microinstruction field (13 ,U, Is) used to control the eight possible functions of the ALU ; c) eight destination control functions which are selected by the microcode , up and down, loading the RAM or Q Register directly from the D inputs without going through the ALU , BLOCK DIAGRAM RAM SHIFT \7 ALU FUNCTION Qo B DATA ALU SOURCE in 0 CP< . , REGISTER B DATA a LOGIC JL in D CARRY IN — H A B 0 Q ALU DATA SOURCE


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PDF IDT49C402 IDT49C402A IDT49C402B 16-BIT IDT49C402s
2003 - SHARC Assembly Programming Guide

Abstract: I15-I0 0X48 ADSP21160 SF15 SF14 SF13 SF12 SF10 ADSP-21160
Text: . 7-1 ALU Operations . 7-3 Fixed-Point ALU Operations . 7-4 ALU , Parallel Multiplier and ALU . 7-98 Parallel , operation using the ALU , multiplier, or shifter. Each of the DSP's instructions is specified in this text , | Dreg«···»PM" on page 3-3 compute , DM(Ia, Mb) = dreg1 , PM( Ic , Md) = dreg2 , dreg1 = DM(Ia, Mb


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PDF ADSP-21160 N7-62 32-bit SHARC Assembly Programming Guide I15-I0 0X48 ADSP21160 SF15 SF14 SF13 SF12 SF10
RE 17 RAMU

Abstract: 29C101 CY7C9101 register file 29C10 16 BIT ALU CY7C910
Text: IC L O G IC U N IT ( ALU ) Fis Fu · · · Fi Fo · C(n+16) O V R · F i s (SIGN) · F=0 C(n) 2 , 25 26 6. ALU A r it h m e t ic M o d e F u n c t io n s C(n) = 1(High) Group Function A +Q + 1 , 16-bit ALU Slice FEATURES Four-W ide 2910 A L U Plus Carry Look-ahead L ogic an d Full 16-bit D , port register file, a 16-bit 8-function ALU , 16-bit shifters, and all the necessary decodin g an d , architectures w ider than L29C101 I n s tr uc tio n D ecoding 6 7 6 5 4 3 2 1 ALU


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PDF 16-bit MILSTD-883, AM29C101 CY7C9101 64-pin 68-pin L29C101 L29C101 RE 17 RAMU 29C101 CY7C9101 register file 29C10 16 BIT ALU CY7C910
4057A

Abstract: CD4057AD CD4057A CD4067A
Text: unit ( ALU ) designed for use in LSI computers. An arithmetic system of virtually any size can be constructed by wiring to gether a number of CD4057A ALU 's. The CD4057A provides 4-bit arithmetic opera tions , -lead dual-in-line ceram ic package (CD4057AD), 28-lead cer amic flat package (CD 4057A K), and in chip form , margin {full package-temperature range) tpg iDi - c 0 ) 3 ip p iC | - c 0 l · 790 m MAXIMUM RATINGS , mW/°C to 200 mW D E V IC E D IS S IP A T IO N P E R O U T P U T T R A N S IS T O R F O R T A = F U L


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PDF RCA-CD4057A CD4057A CD4067A CD4057A. 4057A CD4057AD
Not Available

Abstract: No abstract text available
Text: L4C383 16-bit Cascadable ALU (Extended Set) D E V IC E S IN C O R P O R A T E D DESCRIPTION FEATURES □ High-Speed (15ns), Low Power 16-bit Cascadable ALU □ Extended Function Set (32 Advanced ALU Functions) □ All Registers Have a Bypass Path for Complete Flexibility □ Replaces IDT7383 , .3 8 3 -D L4C383 D E V IC E S IN C O R P O R A T E D T able 1 . 16-bit Cascadable ALU , operations. See "Cascading the L4C383" on the next page. ARCHITECTURE ALU OPERATIONS The L4C383


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PDF L4C383 16-bit IDT7383 68-pin L4C383 32-bit
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