TWOS COMPLEMENT ADDER Search Results

carry save adder

Contextual Info: 384 54F/74F384 C onnection Diagrams 8-Bit Serial/Parallel Twos Complement M ultiplier Description The 'F384 is an 8-bit by 1-bit sequential logic element that m ultiplies two numbers represented in twos complement notation. The device implements Booth’s algorithm internally to produce a twos complement

carry save adder

Contextual Info: 384 54F/74F384 Connection Diagrams 8-Bit Serial/Parallel Tw os Complement M ultiplier PL [7 ~nn Description The ’F384 is an 8-bit by 1-bit sequential logic element that m ultiplies two numbers represented in twos complement notation. The device implements Booth’s algorithm internally to produce a twos complement

ADSP-1010AJD

Abstract: ADSP1010 ADSP-1010A ADSP-1010ASG/883B ADSP1010ASG
Contextual Info: ANALOG DEVICES 16 x 16-Bit CMOS Multiplier/Accumulator ADSP-1Q10A FEATURES 16 x 16-Bit Parallel Multiplication/Accumulation 75ns Multiply/Accumulate Time 400mW Power Dissipation with TTL-Compatible CMOS Technology Twos Complement or Unsigned Magnitude Preloadable Accumulation Registers

adsp-1010b

Abstract: TMC2010 adsp-1010 ADSP-1010A
Contextual Info: ANALOG DEVICES □ 16 x 16-Bit CMOS Multiplier/Accumulator ADSP-1010B FEATURES Higher-Speed Version of ADSP-1010A 16x 16-Bit Parallel Multiplication/Accumulation 45ns Multiply/Accumulate Time 170mW Power Dissipation with 10MHz Clock Twos Complement or Unsigned Magnitude

SUBTRACTOR IC

Contextual Info: £3 National Semiconductor 54F/74F784 8-Bit Serial/Parallel Multiplier with Adder/Subtractor General Description The 'F784 is an 8-bit by 1-bit sequential logic element that multiplies two numbers represented in twos complement notation. The device implements Booth’s algorithm internal­

4 bit serial subtractor

Abstract: logic diagram to setup adder and subtractor using 74F10 F384 F385
Contextual Info: 00 EH National MjM Semiconductor 54F/74F784 8-Bit Serial/Parallel Multiplier with Adder/Subtractor General Description The ’F784 is an 8-bit by 1-bit sequential logic element that multiplies two numbers represented in twos complement notation. The device implements Booth’s algorithm internal­

ADSP1110

Abstract: ADSP-1110A ADSP1110AKP ADSP-1110 ADSP1110AJD ADSP-1410 ADSP-11 bit-slice amp1410
Contextual Info: ANALOG DEVICES 16 x 16-Bit CMOS Single Port Multiplier/Accumulator ADSP-1110A FEATURES 16 x 16-Bit Parallel Multiplication/Accumulation 40-Bit Wide Accumulator with Overflow Flag, Satura­ tion Arithmetic, and Shift-Left Control Twos Complement or Unsigned Magnitude Inputs

ADSP1110AKP

Abstract: ADSP1110AJN ADSP1110
Contextual Info: ANALOG DEVICES 16 X 16-Bit CMOS Single Port Multiplier/Accumulator ADSP-1110A FEATURES 16 x 16-Bit Parallel Multiplication/Accumulation 40-Bit Wide Accumulator with Overflow Flag, Satura­ tion Arithmetic, and Shift-Left Control Twos Complement or Unsigned Magnitude Inputs

32x32 Multiplier

Abstract: 74S556 IN3064 IN916 F4732
Contextual Info: 16x16 Flow-Thru Multiplier Slice 74S 556 Ordering Information Features/ Benefits • Twos-complement, unsigned, or mixed operands PART NUMBER PACKAGE TEMPERATURE 74S556 P88, L84* Commercial • Full 32-bit product immediately available on each cycle • High-speed 16x16 parallel multiplier

ADE2

Abstract: ADSP-1024 ADSP1024 1024a
Contextual Info: ANALOG DEVICES FEATURES 24 x 24-Bit Parallel Multiplication 95ns Multiply Tima 450mW Power Dissipation with TTL-Compatible CM OS Technology Twos-Complement Data Format Rounding Options at Three Positions Left-Shift« of 0,1, or 2 Bits on Output Overflow and Normalization Status Flags

lm 3933

Abstract: half adder ic number 88-pin-grid 74S556
Contextual Info: 16x16 Flow-Thru M ultiplier Slice 74S 556 Features/B enefits Ordering Inform ation • Twos-complement, unsigned, or mixed operands PART NUMBER PACKAGE TEMPERATURE 74S556 P88, L84* Commercial • Full 32-bit product immediately available on each cycle • High-speed 16x16 parallel multiplier

Contextual Info: ANALOG DEVICES □ 24 X 24-Bit CMOS Multiplier ADSP-1024A FEATURES 24 x 24-Bit Parallel Multiplication 95ns Multiply Time 450mW Power Dissipation with TTL-Compatible CM OS Technology Twos-Complement Data Format Rounding Options at Three Positions Left-Shifts of 0, 1, or 2 Bits on Output

74f558

Contextual Info: 557 • 558 54F/74F557 • 54F/74F558 Connection Diagrams T— r 8-Bit By 8-Bit Multipliers With 3-State Outputs ' Xo H 40] Xm Xi [2 39] So x 2 [3 38] S i Description The 'F557 and ’F558 are high-speed combinatorial arrays that m ultiply two 8-bit unsigned or signed twos complement numbers and provide the 16-bit

Contextual Info: F100183 2 x 8-Bit Recode Multiplier F A IR C H IL D A S c h lu m b e rg e r C o m p a n y F100K ECL Product Description The F100183 is a 2 x 8-bit recode multiplier designed to perform high-speed hardware multiplication. In conjunction with the F100182 Wallace Tree Adder, the

Contextual Info: £3 National Æm Semiconductor Not Intended For New Designs 100183 2 x 8-Bit Recode Multiplier General Description The 100183 is a 2 x 8 -bit recode multiplier designed to per­ form high-speed hardware multiplication. In conjunction with the 100182 Wallace Tree Adder, the 100179 Carry Look­

F0514

Abstract: 987510 binary tree multipliers D14D F100179 F100180 F100182 F100183 wallace tree
Contextual Info: 100183 National ÆSASemiconductor F100183 2 x 8-Bit Recode Multiplier Genera! Description The F100183 is a 2 x 8 -bit recode multiplier designed to perform high-speed hardware multiplication. In conjunction with the F100182 Wallace Tree Adder, the F100179 Carry

Contextual Info: LO 00 CO National Semiconductor 54F/74F385 Quad Serial Adder/Subtractor General Description Features The ’F385 contains four serial adder/subtractors with com­ mon clock and clear inputs, but independent operand and mode select inputs. Each adder/subtractor contains a sum

74F557

Abstract: S24S25 74f558 msi adder 4 bit binary full adder and subtractor
Contextual Info: 557 • 558 54F/74F557 • 54F/74F558 Connection Diagrams 8-Bit By 8-Bit Multipliers W iiti 3-State Outputs Xo [T 40] Xm Xi [T 39] So x2 [ I U s, Xa [7 The ’F 5 # y d j f W j t gre high-speed combinatorial arrays that m ultiply two X4 d 8-bit u n s ig ro g ^ ^ ifl|re d tw os complement numbers and provide the 16-bit

AN-745

Abstract: AD9985 AN745
Contextual Info: AN-745 APPLICATION NOTE One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106 • Tel: 781/329-4700 • Fax: 781/326-8703 • www.analog.com Implementing the Auto-Offset Function on the AD9985 by Del Jones OVERVIEW The AD9985 incorporates an auto-offset function. The

AD9880

Abstract: AN-775
Contextual Info: AN-775 APPLICATION NOTE One Technology Way • P.O. Box 9106 • Norwood, MA 02062-9106 • Tel: 781/329-4700 • Fax: 781/461-3113 • www.analog.com Implementing the Auto-Offset Function on the AD9880 by Del Jones Introduction The AD9880 incorporates an auto-offset function. The

Contextual Info: AC1010 • ACT1010 54AC/74 AC 1010 • 54ACT/74ACT1010 16 x 16 Parallel Multiplier/Accumulator Description Connection Diagrams The ’AC/’ACT1010 is a high-speed, low-power 16 x 16 bit parallel m ultiplier with a 35-bit accumulator that is ideally suited for real-time

ACT1010

Contextual Info: AC1010 • ACT1010 54AC/74AC1010• 54ACT/74ACT1010 16 x 16 Parallel Multiplier/Accumulator Description Connection Diagrams The ’AC/’ACT1010 is a high-speed, low-power 16 x 16 bit parallel m ultiplier with a 35-bit accumulator that is Ideally suited fo r real-time

Scans-059

Abstract: ACT1010
Contextual Info: AC1010 • ACT1010 54AC/74AC1010 • 54ACT/74ACT1010 16 x 16 Parallel Multiplier/Accumulator Description Connection Diagrams The ’AC/’ACT1010 is a high-speed, low-power 16 x 16 bit parallel m ultiplier with a 35-bit accumulator that is ideally suited for real-time

F100179

Abstract: F100180 F100182 F100183 987510 5 bit binary multiplier using adders
Contextual Info: E g National æ ü Semiconductor F100183 2 x 8-Bit Recode Multiplier General Description The F100183 is a 2 x 8 -bit recode multiplier designed to perform high-speed hardware multiplication. In conjunction with the F100182 Wallace Tree Adder, the F100179 Carry