32 BIT CARRY-SELECT ADDER Search Results

Transistor A23

Abstract: FB0610A b3128 CFB0610A
Contextual Info: CFB0610A CFB0610A DESCRIPTION- CFB0610A 3-port 32-bit Carry-Select Adder CFB0610A is a 3-port 32-bit carry-select adder. uses a fast carry-select algorithm to perform addition of three 32-bit numbers. y LOGIC SYMBOL : TYpj>[32 TYP^-1321 TYP^-IJJ) A3X: C B3X: 0

32 bit carry select adder

Contextual Info: CFB0230B CFB0230B ADDER GENERAL DESCRIPTION: 32-BIT CARRY SELECT ADDER CFB0230B uses a fast carry select algorithm to perform the addition of two 32-bit numbers. PIN CONNECTION DIAGRAM: CFB0230B 3.1 (3.2) (3.2) FEATURES: - Uses carry select algorithm - Fast speed

Contextual Info: CFB0610B CFB0610B ADDER GENERAL DESCRIPTION: 32-BIT 3-PORT ADDER CFB0610B is a 3-port 32-bit carry-select adder. It uses a fast carry-select algorithm to perform the addition of three 32-bit numbers. PIN CONNECTION DIAGRAM: CFB0610B 2,1 5— Cl (2,1) A +

a2724

Abstract: Transistor AC 188 32 bit carry-select adder TRANSISTOR a31 B29B sl2 357
Contextual Info: GFB0610A GFB0610A GFB0610A 3-PORT 3 2-BIT CARRY-SELECT ADDER GENERAL DESCRIPTION : THE GFB0610A IS A 3-PORT 32-BIT CARRY-SELECT ADDER. IT USES A FAST CARRYSELECT ALGORITHM TO PERFORM ADDITION OF THREE 32-BIT NUMBERS. PIN DIAGRAM: GFB0610A • GATES USED - 809

32 bit carry select adder

Contextual Info: GFB0230A GFB0230A GFB0230A 32-BIT CARRY-SELECT ADDER GENERAL DESCRIPTION: THE GFB0230A USES A FAST CARRY-SELECT ALGORITHM TO PERFORM AN ADDITION OF TWO 32-BIT NUMBERS. PIN DIAGRAM: G FB0230A GATES USED - 580 AREA USED = 765 GATE LOCATIONS PROPAGATION DELAY - 3 4 NS

alu 74181 pin diagram

Abstract: FB0231A 8 BIT ALU by 74181 74181 pin diagram 74181 function diagram
Contextual Info: CFT1815A CFT1815A ALU GENERAL DESCRIPTION: 32-BIT 74181 TYPE ALU, USING CARRY SELECT ADDER FB0231A CFT1815A is a 32-bit 74181 type ALU using carry select adder with carry out every 4 bits. Its logic func­ tions and arithmetic operations are fully compatible with TI74181 ALU except the A=B output(the detail

a2724

Abstract: Transistor A23 CFB0230A 2S302 A23 transistor TRANSISTOR a31 32 bit carry select adder
Contextual Info: CFB0230A CFB0230A CFB023ÛA 32-bit Carry Select Adder description: CFB0230A uses a fast carry-select algorithm to perforin an addition of two 32-bit numbers. LOGIC SYMBOL : CI A31 :0 B31:0 CFB0230A CO + I S31:0 TïflE-f32 INPUTS LOADING IN TRANSISTOR PAIRS) :

Contextual Info: CFB0231A CFB0231A ADDER GENERAL DESCRIPTION: 32-BIT C.S. ADDER, WITH CARRY OUT EVERY 4 BITS CFB0231A uses a fast carry select algorithm to perform the addition of two 32-bit numbers. PIN CONNECTION DIAGRAM: CFB0231A a. >— 3,2) )— (3,2) > — FEATURES:

74181

Abstract: alu 74181 FN1722
Contextual Info: CFT1813A CFT1813A CFT1813A 32-bit ALU 74181-Type DESCRIPTION: CFT1813A is logically identical to the TI 74181, except that it operates on two 32-bit words. This arithmetic logic unit (ALU) performs 16 logical operations and uses a 32-bit fast carry-select

LSA2000

Abstract: 74181 alu
Contextual Info: GFT1813A GFT1813A GFT1813A 32-BIT ALU GENERAL DESCRIPTION: THE GFT1813A MEGAFUNCTION IS LOGICALLY IDENTICAL TO THE TI 74181, EXCEPT IT OPERATES ON TWO 32-BIT WORDS. THE GPT1813A ARITHMETIC LOGIC UNIT ALU PERFORMS 16 LOGICAL OPERATIONS, AND USES A 32-BIT FAST CARRY-SELECT ADDER TO PERFORM 16

alu 74181 pin diagram

Contextual Info: CFT1813B CFT1813B ALU GENERAL DESCRIPTION: 32-BIT 74181 TYPE ALU, USING CARRY SELECT ADDER CFT1813B has logic functions and arithmetic operations which are fully compatible with TI74181 ALU except that the A=B output the detail information about A=B is on the bottom of this file .

32 bit carry select adder

Abstract: XC4000E 16 bit carry select adder adder xilinx
Contextual Info: dsp_adrle.fm Page 109 Wednesday, July 8, 1998 3:35 PM Registered Loadable Adder July 17, 1998 Product Specification R Xilinx Inc. 2100 Logic Drive San Jose, CA 95124 Phone: +1 408-559-7778 Fax: +1 408-559-7114 E-mail: coregen@xilinx.com URL: www.xilinx.com

32 bit adder

Abstract: 16-bit adder SM5833AF
Contextual Info: /" • High-speed, 16-bit High-speed Advanced Adder The SM5833AF can be employed as the input/out­ put adder in a video-bandwidth digital filter, ena­ bling two-dimensional filtering and other high­ speed signal processing. FEA TU R ES ■ 16-bit 2s-complement input/output data

XC4000E

Abstract: adder xilinx
Contextual Info: dsp_addsc.fm Page 111 Wednesday, July 8, 1998 3:43 PM Registered Scaled Adder July 17, 1998 Product Specification R Xilinx Inc. 2100 Logic Drive San Jose, CA 95124 Phone: +1 408-559-7778 Fax: +1 408-559-7114 E-mail: coregen@xilinx.com URL: www.xilinx.com Features

4 bit parallel adder

Abstract: 4 bit parallel adders 16-bit adder 32 bit carry select adder 32 bit ripple carry adder Adders 32 bit carry-select adder 16 bit adder adder 4 bit carry select adder
Contextual Info: FPGA 16-Bit Carry-Select Adder By Frederick Furtek Introduction Ripple-carry adders are the simplest and most compact adders they require as little as four cells per bit in the AT6000 architecture , but their performance is limited by a carry that must ripple from the least-significant to the

"serial adder"

Abstract: 32 bit ripple carry adder XC4000E
Contextual Info: dsp_addse.fm Page 113 Wednesday, March 4, 1998 4:44 PM Registered Serial Adder March 16, 1998 Product Specification R Xilinx Inc. 2100 Logic Drive San Jose, CA 95124 Phone: +1 408-559-7778 Fax: +1 408-559-7114 E-mail: coregen@xilinx.com URL: www.xilinx.com

"serial adder"

Abstract: XC4000E
Contextual Info: dsp_addse.fm Page 113 Thursday, July 9, 1998 10:25 AM Registered Serial Adder July 17, 1998 Product Specification R Xilinx Inc. 2100 Logic Drive San Jose, CA 95124 Phone: +1 408-559-7778 Fax: +1 408-559-7114 E-mail: coregen@xilinx.com URL: www.xilinx.com Features

32 bit carry select adder

Abstract: 8 bit carry select adder 4 bit parallel adder 16 bit ripple adder 16-bit adder 16 bit carry select adder 4 bit parallel adders 16 bit full adder 32 bit adder 8 bit adder
Contextual Info: FPGA 16-Bit Carry-Select Adder By Frederick Furtek Introduction Ripple-carry adders are the simplest and most compact adders they require as little as four cells per bit in the AT6000 architecture , but their performance is limited by a carry that must ripple from the least-significant to the most-significant bit. A carry-select adder implemented in the AT6000

D 1413 transistor

Abstract: NTE74191 transistor K 1413 32 bit carry select adder code transistor a 1413 NTE74LS191 NTE74190 NTE74LS190 5.1 diagram NTE74
Contextual Info: 52E D N T E ELECTRONICS INC b M B l B S 6 O D Q S im TÔT INTE g iT B S T T T E TRANSISTOR TRANSISTOR LOGIC) Look-Ahead Carry Generator 16-Lead DIP,See Dlag. 249 Dual Carry/Save Full Adder T - 4 3 ' Û' 14-Lead DIP,SeeDlag.247 Blnary-to-BCD Code 16-LeadDIP,SeeDlag.249

16-Bit Carry-Select Adder

Abstract: ATMEL 634 ATMEL 222 Atmel 516 4 bit parallel adder 32 bit carry select adder 0467C 16 bit ripple adder 8 bit carry select adder carry select adder
Contextual Info: 16-bit Carry-select Adder Introduction Ripple-carry adders are the simplest and most compact adders they require as little as four cells per bit in the AT6000 architecture , but their performance is limited by a carry that must ripple from the least-significant to the most-significant bit. A carry-select adder

Contextual Info: 52E D N T E ELECTRONICS INC b M B l B S 6 O D Q S im TÔT INTE g iT B S T T T E TRANSISTOR TRANSISTOR LOGIC) Look-Ahead Carry Generator 16-Lead DIP,See Dlag. 249 Dual Carry/Save Full Adder T - 4 3 ' Û' 14-Lead DIP,SeeDlag.247 Blnary-to-BCD Code 16-LeadDIP,SeeDlag.249

low power and area efficient carry select adder v

Abstract: IMPLEMENTATION of 4-BIT LEFT SHIFT BARREL SHIFTER 16 bit carry select adder 32 bit carry select adder 8 bit carry select adder full subtractor implementation using NOR gate 32 bit ripple carry adder carry select adder full subtractor circuit using nor gates BCD adder use rom
Contextual Info: MVA60000 MVA60000 Series 1.4 Micron CMOS MEGACELL ASICs DS5499 ISSUE 3.1 March 1991 GENERAL DESCRIPTION Very large scale integrated circuits, requiring large RAM and ROM blocks, often do not suit even high complexity gate arrays, such as Zarlink Semiconductors' CLA60000 series.

sj 2258

Abstract: S107 "Overflow detection"
Contextual Info: SN54AS887, SN74AS887 8-BIT PROCESSORS FEBRUARY 1986 • STL-AS Technology o Three-Operand, 16-Word Register File • Parallel 8-Bit ALU with Expansion Inputs and Outputs o Full Carry Look Ahead Support o • 13 Arithmetic and Logic Functions Sign; Carry Out, Overflow, and Zero-Detect

SN74AS888

Abstract: AS888 CI 4016 SN74AS888-1 srf 2338 "Overflow detection"
Contextual Info: SN54AS888, SN74AS888 8-BIT PROCESSOR SLICES MARCH 1985-REVISED JANUARY 1986 • STL-AS Technology • Full Carry Look Ahead Support Parallel a-Bit ALU with Expansion Inputs and Outputs • Sign, Carry Out, Overflow, and Zero-Detect Status Capabilities 13 Arithmetic and Logic Functions