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Part  Manufacturer  Description  Datasheet  BUY 

CS2100CPEZZR  Cirrus Logic  IC CLOCK MULTIPLIER  
CS2100CPEZZ  Cirrus Logic  IC CLOCK MULTIPLIER  
CDB4353  Cirrus Logic  Stereo D/A Converter Evaluation Board; Development Tool Type:Hardware  Eval/Demo Board; Supported Families:CS4353 Family Type; Supported Devices:Stero D/A Converter;  
CDB55712  Cirrus Logic  ADC Development Tool; Interface Type:Serial, SPI; Kit Contents:100 kSPS, 16bit DeltaSigma ADC Evaluation Board; For Use With:CS5571 AnalogtoDigital Converter RoHS Compliant: No  BUY  
CDB55601  Cirrus Logic  ADC Development Tool; Interface Type:Serial, SPI; Kit Contents:50 kSPS, 24bit, Muxable; For Use With:CS5560 AnalogtoDigital Converter RoHS Compliant: No  BUY  
CDB55711  Cirrus Logic  ADC Development Tool; Interface Type:Serial, SPI; Kit Contents:100 kSPS, 16bit DeltaSigma ADC Evaluation Board; For Use With:CS5571 AnalogtoDigital Converter RoHS Compliant: No  BUY 
types of binary multipliers
Catalog Datasheet  MFG & Type  Document Tags  

ic 74284Abstract: Binary Multipliers TYPES SN54284, SN54285, SN74284, SN74285 4BIT BY 4BIT PARALLEL BINARY MULTIPLIERS M A Y 1972 R E V IS E D D E C E M B E R 1983 Fast Multiplication of Two Binary Numbers 8Bit Product in 40 ns , X A S 75265 TYPES SN54284, SN54285. SN74284, SN74285 4BIT BY 4BIT PARALLEL BINARY MULTIPLIERS , 75265 TYPES SN54284, SN5428S, SN74284, SN74285 4BIT BY 4BIT PARALLEL BINARY MULTIPLIERS , multiplication of two 4bit binary words. The eightbit binary product is generated with typically o n ly 4 0 
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ic 74284 Binary Multipliers IC to design 2 by 2 binary multiplier SN54284/74284 types of binary multipliers types of multiplication of binary multipliers 183/SN 
types of binary multipliersAbstract: Binary Multipliers TTl LSI TYPES SN54284, SN5428S, SN74284, SN74285 4BITBY4BIT PARALLEL BINARY MULTIPLIERS B U , BITBY4BIT PARAILEI BINARY MULTIPLIERS T exas I n s t r u m e n t s TYPES SN54294. SN54285, SN74284. SN74285 4BITBY4BIT PARALLEL BINARY MULTIPLIERS absolute maximum rating» over operating freeair , Q BW Y4 O U TP U TS Y6 Y» Y7 V Fast Multiplication of Two Binary Numbers 8Bit Product in 40 ns , multiplication of two 4bit binary words. The eightbit binary product is generated with typically only 40 
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SNS4284 542S4 SN54S181/SN74S181 SN54S182/SN74S182 
types of binary multipliersAbstract: SN74167 HL MSI CIRCUIT TYPES SN7497, SN74167 SYNCHRONOUS RATE MULTIPLIERS SN7497 . 6BIT BINARY , LOGIC LEVEL OR BINARY RATE NUMBER OF PULSES NUMBER OF UNITY , '¢ DALLAS. TEXAS 75222 CIRCUIT TYPES SN7497, SN74167 SYNCHRONOUS RATE MULTIPLIERS absolute maximum ratings , , TEXAS 75222 CIRCUIT TYPES SN7497. SN74167 SYNCHRONOUS RATE MULTIPLIERS switching characteristics, Vcc = , OFFICE BOX 5012 . DALLAS, TEXAS 75222 CIRCUIT TYPES SN7497. SN74167 SYNCHRONOUS RATE MULTIPLIERS 
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1N3064 
SN74LS281Abstract: Binary Multipliers TTL MSI TYPES SN54LS261, SN74LS261 2BITBY4BIT PARALLEL BINARY MULTIPLIERS _ B U L L , S 7 * * 2 2 7381 TYPES SN54LS2S1, SIK74LS261 24MTBY4BIT PARALLEL BINARY MULTIPLIERS R E , 7383 TYPES SN54LS261, SN74LS261 2BfTBY4BfT PARALLEL BINARY MULTIPLIERS TY P IC A L APPLICATION , SN54LS261, SH74LS2I1 2BITBY4BIT PARALLEL BINARY MULTIPLIERS functional block diagram 74 T e x a s , BITBY4BIT PARALLEL BINARY MULTIPLIERS TY PIC A L APPLICATION D A T A M u ltip lica tio n o f the num bers 2 6 (m 
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SN74LS281 sn74lsoo SN54LSOO/SN74LSOO 
7497 bit rateAbstract: TYPES SN5497.SN7497 SYNCHRONOUS 6BU BINARY RATE MULTIPLIERS DECEMBER 1 9 7 2 R E V IS E D D EC , x a s 75265 TYPES SN5497, SN7497 SYNCHRONOUS 6BIT BINARY RATE MULTIPLIERS description , TYPES SN5497, SN7497 SYNCHRONOUS 6BIT BINARY RATE MULTIPLIERS absolute maximum ratings over , POST O F F IC E B O X 2 2 50 12 · TYPES SN5497, SN7497 SYNCHRONOUS 6BIT BINARY RATE MULTIPLIERS , 75265 TYPES SN5497, SN7497 SYNCHRONOUS 6BIT BINARY RATE MULTIPLIERS PAR AM ETER M EA SU R EM EN 
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7497 bit rate 7526S 
3x3 multiplier USING PARALLEL BINARY ADDERAbstract: correlator require high data rate processing and in designs that need to perform highspeed binary manipulation of , implementation of highspeed DSPtype building blocks such as parallel multipliers and barrel shifters. For , 133 MHz Vector Multipliers The use of vector multipliers is essential in building compact CCM's (constant coefficient multipliers) used in a variety of DSP and imaging tasks. Vector multipliers have , infrequently. Application areas for vector multipliers are digital filters, 2D convolution, and binary 
Atmel Original 

AT40K 3x3 multiplier USING PARALLEL BINARY ADDER correlator implementation of 16tap fir filter using fpga pipelined adder modulating at full adder fm modulation on fpga 
CD40018Abstract: design a BCD counter using jk flipflop CD40102B 16 Presettable 8bit binary down counter CD40103B 16 A Indicates types designed for special , ) Function Type No. of Pins Counters (Continued) Dual BCD up counter CD4518B 16 Dual binary up counter , CD4077B 14 ALU/Rate Multipliers BCD rate multiplier CD4527B 16 Binary rate multiplier CD4089B 16 , Harris CMOS Product line covers a broad range of SSI, MSI1 and MSI2 functions from simple gates to complex counters, registers, and arithmetic circuits, and includes both standard circuits types for 
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CD40018 design a BCD counter using jk flipflop GD4024B CD40118 4DIGIT counter with 7SEGMENT DISPLAY ICM7211IPL CD4000B CD4000B CD4556B CD40257B CD4512B CD4519B 
CD40018Abstract: design a BCD counter using jk flipflop CD40102B 16 Presettable 8bit binary down counter CD40103B 16 A Indicates types designed for special , Harris CMOS Product line covers a broad range of SSI, MSI1 and MSI2 functions from simple gates to complex counters, registers, and arithmetic circuits, and includes both standard circuits types for commercial and industrial applications and highreliability slash (/) series types for aerospace, military , advantages of CMOS technology provide the logic system designer with the capability to achieve outstanding 
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CD40116A CD4560 bcd to hex decimal display CD4066BA CD4001* using NAND gates binary to hex led display decoder CD4529B CD4046B CD4008B CD4032B CD4038B CD4063B 
wallace treeAbstract: 4 bit binary multiplier bit product. For word lengths longer than 4 bits, a number of 'S274 multipliers can be combined to generate , TYPES SN54LS275.SN54S274, SN54S275, SN74LS275, SN74S274,'SN74S275 4BITBY4BIT BINARY MULTIPLIER WITH , ï»¿TTL LSI TYPES SN54LS275, SN54S274, SN54S275. SN74LS275, SN74S274, SN74S275 4BITBY4BIT BINARY MULTIPLIER WITH 3STATE OUTPUTS 7BITSLICE WALLACE TREES WITH 3STATE OUTPUTS BULLETIN NO. DLS , SubMultiple Products for nBitbynBit Binary Numbers â'¢ 'LS275 and 'S275 Accept 7 BitSlice Inputs and 2 
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SN74H183 LS183 wallace tree 4 bit binary multiplier binary multiplier diagram for 4 bits binary multiplier circuit wallace tree multiplier S274 SN74LS183 2H183/IS163 H183/ S2S31 
wallace treeAbstract: binary multiplier than 4 bits, a number of 'S274 multipliers can be combined to generate submultiple partial products , OF EACH INPUT Vccâ¦ Enable G: Req = 18knNOM Others: Req = 6 kiÃ® NOM OUTPUT TYPES SN54LS275 , BIT MULTIPLIERS 7396 Texas Instruments INCORPORATED POST OFFICE BOX 5012 . DALLAS, TEXAS 75222 TYPES , ï»¿TTL LSI TYPES SN54LS275, SN54S274. SN54S275, SN74LS275, SN74S274, SN74S275 4BITBY4BIT BINARY MULTIPLIER WITH 3STATE OUTPUTS 7BITSLICE WALLACE TREES WITH 3STATE OUTPUTS BULLETIN NO. DLS 
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S275 AN 5274 4x4 bit multipliers diagram for 4x4 bits binary multiplier circuit SN74283 S2b31 283/LS2B3/S2B31 LS283/ HI83/ LSI83 CLS275 LS275/ 
Abstract: synchronous 4bit counter which, together with one of the four binary input bits, produces pulse trains as shown in Fig. 2. If more than one binary input bit is high, the resulting pulse train a combination of , the availability of this information. Technical Documents Datasheets CD4089B TYPES (Rev . B , Data sheet acquired from Harris Semiconductor SCHS062B Revised July 2003 The CD4089B types are , production. Samples may or may not be available. OBSOLETE: TI has discontinued the production of the device 
Texas Instruments Original 

CD4089BE CD4089BEE4 CD4089BF3A CD4089BNSR CD4089BNSRE4 CD4089BPW 
vhdl 4bit binary calculatorAbstract: 0E47 multipliers which are both efficient in their use of silicon, and of adequate performance. Input Sample , "Netlist" describing the types of components and their connectivity. The Xilinx Netlist Format (XNF), in , position of the binary point in the result). 83 x 29 = 240710 01010011 x 00011101 = 0000100101100111 , APPLICATION NOTE ® XAPP 054 July 15, 1996 (Version 1.0) Constant Coefficient Multipliers for , constant coefficient multipliers become the optimum choice in DSP, and implements constant (k) coefficient 
Xilinx Original 

XC4000 XC4000E vhdl 4bit binary calculator 0E47 Tag c0 665 800 optimum hybrid design XC4000/E 
SN5487Abstract: 7497 bit rate TTL MSI TYPES SN5487, SN7497 SYNCHRONOUS 6BIT BINARY RATE MULTIPLIERS B U L L E T I N N O . D , TYPES SM54«7. SN7497 SYNCHRONOUS BBIT BINARY RATI MULTIPLIEDS absolute maximum ratings over operating , a s I NICn strum ents ORPORATED TYPES SN5497, SN7497 SYNCHRONOUS «BIT BINARY RATE MUlTIPiiERS , N O N IN VERTED OUTPUT As illustrated, two of the 6bit multipliers can be cascaded by connecting , 5012 · P A L L A S . T E X A S 73223 TYPES SKS497, SN7497 SYNCHRONOUS 8BIT BINARY RATE MUITIPLIERS 
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6464u UM 7106 
Explain the twos complementAbstract: vhdl 4bit binary calculator overhead of resolving this system would in fact prevent a full doubling of performance. Multipliers in , design results in some form of "Netlist" describing the types of components and their connectivity. The , fixed point multiplication (note the position of the binary point in the result). 83 x 29 = 240710 , functional multipliers (both inputs changing simultaneously) have been the subject of investigation within , comparable performance. Table 5: Overview of Size and Performance for Fully Functional Multipliers 
Xilinx Original 

Explain the twos complement xk2 proximity bit slice processors Transistor Substitution Data Book 1993 binary multiplier datasheet B37C 
Abstract: detection. Two types of common ï¬lters that provide these functions are ï¬nite impulse response (FIR) and , ï¬lter type, data width, number of taps and data types, which are conï¬gurable, are described in Table 2 , complex data types, the data width is equal to the width of the real part and the range is from 4 to 16 , Truncation or nearest Arithmetic Type Signed Signed or unsigned Data Type Real Types of , multiplier bank in batches. For a multicycle implementation with C cycles, the number of multipliers, M is 
Lattice Semiconductor Original 

LFX1200B04FE680C 
types of binary multipliersAbstract: Parallel FIR Filter , provide spectral shaping, or perform signal detection. Two types of common filters that provide these , configuration parameters such as filter type, data width, number of taps and data types, which are configurable , to 16 equal to this parameter. For complex data types, the data width is equal to the width of the , Types of rounding available. Specifies the type of arithmetic modules for the core. If the symmetricity , multiplier bank in batches. For a multicycle implementation with C cycles, the number of multipliers, M is 
Lattice Semiconductor Original 

Parallel FIR Filter APPLICATION circuit diagram fir filters DTH block diagram of internal parts iir filter diagrams implementing FIR and IIR digital filters types of multipliers 1800LATTICE 
047710Abstract: XC4005 , Normal Gates, whereas LogiBlox supports three types of implementation: Maximum Speed, Minimum Area, and , one type of · implementation, Normal Gates, whereas LogiBlox supports four types of implementation , two types of · implementation, BUFTbased and LUT based, whereas LogiBlox supports Maximum Speed , LogiBlox Multiplexer output. CORE Generator System V2.1 supports two types of implementation , implementation, whereas CORE Generator System V1.5 supports two types of implementation: Area Optimized and 
Xilinx Original 

XC2064 XC3090 XC4005 047710 XCDS501 multiplexer 64 XCDS501 
4kx4 ramAbstract: block diagram 8 bit booth multiplier resources used. Because FPGAs are flexible and allow many types of applications to be mapped on the same , two types of clock gating: latchbased and latchfree clock gating types (Figure 5 on page 6). The , designs. Figure 8 and Figure 9 on page 9 show the power results for the various options of multipliers , binary counters offer the lowest power, followed by the Gray, while the composition of ring counters has , than binary because of lower switching rates at outputs. Moreover, both Gray and binary counters 
Actel Original 

AC323 4kx4 ram block diagram 8 bit booth multiplier 32 bit adder A500K brent kung adder 
4kx4 ramAbstract: A500K resources used. Because FPGAs are flexible and allow many types of applications to be mapped on the same , commonly used powersaving technique. There are two types of clock gating: latchbased and latchfree , Figure 9 on page 9 show the power results for the various options of multipliers and adders. The , because of lower switching rates at outputs. Moreover, both Gray and binary counters require more logic , binary and Gray address schemes) in one of the flash FPGA devices. The write operation consumes slightly 
Actel Original 


verilog code for floating point adderAbstract: vhdl code for floating point adder (default) Implements binary or onehot encoding, depending on the size of enumerated types in the state , implements binary or onehot encoding, depending on the size of enumerated types in the state machine. f , types of timing constraints in the LeonardoSpectrum software. The timing constraints described in the , implementation of multipliers inside a module or component by setting attributes in the Verilog HDL source code , the attribute settings in the LeonardoSpectrum software to control the mapping of multipliers in your 
Altera Original 

QII510107 verilog code for floating point adder vhdl code for floating point adder RAM ROM MAKING PROJECT Signal Path Designer State Machine Encoding 
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