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    FUZZYSTUDIO Search Results

    FUZZYSTUDIO Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    FUZZYSTUDIO 3.0 STMicroelectronics USER MANUAL 1st EDITION Original PDF

    FUZZYSTUDIO Datasheets Context Search

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    FUZZYSTUDIO 3.0

    Abstract: 80386 programmers manual FUZZYSTUDIO schematic computer 80386 skm 191 triac vertex m1 intel 94 ST52X301 W.A.R.P.2.0 BU108
    Text: FUZZYSTUDIOTM3.0 USER MANUAL st 1 EDITION MAY 1998 OWNERSHIP STMicroelectronics is the sole owner of the Software contained in the package. STMicroelectronics is the holder of the copyright to the Software, including without limitation such aspects of the Software as its code, sequence, organization, "look and feel", programming language


    Original     		PDF

    fuzzy logic library c code

    Abstract: ST52
    Text: TM FUZZYSTUDIO 4.1 USER MANUAL NOVEMBER 2000 FUZZYSTUDIO 4.1 OWNERSHIP STMicroelectronics is the sole owner of the Software contained in the package. STMicroelectronics is the holder of the copyright to the Software, including without limitation such aspects of the Software as its code, sequence, organization, “look and feel”, programming language


    Original     		PDF ST52X420/KIT fuzzy logic library c code ST52

    AN1328

    Abstract: ST24C04 ST52 ST52X430 MICRO ST52
    Text: AN1328 APPLICATION NOTE I2C COMMUNICATION PROTOCOL WRITTEN IN FUZZYSTUDIO 4.0 FOR ST52X430 Author: G. Rascona’ 1. INTRODUCTION In this application note we implement two routines to read/write one single byte of data at a time from/into an EEPROM memory in this case the ST24x04 using ST52x430 microcontroller. The protocol used to


    Original     		PDF AN1328 ST52X430 ST24x04) ST52x430 AN1328 ST24C04 ST52 MICRO ST52

    LED simulation Matlab

    Abstract: fuzzy logic library c code RS232 mouse diagram 20-PIN 25-PIN ST90E40 processor 80386
    Text: FUZZYSTUDIO  W.A.R.P.-ADB 1.0 APPLICATION DEVELOPMENT BOARD ADVANCED DATA As a matter of fact, a fuzzy project can be stored on the Weight Associative Rule Processor located on the board. The ADB can be connected to the RS232-C port of an IBM PC 386 or higher and can also work stand


    Original     		PDF RS232-C LED simulation Matlab fuzzy logic library c code RS232 mouse diagram 20-PIN 25-PIN ST90E40 processor 80386

    projects based on fuzzy logic

    Abstract: en matlab fuzzy logic code assembler fuzzy temperature controller C code FUZZYSTUDIO 3.0 PLCC68 matlab fuzzy set matlab c W.A.R.P.2.0 fuzzy temperature controller
    Text: FUZZYSTUDIO  2.0 W.A.R.P.2.0 DEVELOPMENT SYSTEM ADVANCED DATA Key Features Introduction FUZZYSTUDIO 2.0 is an easy and useful environment to design a Fuzzy Project for the fuzzy co-processor W.A.R.P.2.0 FUZZYSTUDIO 2.0 is composed of a complete


    Original     		PDF

    ST52X420

    Abstract: schematic PWM inverter AN1264 8bit pwm generator notes on serial communication MAX232 MAX232 ST232 max232 isolated ttl
    Text: AN1264 APPLICATION NOTE Serial Communication RS232 with ST52x420 Author: G. Grasso INTRODUCTION This application note presents a standard RS232 serial communication between ST52x420 and a PC or another microcontroller. The assembler code provided at the end of the document could be easily arranged to meet user specifications.


    Original     		PDF AN1264 RS232 ST52x420 ST52x420 schematic PWM inverter AN1264 8bit pwm generator notes on serial communication MAX232 MAX232 ST232 max232 isolated ttl

    PWM AC MOTOR 1 PHASE CONTROl

    Abstract: P3NB60 AC 220v low high motor speed control circuit PWM 220v ac MOTOR CONTROL 220v DC MOTOR pwm 220v dc motor speed control circuit 220v DC to AC PWM INVERTER 3 phase phase ac motor control circuit dc motor control circuit 220v dc pwm INVERTER 3 phase ac motor
    Text: AC driver CIRCUITAL SOLUTION FOR MONOPHASE MOTOR CONTROL STMicroelectronics Fuzzy Logic B.U. 02/29/00 1 Typical voltage regulation technique Phase Partialization Vsource control I load t Controlled Phase Angle Drawbacks - High harmonics distortion - Voltage RMS value is not linear with the phase angle


    Original     		PDF

    DC MOTOR SPEED CONTROL USING triac

    Abstract: 74LS00 fuzzy controller DC MOTOR SPEED CONtrol using pwm RC05 motors simple dc motor model dc motor motor speed fuzzy control by using dsp std motor motor speed control by using dsp
    Text: DC MOTORS Speed and Position Fuzzy Control STMicroelectronics DC Motor Std. Control vs Fuzzy Control FUZZY CONTROL TRADITIONAL CONTROL r +- K + B + 1/S X C - - A F NEG. ZERO POS. NEG. NM VS VVS ZERO L Z S POS. VVL VL PM Y State Feedback IF Error IS. AND Speed IS. THEN Vout IS .


    Original     		PDF

    FUZZY MICROCONTROLLER

    Abstract: block diagram induction heating ST52 Dualogic TYPE 2 FUZZY LOGIC C422 DESIGN A SPEED CONTROL OF DC MOTOR USING FUZZY LOGIC TRIAC THREE PHASE ANGLE CONTROLLER 3 phase induction motor control using triac Block dig of speed control of single phase induction motor induction heating oscillator circuit
    Text: ST52 TM DuaLogic A NEW FAMILY OF MCU WITH FUZZY CAPABILITIES Fuzzy Logic B.U. STMicroelectronics 1 THE ST52: THE DuaLogicTM MICROCONTROLLERS FAMILY The single-chip 8-bit ST52 family formerly WARP of fuzzy microcontrollers provides a high computational flexibility to perform fuzzy,


    Original     		PDF ST52x410 ST52x301 FUZZY MICROCONTROLLER block diagram induction heating ST52 Dualogic TYPE 2 FUZZY LOGIC C422 DESIGN A SPEED CONTROL OF DC MOTOR USING FUZZY LOGIC TRIAC THREE PHASE ANGLE CONTROLLER 3 phase induction motor control using triac Block dig of speed control of single phase induction motor induction heating oscillator circuit

    MICRO ST52

    Abstract: ST52 Dualogic ST52T301 fuzzy logic code assembler microcontroller triac control PLCC44 ST52 EPROM 28 PINS parallel triac Sso34
    Text: ST52: 8-bit Fuzzy DuaLogic MCUs Advanced Solutions for your Control Systems TM BENEFITS PROVIDED: • A flexible architecture for a wide range of applications ■ Powerful range of Peripherals ■ Control law formulation through fuzzy linguistic rules ■ Easy programmability thanks to powerful development tools


    Original     		PDF ST52T420B/M ST52T420B/B PDIP28 ST52E420B/D CDIP28-W ST52x420/KIT ST52x420 ST52T430B/M SSO34 ST52T430B/B MICRO ST52 ST52 Dualogic ST52T301 fuzzy logic code assembler microcontroller triac control PLCC44 ST52 EPROM 28 PINS parallel triac Sso34

    fan speed control 8051 by PWM

    Abstract: DC MOTOR SPEED CONTROL USING triac ac motor control with triac pid Washing machines 8051 program induction motor speed control used triac based triac phase control motor, pid 8051 used in motors 8051 dc motor speed control based on temperature v Speed Control Of DC Motor Using Fuzzy Logic code MC68HC05
    Text: ST52 Benchmarks and Target Applications STMicroelectronics ST52 Fuzzy Microcontrollers portfolio 4K EPROM, 20/28 pin, 1 TRIAC 1 PWM/TIMER, 14 BIT A/D ST52x440 TRIAC driver for phase angle and burst control PWM control 8K EPROM, 32 pin 3 PWM/TIMERS, 1 UART


    Original     		PDF ST52x440 ST52x430 ST52x420 ST52x301 ST52x301) VB409 fan speed control 8051 by PWM DC MOTOR SPEED CONTROL USING triac ac motor control with triac pid Washing machines 8051 program induction motor speed control used triac based triac phase control motor, pid 8051 used in motors 8051 dc motor speed control based on temperature v Speed Control Of DC Motor Using Fuzzy Logic code MC68HC05

    Sso34

    Abstract: e430 SDIP32 ST52E430K3 ST52T430K1 ST52T430K2 ST52T430K3 TQFP32
    Text: ST52T430/E430 ST52T430/E430 8-BIT INTELLIGENT CONTROLLER UNIT ICU Three Timer/PWMs, ADC, SCI PRELIMINARY DATASHEET Memories „ Up to 8 Kbytes EPROM/OTP „ 256 bytes of RAM „ Readout Protection Core „ Register File Based Architecture „ 55 instructions


    Original     		PDF ST52T430/E430 16-bit Sso34 e430 SDIP32 ST52E430K3 ST52T430K1 ST52T430K2 ST52T430K3 TQFP32

    FUZZY

    Abstract: FUZZYSTUDIO triac 10A AC013 triac burst control ic LDP16 triac burst fire control ic ST52T440/ST52T440
    Text: ST52T440/E440 8-Bit DualLogicä MICROCONTROLLER with Timer, Triac/PWM Driver and Analog Comparator PRELIMINARY DATA n n Digital Microcontroller with embedded fuzzy computational capabilities Up to 8 K bytes internal EPROM, up to 256 bytes of Data RAM n


    Original     		PDF ST52T440/E440 16-bit ST52X440 28pin) ST52T440I0M6 -40TO ST52E440I1M6 ST52E440I2M6 FUZZY FUZZYSTUDIO triac 10A AC013 triac burst control ic LDP16 triac burst fire control ic ST52T440/ST52T440

    F2AL250V

    Abstract: single phase induction motor speed control used triac based single phase induction motor with pwm technique f pwm based bidirectional dc motor speed control l2 capacitor tantalio P3NB60 ac motor speed control by pwm technique pwm ac chopper control of single phase induction igbt firing circuit for single phase induction motor microcontroller base triac phase angle control
    Text: AN1255 APPLICATION NOTE NEW CIRCUITAL SOLUTION TO EFFICIENTLY DRIVE AN AC MONOPHASE MOTOR OR AC LOAD BY ST52X420 Author: M. Di Guardo, M. Lo Presti, V. Marino INTRODUCTION This Application Note shows a new solution to efficiently drive a monophase motor or any AC load. This


    Original     		PDF AN1255 ST52X420 F2AL250V single phase induction motor speed control used triac based single phase induction motor with pwm technique f pwm based bidirectional dc motor speed control l2 capacitor tantalio P3NB60 ac motor speed control by pwm technique pwm ac chopper control of single phase induction igbt firing circuit for single phase induction motor microcontroller base triac phase angle control

    ST52x301

    Abstract: AN1146 M24C04 M24CXX
    Text: AN1146 APPLICATION NOTE I2C Communication between ST52x301 and EEPROM Authors: V. Marino, C. Vinci 1. Introduction This application note shows an example of how to use ST52x301 to communicate with an EEPROM memory with an I2C bus protocol. In this example, an M24C04 EEPROM 4K bit is taken into account,


    Original     		PDF AN1146 ST52x301 M24C04 M24CXX ST52x301 AN1146

    ST52X420

    Abstract: timer digital contack china AN1222 AN1222 application notes M24C04 M24CXX
    Text: AN1222 APPLICATION NOTE  I2C Communication between ST52x420 and EEPROM Authors: V. Marino, C. Vinci 1. Introduction This application note shows an example of how to use ST52x420 to communicate with an 2 EEPROM memory with an I C bus protocol. In this example, an M24C04 EEPROM 4K bit is


    Original     		PDF AN1222 ST52x420 M24C04 M24CXX ST52x420 timer digital contack china AN1222 AN1222 application notes

    motor control inverter schematic diagram

    Abstract: 40106 inverter Controller pwm variable frequency drive circuit diagram 40106 data sheet ST52x301 variable frequency drive circuit diagram sine wave inverter circuit diagram 40106 ac motor variable speed control circuit diagram 3 phase inverter schematic diagram
    Text: AN1112 APPLICATION NOTE Three-Phase Motor Control by using ST52x301 Authors: M. Di Guardo, G. Grasso, M. Lo Presti Introduction Induction motors with squirrel-cage are widely used in industrial environments because of their low cost and rotors rugged construction.


    Original     		PDF AN1112 ST52x301 motor control inverter schematic diagram 40106 inverter Controller pwm variable frequency drive circuit diagram 40106 data sheet ST52x301 variable frequency drive circuit diagram sine wave inverter circuit diagram 40106 ac motor variable speed control circuit diagram 3 phase inverter schematic diagram

    Untitled

    Abstract: No abstract text available
    Text: ST52T430/E430 ST52T430/E430 8-BIT INTELLIGENT CONTROLLER UNIT ICU Three Timer/PWMs, ADC, SCI PRELIMINARY DATASHEET Memories Up to 8 Kbytes EPROM/OTP 256 bytes of RAM Readout Protection Core Register File Based Architecture 55 instructions Hardware multiplication and division


    Original     		PDF ST52T430/E430 16-bit

    UC 28448

    Abstract: No abstract text available
    Text: ST52T430/E430 8-BIT DuaLogic MICROCONTROLLER WITH THREE TIMER/PWM DRIVERS and SCI PRELIMINARY DATA n n n n n Digital Microcontroller with embedded Fuzzy capabilities, 8 Kbytes internal EPROM, 256 bytes of Data RAM Up to 1 K bytes of memory for fuzzy data, allowing


    Original     		PDF ST52T430/E430 UC 28448

    Untitled

    Abstract: No abstract text available
    Text: ST52T301/E301 8-Bit OTP/EPROM DuaLogic MCUs WITH ADC, UART, TIMER, TRIAC & PWM DRIVER ADVANCED DATA SHEET • High Speed dedicated structures for Fuzzy Logic 3.5 |^s to compute a 4 In x 1 Out rule ■ C a p a b ility to pe rfo rm sim ple b o o lea n and


    OCR Scan     		PDF ST52T301/E301

    TDA0161 equivalent

    Abstract: 1N3393 BDX54F equivalent byt301000 bux transient voltage suppressor ST90R9 ua776mh sgs 2n3055 Transistor morocco mje13007 inmos transputer reference manual
    Text: SHORTFORM 1995 NOVEMBER 1994 USE IN LIFE SUPPORT DEVICES OR SYSTEMS MUST BE EXPRESSLY AUTHORIZED SGS-THOMSON PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF SGS-THOMSON Microelectronics. As used herein:


    OCR Scan     		PDF

    CPGA100

    Abstract: 80386 programmers manual CHMC 37 PLCC84 CHMC 46 matlab code for half adder 1x16 DeMux CHMC S 48
    Text: SGS-THOMSON $ 7 . W A R .P . 1.1 r a o œ n L i î M f i® ( g i WEIGHT ASSOCIATIVE RULE PROCESSOR ADVANCED DATA • High Speed Rules Processing ■ Antecedent Membership Functions with any Shape ■ Up to 256 Rules (4 Antecedents, 1 Consequent ■ Up to 16 Input Configurable Variables


    OCR Scan     		PDF 100-pin CPGA100 84-lead 007722b 80386 programmers manual CHMC 37 PLCC84 CHMC 46 matlab code for half adder 1x16 DeMux CHMC S 48

    Untitled

    Abstract: No abstract text available
    Text: SGS-THOMSON 7. W.A.R.P.2.0 iU O T lM B S i 8-BIT FUZZY CO-PROCESSOR PR ELIM IN A R Y DATA Digital Fuzzy Co-processor 8-bit I/O High Speed Rules Processing 4 Input, 2 Output, 32 Rules in 33.1|as Up to 256 Rules 4 Antecedents, 1 Consequent Up to 8 Input Configurable Variables


    OCR Scan     		PDF 40MHz

    Untitled

    Abstract: No abstract text available
    Text: SGS-THOMSON G 7 . W.A.R.P.2.0 RÜD [^ S IIL[l@f^(ô)R!lD(g 8-BIT FUZZY CO-PROCESSOR PRELIMINARY DATA • Digital Fuzzy Co-processor 8-bit I/O ■ High Speed Rules Processing 4 Input, 2 Output, 32 Rules in 33.1p.s ■ Up to 256 Rules (4 Antecedents, 1 Consequent)


    OCR Scan     		PDF 40MHz PLCC68 STFLWARP20/PL PLCC68