The Experts below are selected from a list of 234 Experts worldwide ranked by ideXlab platform
Zhi Yong - One of the best experts on this subject based on the ideXlab platform.
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Microchip TCP/IP Power Supewision System based on Pic Microcontrollers
Electronic Instrumentation Customers, 2007Co-Authors: Zhi YongAbstract:This paper introduced the design of the network power supervision system.Concretely discussed analog front-end signal conditon circuit and the Microchip companyTCP/IP stack at Pic Microcontrollers implement and dynamic page make,make it can actually real-time show drive supervise and control various information of the instrument or equipments,include electric current,the informati on of real-time and data,state of the instrument or equipments,etc.
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microchip tcp ip power supewision system based on Pic Microcontrollers
Electronic Instrumentation Customers, 2007Co-Authors: Zhi YongAbstract:This paper introduced the design of the network power supervision system.Concretely discussed analog front-end signal conditon circuit and the Microchip companyTCP/IP stack at Pic Microcontrollers implement and dynamic page make,make it can actually real-time show drive supervise and control various information of the instrument or equipments,include electric current,the informati on of real-time and data,state of the instrument or equipments,etc.
Vikram Kapila - One of the best experts on this subject based on the ideXlab platform.
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Session 2220 Development of a Matlab-Based Graphical User Interface Environment for Pic Microcontroller Projects
2014Co-Authors: Sang-hoon Lee, Vikram KapilaAbstract:Peripheral Interface Controllers (Pics) are inexpensive microcontroller units with built-in serial communication functionality. Similarly, Matlab, a widely used technical computing software, allows serial communication with external devices. In addition, Matlab provides graphical design tools such as Simulink and Dials and Gauges Blockset. This paper exploits the serial communication capability of Pic Microcontrollers and the Matlab software along with graphical design tools of Matlab to create a Matlab-based graphical user interface (GUI) environment for Pic microcontroller projects. Three examples are included to illustrate that the integration of low-cost Pic Microcontrollers with the Matlab-based GUI environment allows data acquisition, data processing, data visualization, and control
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development of a matlab based graphical user interface environment for Pic microcontroller projects
Computers in Education Journal, 2005Co-Authors: Yan Fang Li, Vikram KapilaAbstract:Peripheral Interface Controllers (Pics) are inexpensive microcontroller units with built-in serial communication functionality. Similarly, Matlab, a widely used technical computing software, allows serial communication with external devices. In addition, Matlab provides graphical design tools such as Simulink and Dials and Gauges Blockset. This paper exploits the serial communication capability of Pic Microcontrollers and the Matlab software along with graphical design tools of Matlab to create a Matlab-based graphical user interface (GUI) environment for Pic microcontroller projects. Three examples are included to illustrate that the integration of low-cost Pic Microcontrollers with the Matlab-based GUI environment allows data acquisition, data processing, data visualization, and control.
Ibrahim Turkoglu - One of the best experts on this subject based on the ideXlab platform.
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Hardware implementation of varicap diode's ANN model using Pic Microcontrollers
Sensors and Actuators A-physical, 2007Co-Authors: Ibrahim TurkogluAbstract:In this paper, a hardware implementation of varicap diode's ANN model by using Pic microcontroller is presented. With this intend, reverse bias voltage of diode is used as model input and the capacitance variation of the diode is used as model output. ANN model of designed structure is realized by computer. ANN model parameters were used to build Pic microcontroller program. Then ANN model of varicap diode was realized on Pic microcontroller. The validation of intelligent model was tested with both software and hardware. Test results are found successful.
Martin P. Bates - One of the best experts on this subject based on the ideXlab platform.
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Interfacing Pic Microcontrollers, Second Edition: Embedded Design by Interactive Simulation
2013Co-Authors: Martin P. BatesAbstract:Interfacing Pic Microcontrollers, 2nd Edition is a great introductory text for those starting out in this field and as a source reference for more experienced engineers. Martin Bates has drawn upon 20 years of experience of teaching microprocessor systems to produce a book containing an excellent balance of theory and practice with numerous working examples throughout. It provides comprehensive coverage of basic microcontroller system interfacing using the latest interactive software, Proteus VSM, which allows real-time simulation of microcontroller based designs and supports the development of new applications from initial concept to final testing and deployment. Comprehensive introduction to interfacing 8-bit Pic Microcontrollers Designs updated for current software versions MPLAB v8 & Proteus VSM v8 Additional applications in wireless communications, intelligent sensors and more
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Pic Microcontrollers : An Introduction to Microelectronics Ed. 3
2011Co-Authors: Martin P. BatesAbstract:Pic Microcontrollers provides a comprehensive and fully illustrated introduction to microelectronic systems principles using the best-selling Pic16 range. Building on the success of previous editions, this third edition will enable readers to understand Pic products and related programming tools, and develop relevant design skills in order to successfully create new projects. Key features include: Initial focus on the 16F84A chip to introduce the basic architecture and programming techniques, progressing to more recently introduced devices, such as the 16F690, and comparison of the whole Pic16 range Use of the standard Microchip development software, MPLAB IDE, as well the interactive ECAD package Proteus VSM Standard Microchip demo hardware, specially designed application boards, in-circuit programming and debugging Basic interfacing, motor drives, temperature control and general control system applications Numerous fully documented code examples which can be downloaded from the companion website The book is aimed principally at students of electronics on advanced vocational and undergraduate courses, as well as home enthusiasts and professional engineers seeking to incorporate Microcontrollers into industrial applications. A focus on the 16F84A as the starting point for introducing the basic programming principles and architecture of the Pic, progressing to newer chips in the 16F range, in particular the 16F690, and Microchip starter kits How to use the free Microchip development environment MPLAB IDE, plus Proteus VSM interactive electronic design software, to develop your own applications Numerous fully-documented, working code examples downloadable from the companion website
Walletzký Ondřej - One of the best experts on this subject based on the ideXlab platform.
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Implementation of 8-bit microprocessor into FPGA chip
Vysoké učení technické v Brně. Fakulta elektrotechniky a komunikačních technologií, 2014Co-Authors: Walletzký OndřejAbstract:This thesis deals with design of microprocessor compatible with one of 8-bit Microcontrollers manufactured by Microchip company. Theoretical part of this thesis analyzes architectures of 8-bit Pic Microcontrollers, Picks one of these Microcontrollers and describes its architecture and function of its subcircuits. Practical part deals with design of architecture compatible in terms of instruction execution, internal data flow and subcircuit behavior, all this to achieve the best possible program portability from target microcontroller. The last part of thesis describes method of processor implementation into FPGA chip and mentions potential design differences for ASIC implementation. It also deals with verification and method of programming
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Implementation of 8-bit microprocessor into FPGA chip
Vysoké učení technické v Brně. Fakulta elektrotechniky a komunikačních technologií, 2014Co-Authors: Walletzký OndřejAbstract:Tato práce se zabývá návrhem jádra 8-bitového mikroprocesoru kompatibilního s jedním z 8-bitových mikrokontrolérů Pic společnosti Microchip. Teoretická část práce zkoumá jednotlivé architektury 8-bitových mikrokontrolérů Pic a popisuje architekturu vybraného mikrokontroléru a funkci jeho dílčích bloků. V praktické části je proveden návrh a realizace jádra kompatibilního z hlediska provádění instrukcí, toku dat uvnitř mikrokontroléru a funkce jeho dílčích bloků, to vše pro dosažení co možná nejlepší přenositelnosti programu psaného pro vzorový mikrokontrolér. Poslední část práce popisuje metodu implementace realizovaného jádra do obvodu FPGA a zmiňuje případné rozdíly návrhu pro implementaci do obvodu ASIC. Také řeší otázku programování jádra, jeho testování a verifikaci.This thesis deals with design of microprocessor compatible with one of 8-bit Microcontrollers manufactured by Microchip company. Theoretical part of this thesis analyzes architectures of 8-bit Pic Microcontrollers, Picks one of these Microcontrollers and describes its architecture and function of its subcircuits. Practical part deals with design of architecture compatible in terms of instruction execution, internal data flow and subcircuit behavior, all this to achieve the best possible program portability from target microcontroller. The last part of thesis describes method of processor implementation into FPGA chip and mentions potential design differences for ASIC implementation. It also deals with verification and method of programming.
