ADPSS-LAB实时仿真系统介绍9页

LabVolt Series DatasheetElectromechanical Systems Simulation Software (LVSIM ®-EMS)8970* The product images shown in this document are for illustration purposes; actual products may vary. Please refer to the Specifications section of each product/item for all details. Festo Didactic reserves the right to change product images and specifications at any time without notice.Festo Didactic en12/2023Electromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt SeriesTable of ContentsGeneral Description_________________________________________________________________________________3 Virtual Instrumentation_____________________________________________________________________________4 Metering Window__________________________________________________________________________________5 Oscilloscope_______________________________________________________________________________________5 Phasor Analyzer____________________________________________________________________________________6 Harmonic Analyzer_________________________________________________________________________________6 Data Table and Graph Windows_______________________________________________________________________7 Software Protection and Licensing____________________________________________________________________7 Online Edition_____________________________________________________________________________________7 Computer Requirements_____________________________________________________________________________8 Topic Coverage_____________________________________________________________________________________8 Features & Benefits_________________________________________________________________________________8 List of Available Training Systems_____________________________________________________________________9 List of Manuals____________________________________________________________________________________9 Table of Contents of the Manual(s)____________________________________________________________________9Electromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt Series••••••••General DescriptionThe Electromechanical Systems Simulation Software (LVSIM ®-EMS) is a simulation software that covers the same courseware as the following systems:Computer-Assisted 0.2 kW Electromechanical Training System, Model 8006-1DC and AC Power Circuits Training System, Model 8010-1Electromechanical Training System, Model 8010-9AC Power Transmission Training System, Model 8010-BAll workbooks parts of the systems above are available in the navigation menu of LVSIM-EMS for online consultation. To obtain the printing rights, Campus Licenses for each are available and must be ordered separately.With LVSIM-EMS, all the standard EMS laboratory equipment is replaced by images of the actual EMS modules that students can manipulate on the computer screen. Students can identify and set up equipment for a given exercise, make the necessary connections between the virtual EMS modules, and verify the connections made without the need for actual EMS equipment.Sophisticated mathematical models fully simulate the electrical and mechanical characteristics of all the actual EMS modules: power supplies, motors, generators, transformers, electrical and mechanical loads, etc. All modules simulated in the LVSIM-EMS software feature the same front panel information as the actual EMSmodules. Short-circuit connections in the virtual equipment setup cause the virtual circuit-breaker protection to trip. This trip condition is clearly indicated on the virtual EMS modules.Used either as a complement to the actual EMS laboratory equipment, or as a stand-alone product, LVSIM-EMS is a cost-effective tool that enables students to perform the same exercises as in the courseware of the above-mentioned training systems. When used as a stand-alone package, the LVSIM-EMS software allows students to perform hands-on activities related to electrical power and machines, including active, reactive, and apparent power, phasors, ac/dc motors and generators, three-phase circuits, and transformers.LVSIM-EMS is a web-browser based application available in three different configurations. The simulation software can either be installed locally on a Windows ® personal computer (local version), on a Windows server (network version), or accessed directly online through the website at (onlineversion). Both network and local versions are delivered with perpetual license for the current version. The online version is delivered as a annual license with possibility to expand for more years.Please visit https:// and try the online version!The LVSIM-EMS virtual equipment is so representative of the actual EMS laboratory equipment that it allows students to develop hands-on abilities as they would with actual equipment. It also allows students to prepare laboratories in advance by virtually making the connections required in the exercise, validating theirconnections, and finally saving and printing the setup. Such a preparation can significantly reduce laboratory time and the need for physical hardware. By combining stations using virtual equipment with stations using actual equipment, with students using each type alternately, it is possible to set up an electromechanical training station that maximizes cost-effectiveness.LVSIM-EMS simulates the following modules from the 8006-1, 8010-1, 8010-9, and 8010-B training systems:Capacitive Load, Model 8331Capacitor-Start Motor, Model 8251Data Acquisition Interface, Model 9062Data Acquisition and Control Interface, Model 9063Electromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt Series•••••••••••••••••••••DC Motor/Generator, Model 8211Four-Pole Squirrel-Cage Induction Motor, Model 8221Four-Quadrant Dynamometer / Power Supply, Model 8960-2Full-Size Blank Module, Model 8160Half-Size Blank Module, Model 8161Inductive Load, Model 8321Lead-Acid Battery Pack, Model 8802Permanent-Magnet DC Motor, Model 8213Power Supply, Model 8821Power Supply, Model 8823Prime Mover / Dynamometer, Model 8960-1Regulating Autotransformer, Model 8349Resistive Load, Model 8311Single-Phase Transformer, Model 8341Synchronizing Module, Model 8621Synchronizing Module / Three-Phase Contactor, Model 8621-A Synchronous Motor/Generator, Model 8241Synchronous Motor/Generator with Thermistor Output, Model 8241-2 Three-Phase Transformer, Model 8348Three-Phase Transmission Line, Model 8329Universal Motor, Model 8254Make sure to select the right license type (8970 Series for local or network installations, 8972 Series for online access).Virtual InstrumentationLVSIM-EMS comprises a set of conventional and specialized instruments that can be used for measuring, observing, and analyzing electrical and mechanical parameters in electric power systems and power electronic circuits. Each instrument appears as a window on the computer screen. The conventional instruments include ac/dc voltmeters and ammeters, power meters, and an eight-channel oscilloscope. The specialized instruments include a six-channel phasor analyzer, a harmonic analyzer, torque, speed, and mechanical power meters, and user-programmable meters. The software is also provided with data-recording and graph-plotting capabilities. The various instruments are briefly described in the next section of this datasheet.Electromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt SeriesMetering WindowThe Metering window displays up toeighteen meters, which can beconfigured individually for measuringac/dc voltage and current, electricalpower (active, reactive, and apparent),torque, speed, mechanical power, etc.The voltage and current meters haveseveral modes of operation that allowmeasurement of the mean (dc) value,RMS value, crest factor, RMS value of aparticular harmonic (up to the 15th value), RMS value of the harmonics, and total harmonic distortion (THD). Six of the eighteen meters are user-programmable and give access to a larger variety of functions for measurement of power factor, efficiency, impedance, frequency, energy, phase shift, etc. The layout of the meters in the Metering window is user-customizable.OscilloscopeThe Oscilloscope displays up to eightwaveforms simultaneously, each of adifferent color for easy identification.Each channel has independent verticalcontrols similar to those found onconventional oscilloscopes. Anautomatic scale-setting functionallows the sensitivity of each channelto be set automatically according tothe magnitude of the observedparameter. The time base and triggercontrols are similar to those found onmost oscilloscopes. The RMS value,average value, and frequency of eachobserved parameters can be displayed in the Oscilloscope window. Two vertical cursors can be activated to perform precise measurements at particular points on the displayed waveforms. The Oscilloscope toolbar includes two memory buttons for saving displayed waveforms.Electromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt Series Phasor AnalyzerThe Phasor Analyzer displays thephasors related to the measuredvoltages and currents. The amplitudeand phase angle of each voltage andcurrent is clearly represented by theorientation and length of theircorresponding phasors, allowing easycomparison between the displayedparameters. This produces a uniqueand dynamic display of the voltagesand currents in a circuit (especially inthree-phase circuits) that cannot beobtained with conventionalinstruments. The RMS value, phase angle, and frequency of the voltage or current related to each phasor isdisplayed in the Phasor Analyzer window.Harmonic AnalyzerThe Harmonic Analyzer allowsobservation and analysis of theharmonic components in themeasured voltages and currents. Thefundamental frequency can bemanually set to the ac power networkfrequency or automatically set to thefrequency of the fundamentalcomponent of the selected voltage orcurrent. The harmonic components ofthe selected voltage or current can bedisplayed using a vertical scalegraduated in either absolute or relative values. A group of data displays in the Harmonic Analyzer indicates thevalues of the dc component of the selected voltage or current, as well as the total harmonic distortion (THD).Vertical and horizontal cursors can be displayed to perform precise measurements at particular points on the display. Since the equipment simulated by LVSIM-EMS produces only dc and sinusoidal ac signals (without harmonics), the Harmonic Analyzer, which is intended for use with devices that produce harmonics, is not oftenused with LVSIM-EMS.Electromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt SeriesData Table and Graph WindowsThe values indicated by the variousmeters in the Metering window, aswell as values measured by the otherinstruments, can be recorded in theData Table window with a click of themouse. The values recorded in theData Table can be saved to a file(ASCII-formatted file). The recordeddata can also be used to plot graphsby selecting which parameter(s) toplot in the Graph window. This allowslab results to be plotted quickly andeasily. More sophisticated graphs canbe created by exporting the contentsof the Data Table window to anyspreadsheet program, such as Microsoft Excel®, directly through the Windows Clipboard.Software Protection and LicensingThe local and network version provides a perpetual licence and the online access version provides a annual licence (additional years can be purchased when ordering).The local and network version of LVSIM-EMS are copy-protected by means of a hardlock security device. When LVSIM-EMS detects the security device, students have complete access to all measuring functions of the virtual instruments and other protected features of LVSIM-EMS, as well as to the student manuals included with the simulation software. Note that students are allowed to copy the software onto their personal computer to allow them to prepare laboratories in advance.Two different security devices are available for LVSIM-EMS: a single-user hardlock key, which can be inserted in the USB port of the user's computer, and a multiple-user hardlock key, which can be inserted in the USB port of the network server or any computer in the same network. Once the hardlock key is active on the network, the other computer will see the available licences. Alternately, the multiple-user hardlock key can be inserted in a USB port inside the server using a circuit board with edge-type connector (provided with the key) that can be installed in a PCI expansion slot of the server.The multiple-user hardlock key can be installed in servers running under one of the following Microsoft®operating systems: Windows 7, Windows 8, Windows 10, Windows 2008 Server, and Windows 2013 Server. As its name indicates, the multiple-user hardlock key allows several users of a network to run LVSIM-EMS simultaneously. Different versions of LVSIM-EMS are available, each allowing a particular number of users.Online EditionThe online version of LVSIM-EMS is accessible directly via the internet, and requires no software installation nor any update since the latest version of the software is always available. The online version of LVSIM-EMS also includes a demo mode that allows students to prepare laboratories in advance by familiarizing with the equipment and connections. The demo mode does not require any login.Electromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt Series••••••••••••••▪▪▪▪▪▪▪•••Topic CoverageFundamentals for Electric Power Technology Alternating CurrentCapacitors in AC Circuits Inductors in AC CircuitsPower, Phasors, and Impedance in AC Circuits Three-Phase CircuitsSpecial Transformer Connections Single- and three-Phase Transformers Fundamentals for Rotating Machines DC Motors and GeneratorsSpecial Characteristics of DC Motors AC Induction and Synchronous Motors Three-Phase Synchronous GeneratorsFeatures & BenefitsReplicates the Electromechanical Training System, enabling students to perform actual experiments using virtual equipment Install, move, and remove EMS modules in and from the workstation Modify module connections at any time and change the color of wires Install a timing belt between two EMS machines Verify module connections using a tool that highlights all wires connected to a same circuit point Perform measurements of voltage, current, power, speed, torque, impedance, resistance, reactance,and frequency and display the values on digital or analog meters Record measurements in a data table and plot graphs using the recorded data Display waveforms on a multi-channel oscilloscope and ac voltages and currents as phasors Students prepare for laboratories in advance using virtual equipment, thereby decreasing the time they require to perform the exercises using actual equipmentDecreases the quantity of actual equipment required per studentAllows students to practice with EMS equipment operation and connection at home on a personal computer••Computer RequirementsLocal and Network Versions:One (1) USB 2.0 port for the security dongle, Microsoft Windows 10 operating system recommended (compatible with Windows 7 and 8), basic dual core CPU, Google Chrome web browser installed (for better experience)Online Version:Microsoft Windows 10 operating system recommended (compatible with Windows 7 and 8 but not fully compatible with mobile devices), basic dual core CPU, internet access (bandwidth usage of 50 KB/s maximum), Google Chrome web browser installed (for better experience)Electromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt Series••••List of Available Training SystemsQty Description Model number1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 1 User with USB Dongle ____ 586920 (8970-00)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 5 Users with USB Dongles __ 586923 (8970-A0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 10 Users with USB Dongles _ 586926 (8970-B0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 15 Users with USB Dongles _ 586929 (8970-C0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 20 Users with USB Dongles _ 586932 (8970-D0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 25 Users with USB Dongles _ 586935 (8970-E0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 30 Users with USB Dongles _ 586938 (8970-F0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 35 Users with USB Dongles _ 586941 (8970-G0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 40 Users with USB Dongles _ 586944 (8970-H0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 5 Users Network __________ 586947 (8970-P0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 10 Users Network _________ 586950 (8970-Q0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 15 Users Network _________ 586953 (8970-R0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 20 Users Network _________ 586956 (8970-S0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 25 Users Network _________ 586959 (8970-T0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 30 Users Network _________ 586962 (8970-U0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 35 Users Network _________ 586965 (8970-V0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 40 Users Network ________ 586968 (8970-W0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 1 User Online, 1 year ______ 586971 (8972-00)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 5 Users Online, 1 year _____ 586974 (8972-A0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 10 Users Online, 1 year ____ 586977 (8972-B0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 15 Users Online, 1 year ____ 586980 (8972-C0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 20 Users Online, 1 year ____ 586983 (8972-D0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 25 Users Online, 1 year ____ 586986 (8972-E0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 30 Users Online, 1 year ____ 586989 (8972-F0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 25 Users Online, 1 year ____ 586992 (8972-G0)1Electromechanical Systems Simulation Software (LVSIM ®-EMS) - 40 Users Online, 1 year ____ 586995 (8972-H0)List of ManualsDescriptionManual numberElectromechanical Systems Simulation Software (User Guide) ______________________________583879 (20858-E0)Computer-Based Instruments for EMS (User Guide) ______________________________________584396 (36221-E0)Table of Contents of the Manual(s)Electromechanical Systems Simulation Software (User Guide) (583879 (20858-E0))1 Overview of LVSIM-EMS2 Installing the Security Device3 Installing and Running LVSIM-EMS Computer-Based Instruments for EMS (User Guide) (584396 (36221-E0))1 Familiarization with the Metering Window and the Data TableElectromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt Series••••2 Familiarization with the Oscilloscope3 Familiarization with the Phasor Analyzer4 Familiarization with the Harmonic Analyzer5 Measuring Three-Phase Power Using the Metering WindowElectromechanical Systems Simulation Software (LVSIM®-EMS), LabVolt SeriesReflecting the commitment of Festo Didactic to high quality standards in product, design, development, production, installation, and service, our manufacturing and distribution facility has received the ISO 9001 certification.Festo Didactic reserves the right to make product improvements at any time and without notice and is not responsible for typographical errors. Festo Didactic recognizes all product names used herein as trademarks or registered trademarks of their respective holders. © Festo Didactic Inc. 2023. All rights reserved.Festo Didactic SERechbergstrasse 373770 DenkendorfGermanyP. +49(0)711/3467-0F. +49(0)711/347-54-88500Festo Didactic Inc.607 Industrial Way WestEatontown, NJ 07724United StatesP. +1-732-938-2000F. +1-732-774-8573Festo Didactic Ltée/Ltd675 rue du CarboneQuébec QC G2N 2K7CanadaP. +1-418-849-1000F. +1-418-849-166611© Festo Didactic。

1电网全数字实时仿真装置概述1.1电网全数字实时仿真装置简介电网全数字实时仿真装置，也称为电力系统全数字仿真装置（A dvanced D igital P ower S ystem S imulator，ADPSS），是由中国电力科学研究院研发的基于高性能PC机群的全数字仿真系统。

该仿真系统利用机群的多节点结构和高速本地通讯网络，采用网络并行计算技术对计算任务进行分解，并对进程进行实时和同步控制，实现了大规模复杂交直流电力系统机电暂态和电磁暂态的实时和超实时仿真以及外接物理装置试验。

利用该仿真系统，可以进行1000台机， 10000个以上节点的大系统交直流电力系统机电暂态仿真以及机电、电磁暂态混合仿真研究，可接入继电保护、安全自动装置、FACTS控制装置以及直流输电控制装置等实际物理装置进行闭环仿真试验，可接入MATLAB等商用软件进行局部和子任务计算，接入用户自定义模型以完成用户指定功能和任务。

图1-1、1-2、1-3分别为仿真系统外观图、硬件架构图和总体结构图。

图1-1仿真系统外观图图1-2仿真系统硬件架构图1-3仿真系统结构图仿真系统获授权发明专利3项——电力系统数字仿真装置、电力系统数字仿真方法、电力系统潮流分网并行计算，其中“电力系统数字仿真装置”获得中国专利优秀奖；获软件著作权一项。

仿真系统获2009年度国家科学技术进步一等奖。

专家鉴定认为：“成果具有自主知识产权，总体技术达到了国际领先水平。

”图1-4、1-5、1-6分别为仿真系统知识产权、鉴定及获奖情况。

图1-4 仿真系统专利及软件著作权图1-5 中国电机工程学会鉴定意见图1-6 仿真系统获2009年度国家科学技术进步一等奖1.2基于ADPSS用户开展工作情况ADPSS为研究大电网的稳定、事故分析、电网控制、新能源接入、特高压分析、高铁对电网的冲击、数字化变电站等等一切提供了平台和试验工具，为驾驭大电网安全提供了强有力手段。

2ADPSS应用案例2.1线路光纤电流差动保护试验采用典型输电系统模型进行线路光纤电流差动保护试验，试验系统如图9-1、图9-2所示。

电力系统分析软件介绍1 EMTDC/PSCADEMTDC是一种世界各国广泛使用的电力系统仿真软件，PSCAD是其用户界面，一般直接将其称为PSCAD。

使得用户能更方便地使用EMTDC进行电力系统分析，使电力系统复杂部分可视化成为可能。

PSCAD/EMTDC基于dommel电磁暂态计算理论，适用于电力系统电磁暂态仿真。

EMTDC（Electro Magnetic Transient in DC System）即可以研究交直流电力系统问题，又能完成电力电子仿真及其非线性控制的多功能工具。

PSCAD由Manitoba HVDC research center开发。

2 PSAPACPSAPAC由美国EPRI开发，是一个全面分析电力系统静态和动态性能的软件工具。

其包含多个模块，其中部分模块可以单独使用。

模块和功能如下：DYNRED（Dynamic Reduction Program）：网络化简与系统的动态等值，保留需要的节点。

LOADSYN（Load Synthesis Program）：模拟静态负荷模型和动态负荷模型。

IPFLOW（Interactive Power Flow Program）：采用快速分解法和牛顿－拉夫逊法相结合的潮流分析方法，由电压稳态分析工具和不同负荷、事故及发电调度的潮流条件构成。

TLIM（Transfer Limit Program）：快速计算电力潮流和各种负荷、事故及发电调度的输电线的传输极限。

DIRECT：直接法稳定分析软件弥补了传统时域仿真工作量大、费时的缺陷，并且提供了计算稳定裕度的方法，增强了时域仿真的能力。

LTSP（Long Term Stability Program）：LTSP是时域仿真程序，用来模拟大型电力系统受到扰动后的长期动态过程。

为了保证仿真的精确性，提供了详细的模型和方法。

VSTAB（V oltage Stability Program）：该程序用来评价大型复杂电力系统的电压稳定性，给出接近于电压不稳定的信息和不稳定机理。

伟福®伟福Lab2000P系列单片机仿真实验系统使用说明书南京伟福实业有限公司® 伟福Lab2000P 单片机仿真实验系统 目录 - i -目录第一章 概述 (1)第二章 伟福实验系统组成和结构 (3)第三章 板上仿真器使用方法 (12)第四章 MCS51系列单片机实验 (19)MCS96系列单片机实验 (20)8088/86系列CPU 实验 (21)软件实验1. 存储器块清零(51/96/88) (22)2. 二进制到BCD 码转换(51/96/88) (23)3. 二进制到ASCII 码转换(51/96/88) (24)4. 内存块移动(51/96/88) (25)5. 程序跳转表(51/96/88) (26)6. 数据排序(51/96/88) (27)硬件实验1. P1口输入输出(51/96) (28)2. 继电器控制(51/96) (30)3. 用74LS245读入数据(51/96/88) (31)4. 用74LS273输出数据(51/96/88) (32)5. PWM 转换电压实验(51/96) (33)6. 音频控制(51/96) (34)7. 用8255输入、输出(51/96/88) (35)8. 串行数转换并行数(51/96) (36)9. 并行数转换串行数(51/96) (38)10. 计数器实验(51) (40)11. 外部中断实验(51/96) (41)12. 定时器实验(51/96) (43)13. D/A 转换实验(51/96/88) (45)14. A/D 转换实验(51/96/88) (47)15. 外部中断实验(急救车与交通灯) (51/96) (49)16. 八段数码管显示(51/96/88) (51)17. 键盘扫描显示实验(51/96/88) (53)18. 电子时钟(51/96/88) (55)19. 单片机串行口通讯实验(51/96) (57)® 伟福Lab2000P 单片机仿真实验系统 目录 - ii -20. 打印机控制实验(51/96/88) (59)21. 直流电机控制实验(51/96/88) (61)22. 步进电机控制实验(51/96/88) (63)23. 温度传感器实验(51/96/88) (66)24. 液晶显示屏控制实验(51/96/88) (67)25. 电子琴(51/96/88) (69)26. 空调温度控制实验(51/96/88) (71)27. 计算器实验(51/96/88) (74)28. 用HSO 方式输出PWM 波形(96) (76)29. 用HSI 方式测量脉冲宽度(96) (77)30. 用HSI 中断方式统计脉冲个数(96) (78)31. 计数器实验(96) (80).... 32. 用片内A/D 做A/D 转换实验(96).. (81)33. PWM 转换电压实验(88) (82)34. 8253计数器实验(88) (83)35. 8259外部中断实验(88) (84)36. 8253定时器实验(88) (86)37. 8251A 串行口通讯实验(88) (88)第五章 逻辑分析工具 (90)本实验说明书包括8051，80C196，8088/86三种实验说明（8051单片机有6个软件实验、27个硬件实验，80C196单片机有6个软件实验、31个硬件实验，8088/86CPU 有6个软件实验、21个硬件实验）。

目 录产品简介0.1 系统组成 (1)0.2 实验内容 (5)0.3 实验方式 (5)0.4 支持器件 (5)实验平台1.1 实验模块 (6)1.2 常用逻辑门电路 (17)1.3 自由实验插座 (17)1.4 跳线器选择 (17)1.5 直流电源外引插座 (18)1.6 总线插孔 (18)1.7 空间分配 (18)G6W仿真器2.0 G6W/G6S型仿真器 (20)2.1 可配置仿真头 (21)2.2 G6W/G6S外形示意图 (21)2.3 POD8051仿真头 (22)2.4 POD89C52仿真头 (22)2.5 POD196KB/KC仿真头 (23)2.6 POD552仿真头 (24)2.7 POD16C5X仿真头 (25)G2K仿真板（选件）3.1 G2K仿真板与G2010实验平台的安装方法 (26)3.2 键盘使用说明 (27)3.3 键盘方式下的仿真方法 (30)软件安装WINDOWS平台的安装方法 (34)DOS平台的安装方法 (36)KEIL C51编译器的安装方法 (37)程序清单安装 (37)硬件安装j连接Lab8051CPU板 (38)j仿真器与实验平台的连接 (38)j仿真器与计算机的连接 (39)j实验连线 (39)实验例程（MCS51）第一节“验证式”实验例程实验一 拆字程序（键盘调试） (40)实验二 拼字程序（键盘调试） (47)实验三 数据区传递子程序（DOS平台） (48)实验四 数据排序实验（WINDOWS平台） (52)实验五 清零程序（模拟调试） (55)实验六 定时器/计数器（模拟调试） (57)实验七 中断系统（模拟调试） (58)实验八 串行口实验（模拟调试） (59)实验九 P1口输入、输出实验 (60)实验十 P3.0口输入、P1口输出实验 (62)实验十一 八段码管显示实验 (64)实验十二 键盘扫描显示实验 (66)实验十三 脉冲计数（定时/计数器记数功能实验） (69)实验十四 电子时钟（定时/计数器定时实验） (71)实验十五 INT0中断实验 (73)实验十六 A/D0809转换实验 (75)实验十七 D/A0832转换实验 (77)实验十八 电子琴 (79)实验十九 步进电机控制 (81)实验二十 数据存储器6264RAM实验 (86)实验二十一 EPROM固化及脱机运行 (87)实验二十二 逻辑分析仪在教学/实验中的利用 (88)第二节“模仿式”实验例程实验一 工业顺序控制（INTO INT1）综合实验 (91)实验二 扩展时钟系统（DS12887）实验 (93)实验三 双机通讯实验 (97)实验四 V/F压频转换实验 (99)实验五 力测量实验 (101)实验六 直流电机转速测量与控制实验 (104)实验七 点阵式LCD液晶显示屏实验 (108)实验八 温度测量实验 (116)实验九 微型打印机打印字符 (118)实验十 点阵LED广告屏实验 (120)实验十一 红外线遥控实验 (122)第三节“探索式”实验例程实验一 8031最小系统组成实验（AT89C51） (126)实验二 程序存储器扩展实验 (129)实验三 静态数据存储器扩展实验 (131)实验四 并行I/O口扩展实验 (134)实验五 串行口扩展并口实验 (137)实验六 多个外中断源扩展实验 (139)实验七 MCS51单片机与IBM微机通信 (141)实验八 8155接口芯片使用实验 (143)实验九 键盘、显示接口芯片8279使用实验 (147)实验十 8255控制交通灯实验 (150)实验十一 可编程计数/定时器8253实验 (153)实验十二 串行E2PROM93C46扩展实验 (155)实验十三 I2C总线E2PROM AT24C01扩展实验 (159)实验十四 AT89C2051控制步进电机 (161)实验十五 GAL16V8实验 (164)实验十六 译码器实验 (170)第四节“自检式”演示实验 (173)0 -- LCD液晶显示器实验1 -- V/F压力频率转换实验2 -- 脉冲计数实验3 -- DA0832转换实验4 -- AD0809转换实验5 -- 红外线遥控实验6 -- 温度测量实验7 -- 力测量实验8 -- 电子琴9 -- 直流电机转速测量与控制实验A -- 点阵LED广告屏实验B -- 步进电机控制C -- RS232通讯实验D -- 八段码管显示实验E -- 键盘扫描显示实验F -- 扩展时钟系统（DS12887）实验实验例程（MCS96）…………………………………………………………见MCS96分册实验例程（IN8086） ……………………………………………… 见8086/8088分册教师手册………………………………………………………………………………见分册自检测方法及维护方法问答集合MCS51 实验例程程序清单MCS96 实验例程程序清单8088 实验例程程序清单附：主要器件引脚图 G2010+实验平台原理图推荐资料： 《MCS51-51系列单片机实用接口技术》李华主编北京航空航天大学出版社《单片机的C语言应用程序设计》马忠梅等编著北京航空航天大学出版社《液晶显示应用技术》郭强等编著电子工业出版社《单片机原理及接口技术学习辅导》朱定华主编电子工业出版社产品简介随着社会对人才素质要求的不断提高，同时也随着国家对教育投入的不断加大，向学生提供高性能的实验/开发设备成为必要和可能。