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WAVE 系列仿真器使用说明伟福®第一章 概述 (1)第二章 仿真器硬件 仿真头介绍POD8X5XP 仿真头… …………………………………………………………………5 POD196KB/KC 仿真头…………………………………………………………………6 PODH8X5X 仿真头 ……………………………………………………………………7 POD520P 仿真头………………………………………………………………………8 POD196MC/MD 仿真头…………………………………………………………………9 POD8051仿真头………………………………………………………………………10 POD16C67XP 仿真头 …………………………………………………………………10 POD16C5XP 仿真头……………………………………………………………………11 PODLPC76X 仿真头……………………………………………………………………12 PODLPC93X 仿真头……………………………………………………………………12 POD87C52仿真头 ……………………………………………………………………13 POD552仿真头 ………………………………………………………………………13 仿真器介绍仿真器介绍.......................................................................................14 E6000L/E6000T/E6000S 型仿真器 .........................................................15 G6W 型仿真器....................................................................................16 K51L/K51T/K51S 型仿真器 ..................................................................17 H51L/H51T/H51S 型仿真器 ..................................................................17 LPC76X 型仿真器 ..............................................................................17 LPC93X 型仿真器 ..............................................................................17 P51型仿真器....................................................................................18 PIC6000型仿真器 (18)第三章 软件安装WINDOWS 版本软件安装........................................................................19 编译器安装. (20)第四章 开发环境菜单 | 文件..........................................................................................21 菜单 | 编辑..........................................................................................25 菜单 | 搜索..........................................................................................25 菜单 | 项目..........................................................................................26 菜单 | 执行..........................................................................................26 菜单 | 窗口 (28)目录®伟福目录菜单| 外设 (34)菜单| 仿真器 (35)仿真器| 仿真器设置................................................................ (35)语言设置 (35)目标文件设置 (36)仿真器设置 (36)通信设置 (40)仿真器| 跟踪器／逻辑分析仪设置 (40)仿真器| 静态测试 (41)仿真器| 设置文本编辑器 (41)仿真器| 设置汇编预定义符号 (41)菜单| 帮助 (41)快速入门 (42)伟福文本编辑器使用 (48)PODH8X5X使用说明 (51)LPC编程器使用 (54)在Keil的uV2集成环境中使用伟福仿真器 (57)如何用PODPIC67XP仿真PIC16C711芯片 (59)使用伟福软件的反汇编功能 (61)第五章分析功能使用影子存储器 (65)程序时效分析 (67)数据时效分析 (68)逻辑分析仪 (70)波形发生器 (79)第六章DOS软件使用一集成调试软件使用 (83)1.1安装盘内容 (83)1.2软件安装 (83)1.3集成调试软件介绍 (85)1.4菜单及功能介绍 (97)1.5速学实例 (107)1.6 WAVE汇编器 (111)1.7软件模拟器 (116)1.8 高级语言调试环境 (117)二用户板硬件测试 (121)三问与答 (123)WAVE 系列仿真器使用说明伟福®尊敬的用户：您好！非常感谢您使用伟福系列仿真器。
250 CHANNEL CAPACITYPOWER OUTPUT: 120 W (LOW BAND), 110 W (VHF), 100 W (UHF)12.5 / 25 kHz BANDWIDTHPROGRAMMABLE PER CHANNEL2.5 kHz STEP FOR VHF/UHFLARGE 8-DIGIT ALPHANUMERIC DISPLAY 7 PROGRAMMABLE BACKLIT KEYS PRIORITY SCAN / GROUP SCANDUAL BAND CAPABILITYONE RF DECK TO MULTI HEADC APABILITIESDTMF SIGNALING & DIALING FEATURES AUDIO COMPANDERUSER SELECTABLE TONES / CODES CTCSS / DCS ENCODE + DECODEEMERGENCY FUNCTIONSROLLING CODE ENCRYPTIONRADIO TO RADIO CLONE FEATURE TALK AROUNDBCLO, BTLO, AND TOT FUNCTIONS BUILT IN 25 PIN (DB-25) ACCESSORY CONNECTORHEAVY-DUTY PUBLIC SAFETYMICROPHONE AVAILABLEMIL- STD 810 C/D/EVX-6000SERIESHigh Power, High Spec, Reliability, Ruggedness and Versatility: these are the essential elements in a successful communications system. Vertex Standard VX-6000 provides the features, performance, and toughness to get your message through under the most demanding public safety operating conditions. It’s a perfect blend of rugged design, flexible signaling options, superb ergonomics, and expandability, making the VX-6000 series an outstanding choice for your future communications needs.250 CHANNEL CAPACITYHuge 250-channel capacity may be partitioned into as many as 20 Memory Groups, with no limit on the number of channels in each Group. A single radio may therefore be programmed with channel sets for a number of differentjurisdictions or organizations.PRIORITY SCANThe VX-6000’s versatile scanning system includes a Priority Scan function, which provides scanning of all channels (or channels within a Memory Group) while maintaining a priority watch on a particularly important channel. Scanning will halt immediately, and operation will revert to the Priority Channel if activity is detected on the Priority Channel.BUILT IN 25 PIN (DB-25) ACCESSORY CONNECTOR The VX-6000 includes a built-in standard DB-25 connector, for ease of integration of the radio into your communications system. The DB-25 connector includes a number of logic status lines, Squelch state and level indicators, andData I/O connections. Horn Alert andother accessories also can be connectedthrough the DB-25 connector.GROUP SCANThe versatile scanning options allow simple scanning of selected channels, and scanning with a priority channel. The group scan feature allows scanning of multiple groups at the same time. This is critical for those mutual aid and disaster preparedness situations where communications among many agencies is a must.INTERNAL ACCESSORY INTERFACINGThe VX-6000 Series is easily interfaced to 3rd-party accessories. The optional CN-6 Interface Unit provides a quick interconnection platform for signaling, control, and other accessory boards used in public safety environments.When used with the optional MH-53B7A DTMF Microphone, the VX-6000 may be configured for both manual and Speed Dial DTMF calling. All versions provide programmable PTT ANI for business or fleet applications.CTCSS / DCS ENCODE + DECODEField programming of the CTCSS tones or DCS codes is available, allowing access to multiple systems or quick configuration for multi-jurisdictional ER SELECTABLE TONES / CODESHigh-performance Encoder/Decoder circuits for both CTCSS and Digital Code Squelch are provided for access to tone/code controlled systems.VERSATILITYONE RF DECK TO MULTIPLE HEAD CAPABILITIES DUAL BAND CAPABILITYMULTI CONFIGURATION SYSTEMA single VX-6000 RF Deck may be controlled by two different Control Heads, allowing control of the radio from more than one location. Depending on the installation requirements, both Control Heads may be connected directly to the RF Deck, or the two Control Heads may be Two VX-6000 Control Heads and RF Decks, on different bands, may be networked to allow multi-band operation. VHF, UHF, or VHF Low Band radios may be combined to meet complicated communications requirements involving federal, state, and local government and/or forestry operations.CONTROL HEAD CONTROL HEAD CONTROL HEADCONTROL HEADCONTROL HEAD CONTROL HEAD CONTROL HEADCONTROL HEAD CONTROL HEAD RF DECK (VHF or UHF)RF DECK (VHF or UHF)RF DECK (VHF or UHF)RF DECK (VHF)RF DECK (UHF)RF DECK (VHF)RF DECK (UHF)CONTROL HEADRF DECK (VHF)RF DECK (UHF) CT-81, CT-82, CT-83 or CT-93CT-81, CT-82, CT-83 or CT-93CT-81, CT-82, CT-83 or CT-93CT-81, CT-82, CT-83 or CT-93CT-81, CT-82, CT-83 or CT-93CT-81, CT-82, CT-83 or CT-93Single Head RemoteDual Band, Dual HeadCNT-6000CNT-6000DTMF SIGNALING & DIALING FEATURESPOWER OUTPUT: 120 W (LOW BAND), 110 W (VHF), 100 W (UHF)The VX-6000’s construction includes a massive, die-cast outer case which doubles as the heatsink. And the Automatic Power Control (APC) circuit ensures stable power output over a very wide range of ambient temperatures.12.5/25 kHz BANDWIDTH PROGRAMMABLE PER CHANNELThe VX-6000 may be programmed with Wide or Narrow operating bandwidths, channel by channel, to conform to your local channelenvironment. Ideal for multi-jurisdiction operations.WIDE-BAND COVERAGECoverage beyond typical frequency limits allows programming in "guard band" channel allocations, and ensures compatibility for programming in a wide variety of locations.OTHER FEATURES:•TALK AROUND •BCLO, BTLO, AND TOT FUNCTIONS DURABLE CONSTRUCTIONHIGH PERFORMANCESECURITYEASY USER INTERFACE2.5 kHz STEP FOR VHF/UHFEnsuring full compatibility with all channel loading requirements,the VX-6000’s synthesizer provides 2.5 kHz resolution. Channelprogramming therefore is straightforward in all configuration situations.EMERGENCY FUNCTIONSThe VX-6000 may be programmed to transmit an Emergency DTMF ANI burst, with or without a live microphone engaged, to alert the dispatcher to an emergency situation requiring assistance to the user.ENCRYPTION The FVP-25 Encryption Unit or FVP-35 Rolling code encryptionUnit provides security for your important public safety andprivate security communications, and it also includes a DTMFPaging function(FVP-25) for selective calling.INTERNAL EMERGENCY MICROPHONEIn an emergency situation, the VX-6000can transmit using an internal microphoneshould the regular microphone becomedamaged or otherwise unusable.DIE-CAST CONSTRUCTION ALUMINUM CHASSIS/ENCLOSUREThe one-piece die-cast enclosure for the VX-6000 doubles as its chassis, yielding extreme strength for resistance against shock and vibration. This uniquely rugged construction ensures that specifications and functionality will be maintained for many years, despite the shock, vibration, and other abuse typically experienced by radios in public safety use.LARGE 8-DIGIT ALPHANUMERIC DISPLAYProviding indication of either the channel number or an Alphanumeric Channel Label of up to 8 characters, the LCD display utilizes large, bold characters on its high-intensity backlit amber LED display to provide excellent visibility over a wide range of viewing angles and in difficult lighting situations.7 PROGRAMMABLE BACKLIT KEYSThe front panel keys may be programmed by the dealer for a variety of operating functions, allowing customization of the front panel functions to your unique requirements. The keysare illuminated from behind, as well, for easy viewing at night.RADIO TO RADIO CLONE FEATUREFor quick programming of VX-6000 radios for an emergency task force, the Clone feature allows copying of all channeland other configuration data from one VX-6000 to another, using the optional CT-72 Cloning Cable.LOUD 5W/10W AUDIO OUTPUTThe VX-6000’s high-powered audio (5 Watts standard, 10 Watts optional) is coupled to a large, front-facing speaker, producing high-quality, crisp audio that will punch through even in the noisy environments experienced by public safety officers.STATUS QUICK-CHECK (SQC) FEATUREThe VX-6000 can be programmed to include the Status Quick Check (SQC) feature, which allows the user to check the configuration of all controls, keys, and knobs on the radio. This enables the operator to avoid missing important communications in the event that a control or switch is set to the wrong position.HIGH-RELIABILITY CONSTRUCTIONThe ABS front panel is sealed by a robust O-ring,and all switches are covered by U-shaped silicone rubber gaskets to protect the internal circuitry from dust, humidity, salt fog, and driving rain.WATER-SHIELD MICROPHONE CONNECTIONThe multi-pin microphone connector on the side of the VX-6000,sealed for protection against weather, provides a convenient connection point for the available microphones. Its gold-plated contacts ensure many years of reliable service.BUSY/TX LEDsPOWER SwitchAlpha-Numeric DisplayChannel Group KeysFront-Facing SpeakerProgrammable Function Keys Channel SelectorEmergency Microphone Volume ControlHome Channel Key Home Channel LEDCOMPANDER INCLUDEDFor narrow-band channel applications, the built-in AudioCompanding system compresses the voice waveform duringtransmission, and expands it during reception, allowing full-sounding audio despite the restricted transmission bandwidth.Various accessories listed may not be available in some countries.RMK-4000DBH RF DECK w/ MMB-77Standard Heavy Duty MH-25B7AHeavy DutyMH-53C7A Heavy Duty MH-53B7AMH-53A7AFP-1030A MMB-77 CT-71CT-72CT-83CT-81CT-93Measurements per EIA standards unless noted above. Specifications subject to change without notice or obligation.2003.0310NA(U)B9200392 Printed in JapanTransmitter Specifications Measurements made per EIA standard TIA/EIA-603Power Output 120 W/50 W 110 W/50 W 100 W/ 50 W Modulation 16K0F3E 16K0F3E ,11K0F3E Maximum Deviation 5 kHz 5.0 / 2.5 kHz Conducted Spurious Emissions 80 dB Below Carrier A udio Distortion (@1 kHz) < 2 % @1kHz Microphone type Dynamic Microphone impedance 600 ohmsReceiver SpecificationsMeasurements made per EIA standard TIA/EIA-603 Circuit Type Double-conversion Super-heterodyneSensitivity(EIA 12 dB SINAD) 0.25 µVAdjacent Channel Selectivity 85 dB 85 / 80 dB 85 / 77 dB Intermodulation 80 dB 80 / 75 dB 80 / 75 dB Spurious and Image Rejection 90 dB 90 dB90 dB Audio Output 5 W @ 4 Ohms 3 % THD (10 W @ 4 Ohms 3 % / Optional MLS-100)General SpecificationsFrequency Range 29.7-37 MHz (A) 148-174 MHz (C) 450-480 MHz (D) 37-50 MHz (B)Number of Channels 250 ChannelsChannel Spacing 20 kHz 12.5/25 kHzPLL Steps 5/6.25 kHz 2.5/5/6.25 kHz Power Supply Voltage 13.4 V DC ±15 %Current Consumption LOW VHF UHFTX 22 A 25 A 28 ARX 2.2 A 2.2 A 2.2 A STBY 0.6 A 0.6 A 0.6 A Operating Temperature Range –22° F to +140° F (—30° C to +60° C)Frequency Stability Better than ±5.0 ppm Better than ±2.0 ppm RF Input-Output Impedance 50 Ohms Audio Output Impedance 4 OhmsDimensions (WHD) 7" x 2.4" x 11.9" (178 x 60 x 301 mm)Weight15.4 lb. (6.9 kg)VX-6000L VX-6000V VX-6000USpecificationsStandardMIL 810C Methods/ProceduresMIL 810D Methods/ProceduresMIL 810E Methods/ProceduresLow PressureHigh Temperature 501.1/Procedure 1, 2Low Temperature 502.1/Procedure 1Temperature Shock 503.1/Procedure 1Solar Radiation 505.1/Procedure 1Rain*Humidity 507.1/Procedure 2Salt Fog DustVibration 514.2/Procedure 8, 10Shock 516.2/Procedure 1, 5500.2/Procedure 2501.2/Procedure 1, 2502.2/Procedure 1, 2503.2/Procedure 1505.2/Procedure 1506.2/Procedure 1, 2507.2/Procedure 2509.2/Procedure 1510.2/Procedure 1514.3/Procedure 1 Cat. 10516.3/Procedure 1, 4500.3/Procedure 2501.3/Procedure 1, 2502.3/Procedure 1, 2503.3/Procedure 1505.3/Procedure 1506.3/Procedure 1, 2507.3/Procedure 2509.3/Procedure 1510.3/Procedure 1514.4/Procedure 1 Cat. 10516.4/Procedure 1, 4Applicable MIL-STD*Control Head OnlySukagawa Division Trondule Co., Ltd.ISO9001 certification Sukagawa Division Trondule Co., Ltd.ISO14001 certificationVertex StandardUS Headquarters10900 Walker Street, Cypress, CA 90630, U.S.A.Phone 714/827-7600; Fax 714/827-8100 。
单片机原理与应用实验指导书九江学院电子工程学院2007年9月第一章单片机实验的基本要求与方法一、实验目的学习并掌握单片机的基本结构及接口设计方法，学习汇编语言程序设计的基本方法和技能。
二、实验要求1、上机前要做好充分准备，明确实验目的、熟悉实验内容、掌握实验步骤、了解所用单片机实验开发系统及仪器设备的性能。
做好实验前预习和必要的准备，如画好程序流程图，编好程序，做到准备充分。
2. 进入实验室后，熟悉所用的单片机实验开发系统及仪器设备，了解其外观、性能。
接线要正确、简单明了，接线完成后检查一遍，经老师复查允许后才可通电。
通电瞬间，应注意仪器和实验装置是否正常工作，如有不正常现象，应立即断电查找原因，直至故障排除后，实验方可继续进行。
3. 实验进行时，按规定步骤进行，经过反复修改调试，达到设计功能后，读取数据，并及时纪录。
4. 实验完成后，经老师验收合格，并把仪器、导线、工具整理完毕后，学生方可离开实验室。
三、实验方法本课程所用的实验板采用在系统可编程方式下载程序，具体操作过程参考第三章。
四、实验报告内容和要求1. 实验报告要用学校统一印发的实验报告纸。
2. 实验报告内容应包括：实验名称、器材、目的、原理、步骤、结果及分析、流程图、程序清单。
3. 实验报告中实验原理图（含电路图和时序图）要准确无误。
4. 实验报告中程序清单要求调试并运行正确无误，要有中文注释。
5．每个实验后的实验结果分析和心得体会必须独立完成，对实验中发现的问题应加以讨论，并提出自己的改进意见和要求。
6．实验报告写完后统一交到学习委员处，按学号排列装订成册，然后交到老师处。
第二章 V6实验板简介本课程所用单片机实验板，可用于MCS-51系列单片机的仿真开发和《单片机原理与应用》课程的教学实验，具有电路简单，小巧便携，支持在系统可编程技术，简便易用等特点。
适合单片机初学者使用。
图2-1一、可开设实验1、wave仿真软件的应用2、用isplay实现在系统可编程3、流水灯4、动态显示程序5、中断响应程序设计6、定时/计数器的应用：测量脉冲宽度、倒计时器、带闪动的动态显示7、键盘接口程序设计：计时系统、抢答器设计、模拟汽车转向灯设计*8、红外按键识别程序设计*9、基于红外按键输入的四则混合运算计算器设计10、电子音乐盒设计*11、基于红外按键输入的电子琴设计12、基于DS1302的精密时钟设计13、基于DS18B20的数字温度计设计14、串行程序存储器扩展*15、数据采集电路设计：单片机与A/D 转换器接口 *16、信号发生器设计：单片机与D/A 转换器接口 *17、直流电机调速 *18、步进电机控制*19、基于MAX7219的数码管静态显示程序设计 *20、字符型液晶显示程序设计 *21、点阵型液晶显示程序设计注：带“*”实验项目需外接扩展电路二、V6实验板的原理和组成1、总体电路图上电复位....图2-22、微处理器V6实验板采用DIP 封装的AT89s52单片机作为微处理器，引脚配置如图2-3所示，为实现在系统可编程功能，选用11.0592MHz的晶振。
标签：酒精浓度监测仪基于LCD显示的空气酒精浓度监测仪的设计基于LCD显示的空气酒精浓度监测仪的设计李成章前言近年来，随着我国经济的高速发展，人民的生活水平迅速提高，越来越多的人有了自己的私家车，而酒后驾车造成的交通事故也频频发生。
酒后驾车引起的交通事故是由于司机的过量饮酒造成人体内酒精浓度过高，麻痹神经，造成大脑反应迟缓，肢体不受控制等症状。
少量饮酒并不会有上述症状，即人体内酒精浓度比较低时，而人体内酒精超过某一个值时就会引起危险。
为此，需要设计一智能仪器能够监测驾驶员体内酒精含量。
目前全世界绝大多数国家都采用呼气酒精测试仪对驾驶人员进行现场检测，以确定被测量者体内酒精含量的多少，以确保驾驶员的生命财产安全。
此外，空气酒精浓度监测仪还能监测某一特定环境的酒精浓度如酒精生产车间可避免发生起火、爆炸及工业场地酒精中毒等恶性事故，确保环境安全。
本课题研究的是一种以气敏传感器和单片机为主，监测空气酒精浓度，并具有声光报警功能及LCD 显示功能的空气酒精浓度监测仪。
其可监测出空气环境中酒精浓度值，并根据不同的环境设定不同的阈值，对超过的阈值进行声光报警．来提示危害。
1总体方案设计本课题采用MQ3气敏传感器，AT89C52单片机实现空气酒精浓度实时测量，通过LCD显示屏实时显示。
可以通过键盘设定阈值，超过阈值具有声光报警功能。
1．1基于MQ3气敏传感器的空气酒精浓度监测仪的硬件方案硬件设计时，考虑酒精浓度是由传感器把非电量转换为电量，传感器输出的是0-5伏的电压值且电压值稳定，外部干扰小等。
因此，可以直接把传感器输出电压值经过ADC0809采集数据送入单片机进行处理。
此外，还需接人LCD显示，8279键盘／显示器接口芯片，声光报警电路等。
其总体框图如图1所示。
1．2基于MQ3气敏传感器的空气酒精浓度监测仪的软件方案软件方案主要包括键盘扫描、数据采集、数据处理、显示、声光报警等子程序。
仪器开机后经初始化，调用LCD显示子程序显示提示界面、阈值设置界面、测量结果界面等。
火灾报警控制器N-6000使用说明书版本：J日期：2007-05-14火灾报警系统的局限性火灾报警系统能降低保险费用，但它不能替代火灾保险！自动火灾报警系统典型的组成包括：感烟探测器、感温探测器、手报、告警设备和具有远程通知能力的火灾报警控制设备，它能提供早期的火灾报警。
一个系统不能确保火灾发生时的生命及财产安全。
尽管火灾报警系统为早期火灾报警而设，但它不能确保预报准确或防止火灾。
由于各种原因，火灾报警系统可能不能提供及时或适当的告警，甚至不能工作。
感烟探测器也许不能探测到的火灾区域：灯罩内、墙内、屋顶、紧闭的门的另一边。
感烟探测器不能探测到建筑物另一楼层的火灾。
火灾中的燃烧微粒或“烟”不能被房间内感烟探测器探测到的原因：●探测器被遮挡，例如紧闭或部分关闭的门、墙、灯罩将制约微粒或烟的扩散。
●烟微粒变“冷”凝结，不能扩散到安装了探测器的天花板或墙上。
●风将烟微粒吹得远离探测器。
●在扩散到探测器之前，烟微粒融合在空气中。
●出现的“烟”量不能使感烟探测器报警。
感烟探测器被设计为有多种级别的感烟灵敏度。
如果探测器的灵敏度级别不能被发生的火灾触发，探测器将不会处于报警状态。
感烟探测器即使工作正常，其灵敏度也受到限制。
光电感烟探测器探测阴燃火灾的能力优于明火火灾，它具有少量烟的探测能力。
离子感烟探测器探测明火火灾的能力优于阴燃火灾。
因为火灾发生的途径不同而且经常不可预知其发展，所以一种探测器无法满足所有需求，只用一种探测器在火灾发生时可能不能提供适时的报警。
感烟探测器不能及时报警的火灾原因有：纵火、小孩玩火（尤其是在卧室内）、躺在床上抽烟及爆炸（如煤气、存贮的易燃原料等）引起的火灾等。
感温探测器不能探测燃烧微粒，并且只在其温度上升速率超过预定速率或温度值超过预定值时报警。
升温速率型感温探测器在使用时间很长后可能灵敏度会降低。
基于这个原因，升温速率型探测器每年至少要经过一次有资质的专门机构的测试。
感温探测器设计用于保护财产而不是生命。
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目录目录 (1)1. 前言 (2)1.1 产品简介 (2)2. 快速配置 (3)2.1 准备工作 (3)2.2 基本配置 (3)2.2.1 硬件连接与设置 (3)2.3 快速配置举例 (5)2.3.1 AP动态上线进行集中式转发 (5)2.3.2 AP动态上线进行分布式转发 (9)1.前言快速入门指南帮助您快速连接和配置Howay6000无线控制器设备。
1.1产品简介无线控制器将无线网络和安全处理等功能转移到中央WLAN交换机上，集中管理所有的瘦AP 和无线用户。
它具备完善的射频管理、故障自动恢复，强制STA漫游和负载均衡等功能，易于升级扩充。
可以与原有网络完美融合，并且无需改变其架构，大大简化网络的布署和管理，节约用户投资。
我司自主研发的Howay6000系列无线控制器产品，是面向企业级别的新型高速无线控制器。
基于业界领先的多核处理器架构设计，可提供强大的数据处理能力和多业务扩展能力，具有管理AP容量大、处理性能强、功能特性丰富等特点。
2.快速配置2.1准备工作在开始安装使用设备之前，至少需要具备以下条件：1)一台安装了10/100Base-TX自适应快速以太网卡的计算机。
2)以太网卡的IP地址与设备在相同的网段（设备默认的IP地址为192.168.1.1），您可以配置以太网卡的IP地址为192.168.1.2。
