PicoCube压电陶瓷控制器-PICeramic
Pico Technology TA386 X1 X10高阻放大器探头用户指南说明书
¨TA375 100 MHz oscilloscope probe ¨TA386 200 MHz oscilloscope probeUser's GuideIntroductionThis passive high-impedance oscilloscope probe is suitable for most oscilloscopes with a 1 MΩ input impedance. The probe incorporates a two-position slide switch in the head that selects attenuation of 1:1 or 10:1. WarrantyPico Technology Ltd. ("Pico") warrants this oscilloscope accessory for normal use and operation within specifications for a period of one year from dateof shipment and will repair or replace any defective product which was not damaged by negligence, misuse, improper installation, accident or unauthorized repair or modification by the buyer. This warranty is applicable only to defects due to material or workmanship. Pico disclaims any other implied warranties of merchantability or fitness for a particular purpose. Pico will not be liable for any indirect, special, incidental, or consequential damages (including damages for loss of profits, loss of business, loss of use or data, interruption of business and the like), even if Pico has been advised of the possibility of such damages arising from any defect or error in this manual or product.DisposalYour help and efforts are required to protect and keep our environment clean. Therefore either return this product at the end of life to the manufacturer or ensure WEEE compliant collection and treatmentyourself.Safety informationTo prevent possible electrical shock, fire, personal injury, or damage to the product, carefully read this safety information before attempting to install or use the product. In addition, follow all generally accepted safety practices and procedures for working with and near electricity.The product has been designed and tested in accordance with the European standard publication EN 61010-031:2015 (Hand-held probe assemblies) and left the factory in a safe condition.The following safety descriptions are found throughout this guide:A WARNING identifies conditions or practices that could result in injury or death.A CAUTION identifies conditions or practices that could result in damage to the product or equipment to which it is connected.SymbolsThese safety and electrical symbols may appear on the product or in this guide:WARNINGTo prevent injury or death, use the product only as instructed and useonly accessories that have been supplied or recommended. Protectionprovided by the product may be impaired if used in a manner notspecified by the manufacturer.Maximum input ratingsThe table and frequency derating plot below indicate the full-scale measurement range and overvoltage protection range for these probes. The full-scale measurement ranges are the maximum voltages that can be accurately measured by the probe. The overvoltage protection ranges are the maximum voltages that will not damage the probe.WARNINGTo prevent electric shock, do not attempt to measure voltages outside of the specified full-scale measurement range.Attenuation switch position Full-scale measurementrangeOvervoltage protection rangeX10600 V (DC + peak AC)600 V (DC + peak AC)X142.4 V (DC + peak AC)200 V (DC + peak AC)WARNINGSignals exceeding the voltage limits in the table below are defined as"hazardous live" by EN 61010.Signal voltage limits of EN 61010-031:2015± 60 V DC30 V AC RMS± 42.4 V peak max. To prevent electric shock, take all necessary safety precautions when working on equipment where hazardous live voltages may be present.WARNINGTo avoid overloading the probe, note that its maximum input voltage rating decreases as the frequency of the applied signal increases. Voltage v frequency rating curve10 kHz0 V 100 V 200 V 300 V 400 V 500 V 600 V 700 V 100 kHz1 MHz10 MHz100 MHz1 GHzVoltage rating (V peak max.) v frequency curveCAUTIONDo not exceed the voltage rating marked on any accessory. If anaccessory is not marked with a voltage rating on either the connector, cable or body, or if a protective finger guard is removed, do not exceed the EN 61010 “hazardous live” limits above.WARNINGTo prevent injury or death, do not connect the probe directly to the mains (line power).WARNINGTo prevent injury or death, do not use the probe or an accessory if it appears to be damaged in any way, and stop use immediately if you are concerned by any abnormal operations.CAUTIONExceeding the voltage rating of any cable, connector or accessory can cause permanent damage to the probe and other connected equipment.GroundingWARNINGThe probe's ground connection through the BNC connector is for measurement purposes only. The probe does not have a protective safety ground.Never connect the ground input to any electrical power source. To prevent personal injury or death, use a voltmeter to check that there is no significant AC or DC voltage between the probe ground and the point to which you intend to connect it.CAUTIONApplying a voltage to the ground input is likely to cause permanentdamage to the probe and other connected equipment.It is good practice to connect the probe output to the measurement instrument and the ground lead to earth ground before connecting the probe to the circuit under test. Disconnect the probe input and the probe ground lead from the circuit under test before disconnecting the probe from the measurement instrument.External connectionsCAUTIONTake care to avoid mechanical stress or tight bend radii for allconnected leads, including all coaxial leads and connectors.Mishandling will cause deformation and will degrade performanceand measurement accuracy.EnvironmentWARNINGTo prevent injury or death, do not use in wet or damp conditions, ornear explosive gas or vapor.CAUTIONTo prevent damage, always use and store your probe in appropriateenvironments.Storage Operating Temperature−20 to +60 °C0 to +50 °C Max. humidity(non-condensing)0 to 90 %RH0 to 80 %RH Max. altitude15 000 m 2 000 mPollution degree (IEC 61010-031)2 (Non-conductive pollution with occasional temporaryconductivity due to condensation.)Care of the productThe probe contains no user-serviceable parts. Repair, servicing and calibration require specialized test equipment and must only be performed by Pico or an approved service provider. There may be a charge for these services unless covered by the Pico one-year warranty.Inspect the probe and all connectors, cables and accessories before use for signs of damage.WARNINGTo prevent electric shock do not tamper with or disassemble theprobe, case parts, connectors or accessories.CAUTIONWhen cleaning the product, use a soft cloth and a solution of mildsoap or detergent in water. To prevent electric shock, do not allowliquids to enter the probe casing, as this will compromise theelectronics or insulation inside.Avoid mechanical shock to the probe in general to guarantee accurate performance and protection.To avoid injury from the sharp tip, handle with care.Frequency compensationBefore taking any measurements using the probe, first check its compensation and adjust it to match the channel inputs.Connect the probe to a 2 V pk-pk, 1 kHz square wave source. Most PicoScope oscilloscopes have a signal generator output marked GEN or AWG, or a probe CAL pin, which you can configure to generate such a signal. Set the switch on the probe to the X10 position. Adjust the trimmer until you see a flat-top square wave on the display:✗ INCORRECT✗ INCORRECT✓CORRECT Accessories and featuresThe probe is provided with several accessories designed to make probing and measurement simpler. Please take a moment to familiarize yourself with these accessories and their uses.Accessories included TA375TA386 Retractable hook tip11Ground lead11 Adjustment tool11Tip insulating sleeve11Cable marker28WARNINGAll accessories are safety-tested. Replace only with Pico accessories.Sets probe Use the alligator Spring-loaded for Use to adjust Connect to the Marker sleeves. Attach to the probe cable to identify a channel.Optional accessoriesOrder code DescriptionTA384Replacement rigid probe tips for TA375 and TA386, pack of 5TA385Replacement spring probe tips for TA375 and TA386, pack of 5Copyright © 2018–2021 Pico Technology Ltd. All rights reserved.SpecificationsProbecharacteristics TA375TA386Slide switch position X1X10X1X10Attenuation ratio 1:110:11:110:1Attenuation accuracy ±2%Bandwidth 10 MHz 100 MHz 10 MHz 200 MHz Rise time (calculated)35 ns 3.5 ns 35 ns 1.75 ns Input resistance 1 MΩ*10 MΩ ± 2% 1 MΩ*10 MΩ ± 2%Input capacitance 57 pF + C S **15 pF 57 pF + C S **15 pF Max. working voltage 42.4 V pk600 V pk 42.4 V pk600 V pk Compensation as shipped15 pF 15 pF Compensation range 10 to 35 pF10 to 35 pFTotal length 1.2 m nominal WeightAbout 55 g* equal to input resistance of oscilloscope ** scope capacitanceDO310-5Made in the People's Republic of China.。
PICO示波器使用培训教程
PICO示波器使用培训教程一、引言PICO示波器是一款高性能、便携式的数字存储示波器，广泛应用于电子测试、维修、研发等领域。
本教程旨在帮助用户了解PICO 示波器的基本原理、功能特点、操作方法和应用技巧，以便更好地使用PICO示波器进行测试和测量。
二、PICO示波器基本原理PICO示波器采用数字存储技术，将模拟信号转换为数字信号进行存储和处理。
其基本原理包括采样、量化、编码和存储等步骤。
1.采样：PICO示波器通过内置的模拟前端电路对输入信号进行采样，将模拟信号转换为离散的采样点。
2.量化：将采样点的模拟电压值转换为数字值，通常使用12位或14位ADC进行量化。
3.编码：将量化后的数字值编码为二进制数，以便存储和处理。
4.存储：将编码后的数字值存储在内部存储器中，以便进行后续处理和分析。
三、PICO示波器功能特点1.高分辨率：PICO示波器通常具有12位或14位ADC，能够提供高精度的信号测量。
2.高采样率：PICO示波器具有高达5GS/s的采样率，能够捕捉到高频信号和瞬态信号。
3.大存储深度：PICO示波器具有较大的存储深度，能够存储大量的采样点，以便进行长时间的数据记录和分析。
4.丰富的触发功能：PICO示波器具有多种触发方式，如边沿触发、脉冲宽度触发等，能够满足不同测试需求。
5.多种分析方法：PICO示波器提供了多种信号分析方法，如频率分析、功率谱分析等，能够帮助用户深入了解信号特性。
6.便携式设计：PICO示波器采用便携式设计，方便用户在不同场合进行测试和测量。
四、PICO示波器操作方法PICO示波器的操作方法如下：1.连接探头：将探头连接到PICO示波器的输入端口，确保探头与被测信号正确连接。
2.打开PICO示波器：按下电源按钮，打开PICO示波器。
3.选择通道：通过旋转通道选择旋钮，选择需要测量的通道。
4.设置触发：通过旋转触发选择旋钮，选择合适的触发方式，如边沿触发、脉冲宽度触发等。
Simiron金属finish陶瓷层厚硬剂说明书
Product Description:The Simiron™ Metallic finish epoxy floor combines the RokRez Pro™ epoxy with the Metallic Additive by Simiron™.Typical Uses:•Schools•Retail Floors•Hospitals•Office Buildings•Showrooms•Airports•Offices•Residential FloorsOverview:RokRez Pro™ combined with Metallic Additive by Simiron™ pigment can create an exciting new look for most interior concrete floors. This guide will outline many of the steps needed to achieve these dramatic floors. It is essential that an installer have experience with these systems before taking on any projects for hire. Consult with your dealer about certification training classes offered by Simiron.Application Temperature:Please read all information on the Product Data Sheet before starting this project. Material should never be stored in an excessively hot or cold environment. Failure to follow these guidelines will result in product failure.Surface Preparation:New concrete must have cured for a minimum of 30 days. Test the concrete using the “water drop test”. While dripping water onto the floor, the concrete should readily accept the water and turn dark. Test in multiple areas throughout the project area. If the water “beads up” this is an indication that a sealer or contaminant is present. Before applying any coating the concrete must readily accept the water being dripped onto the surface.A moisture test is always recommended before considering a project on any concrete floor. The preferred testing method is a Calcium Chloride Test or a Relative Humidity Test using a Hygrometer. Please review the Moisture Testing Guide available on our website, at or ask your dealer for details.The interior concrete floor should be clean and free of all contaminants. Remove all oil/grease contamination by using a recommended degreasing agent. If a sealer such as “Cure & Seal” or curing agent is present, it must be removed. Removal products are available. A simple diamond grinding usually will not remove these coatings. Remember the concrete must readily accept water being dripped onto the surface. Applying epoxy coatings over a contaminated or sealed surface will result in a failure in your project. See your dealer for recommendations. Any previous failing coating should be completely removed. Old sound epoxy coatings should be sanded dull using a diamond grinder or similar and any dust or debris vacuumed with a HEPA vacuum.If you are unsure of the type of coating currently on the floor, consult your distributor for assistance. A test to confirm compatibility is always a good idea when starting any project. Diamond grind the entire floor to create a CSP-2 to CSP-3 profile; once complete, vacuum all of the dust and debris. Visit or follow your dealer’s recommendations regarding the concrete prep process. If you are using an Acid to prepare the floor, please read all directions and always neutralize the floor before coating. The floor must be thoroughly dry before beginning. This will usually take several days depending on temperature and humidity. Protect all adjacent areas from the acid runoff. Always follow all safety precautions when using Acid. Consult your dealer for recommendations.Wear protective gloves and eyewear for floor preparation and applying the coating. An approved N95 dust mask or paint respirator is also recommended. Always change clothing worn during the grinding process so as not to contaminate the finishing steps with dust and debris.Priming Coat:Wear protective gloves and eyewear. Read the Safety Data Sheet before using. Use of an approved N95 dust mask or Paint Respirator is recommended.After the surface has been prepared (diamond grinding) and free of contaminants, apply a coat of Simiron’s 1000 HS Epoxy Primer. This is a clear primer. Follow the information on the product container and/or the Product Data Sheet regarding application methods. This product is 100% Solids, Zero VOC, and has a low viscosity to allow for excellent surface wetting and penetration. The 1000 HS has extended working time to promote adhesion and seal the surface. It also helps to reduces pinholes, fish eyes, craters and outgassing on topcoats. After application, inspect the concrete floor for any missed areas or pinholes. If necessary, another coat of this product can be applied following the directions within the Product Data Sheet.Intermediate Coat:Wear protective gloves and eyewear. Read the Safety Data Sheet before using. Use of an approved N95 dust mask or Paint Respirator is recommended.After the 1000 HS has been applied and has dried, it’s time to apply our first intermediate coat of epoxy. This pigment coat of RokRez Pro (usually RokRez Pro Steel Gray) will be applied at 8 mils thickness or 200 sq. ft. to the gallon. Open the RokRez Pro Steel Gray kit and remove the gallon can of activator and the plastic support. It is important to mix the 2 gallons of Steel Gray “Base” with an electric drill for a couple of minutes at a medium speed - using a “jiffy” type mixing blade. After mixing the base, open the activator gallon can and slowly pour it into the 2 gallons of RokRez Pro Steel Gray.Mix with a “jiffy” mixing blade using an electric drill at medium speed for 3 minutes. Do not use a “mud” drywall mixer. For best results, always use a corded electric drill for mixing and always use a clean mixing blade. Using a dirty mixer may cause sharp spots on the mixing blade to scrape the pail causing plastic shavings to contaminate the mixture.After 3 minutes of mixing, pour the entire pail directly onto the floor in a ribbon shape. Pour until it starts to drip then stop. Do not scrape the bucket onto the floor and never flip the bucket upside down on the floor. Excessive draining, scraping or flipping will result in “sticky” spots on the floor which will not cure. Spread the product evenly using a 3/16” notched or straight epoxy floor squeegee. Back roll the floor, in the opposite direction, using new (9” or 18”) - 3/8” woven, non-shedding, lint free roller. It is best to wear epoxy spiked shoes during this process.When the coating from this step has dried, it is important to inspect the surface for defects such as pinholes. If present, these pinholes, caused by outgassing of the concrete, must be repaired. The pinholes can be repaired by sanding the crater and reapplying more of the intermediate coat or, if they are large, by using an epoxy crack filler. Let it dry before proceeding. See our problem solver guide for tips. If the floor has visible debris, it’s best to sand the entire surface using a mechanical floor machine with an 80 grit sanding screen and a HEPA Vac to remove dust.Two important things to avoid:Never flip a mixing pail over on the floor to drain. This could result in sticky (uncured)spots on the floor.Never brush or roll off the inside walls of the pail. This could result in sticky (uncured)spots on the floor.Applying Metallic Mid-Coat:Wear protective gloves and eyewear. Read the Safety Data Sheet before using. Use of an approved N95 dust mask or Paint Respirator is recommended.This Metallic mid-coat will be applied at a rate of 20 mils or 80 square feet to the gallon. This is required to achieve the dramatic effects desired in using a metallic system.Open the RokRez Pro (Clear) kit and remove the activator can. You will need another clean empty 5 gallon pail for this step. Pour the activator slowly into the empty 5 gallon pail. Slowly mix the desired amount of Metallic powder into the activator. If mixing a 3 gallon quantity you will need a complete jar of Metallic Additive by Simiron. Some colors may require additional pigment. Test prior to using. Slowly mix until all of the metallic powder is completely dissolved into the activator. An “egg whisk” may be helpful to dissolve the pigment. Once this is complete, remove the plastic bladder from the RokRez Pro Pail and slowly pour the activator/ metallic mixture into the Clear RokRez Pro Base. RokRez Pro is always a two parts base to one part activator mix. The Metallic Additive powder is additional and does not replace the amount of activator needed.Mix with a “jiffy” type mixing blade using an electric drill at medium speed for 3 minutes. Do not use a “mud” drywall mixer. For best results use a corded electric drill for mixing. Always use a clean mixing blade. Using a dirty mixer may cause sharp spots on the mixing blade to scrape the pail causing plastic shavings to contaminate the mixture.After 3 minutes mixing, pour the coating directly onto the floor in a ribbon shape. Pour until it onto the floor and never flip the bucket upside down on the floor. Excessive draining, scraping or flipping will result in “sticky” spots on the floor that will not cure. Spread the product evenly using a 3/16” notched epoxy floor squeegee or a new 3/8” woven, non-shedding roller with Wooster mil gauge end caps.Once the entire surface is covered, use a 9”, woven shed-resistant, 3/8” nap roller cover on a standard roller frame to back roll in the opposite direction. Use the roller to back roll the entire area in one direction. Once complete (while wearing your epoxy spiked shoes) use the roller to create an irregular swirl pattern to “mess up” the look. It’s hard to make a mistake here. Just swirl it around and move on. Remember, whatever you see in this part will change when the product levels out. Let the surface dry 24 hours prior to light foot traffic. It’s always a good idea to tape off the area just in case someone forgets or doesn't know you have a floor in process.Performance Clear Coat:Prior to application of a top coat, it is best to do a light sanding of the previous epoxy coat to remove any imperfections. This can be done by using an 80 grit sanding screen on a floor machine. The surface must be dust free before proceeding to the clear coat.The Simiron 971 EPS Gloss is a great top coat choice. It’s extremely UV stable, abrasion resistant & has the best clarity on metallic finishes. On their own, epoxies tend to yellow or amber when exposed to sunlight and scratch very easily. By adding a topcoat of 971 EPS, you’ll take care of both issues in one thin coat. The 971 EPS has a 2:1 (base to activator) mix ratio and is applied at 4 mils or 400 square feet per gallon. It is best applied by using a straight epoxy floor squeegee and then back rolled in the opposite direction using a non-shedding 3/8” woven, lint-free, roller cover. It is helpful to have a person help by watching your application toensure no spots were missed. Clear coats like the 971 EPS can be tricky to apply and will require practice before taking on any project.This step needs to be done 24 hours after the last epoxy coat was applied. If you exceed this time frame, the epoxy will need to be sanded using an 80 grit sanding screen on a floor machine with a HEPA vac before applying 971 EPS.Non-Skid Additive:If a slip-resistant surface is desired, an slip-resistant material can be mixed into the topcoat or glass bead can be broadcast onto the topcoat and back rolled. Consult your dealer for a recommendation.Remember to consult your distributor. Always do a test project before taking on a large project or ask your dealer for a referral to a contractor in your area with experience. Your Dealer is a valuable resource and is always able to help with your project questions.。
小巧不可小瞧Pico便携虚拟示波器操作演示
小巧不可小瞧Pico便携虚拟示波器操作演示•产品概述与特点•硬件组成与连接•软件安装与操作指南目录•示波器功能演示•实际应用案例展示•总结回顾与未来展望01产品概述与特点该示波器采用先进的虚拟仪器技术，通过计算机接口与上位机软件实现信号采集、处理和分析等功能。
Pico便携虚拟示波器具有体积小、重量轻、易于携带等特点，适用于现场测量、实验室研究、教育教学等多种场景。
Pico便携虚拟示波器是一款高精度、高便携性的测量设备，旨在为用户提供快速、准确的电子信号分析。
Pico便携虚拟示波器简介主要功能及性能参数主要功能实时波形显示、信号参数测量、数据存储与回放、自动测量与统计等。
性能参数高带宽、高分辨率、低噪声、高精度等，确保信号的准确捕获与分析。
独特设计与优势分析独特设计采用模块化设计，支持多种扩展模块，可根据用户需求进行功能定制和扩展。
优势分析高集成度、低功耗、强抗干扰能力，确保在各种环境下都能获得稳定的测量结果。
适用范围及市场需求适用范围电子工程、通信工程、自动化控制、航空航天等领域中的信号测量与分析。
市场需求随着电子技术的不断发展，对高精度、高便携性示波器的需求不断增加。
Pico 便携虚拟示波器凭借其卓越的性能和便捷的操作，满足了市场日益增长的需求，成为电子工程师和科研人员的理想选择。
02硬件组成与连接Pico示波器主机探头电源适配器USB数据线主要硬件部件介绍小巧轻便，高性能的示波器主机，用于接收和处理信号。
为Pico示波器提供稳定的电源供应。
用于连接被测电路和示波器，将电路中的信号传输到示波器中进行显示和分析。
用于连接Pico示波器与电脑或其他设备，实现数据传输和远程控制。
将探头插头插入Pico 示波器主机上的对应接口，确保连接稳固。
探头连接电源连接USB 连接将电源适配器插头插入Pico 示波器主机的电源接口，另一端接入电源插座。
使用USB 数据线将Pico 示波器与电脑连接，确保数据传输畅通。
PicoScope 3000系列PC波形仪概述说明书
DO095-4 15.11.05 PicoScope 3000 Series overviewThe PicoScope 3000 Series PC Oscilloscopes all feature a high-speed USB 2.0 interface, together with fast sampling rates, high bandwidths and large buffermemories. PicoScope oscilloscopes simply connect to the USB port on any standard Windows-based PC.PicoScope oscilloscopes are supplied with the PicoScope and PicoLog software and software drivers, which are described below.PicoScope softwareThe PicoScope software turns your PC into an oscilloscope (with XY mode), spectrum analyser and multimeter. • 20 automatic measurements, including min, max, frequency, standard deviation,pass/fail limits, X and Y cursors. • Auto setup button. • Signal generator setup (for 3204/5/6 only). • Multiple display modes inc. Digital Colour, average, analog persistence and more. • Save data as text file, BMP or JPG.PicoLog softwarePicoLog is a powerful and flexible data acquisition program for collecting, analysing and displaying data over long or short periods of time. You can view data both during and after data collection in spreadsheet or graphical format. You can also export the data to other applications such as Excel.Software driversIf you wish to write your own software or use our products with third-party software, we provide a range of software drivers and examples free of charge. These include drivers for Windows 98SE, ME, 2000 and XP; programming examples for C, Delphi and Visual Basic; and support for third-party packages including LabVIEW, Agilent VEE and Excel.For more informationYou can find the latest detailed instructions for installing and using the PicoScope3000 Series PC Oscilloscopes and PicoScope and PicoLog software on our web site at:/download.html .You can also find copies of the manuals on your Pico Software CD – click the “User Manuals” button, then select “PicoScope 3000” for the oscilloscope manual or “PicoScope” or “PicoLog” for the software manuals.For further assistance, you can contact our technical support team at the address below.Pico Technology Ltd The Mill House Cambridge Street St. NeotsCambridgeshire PE19 1QBUnited KingdomTel: +44 (0) 1480 396 395 Fax: +44 (0) 1480 396 296 Email: *****************Web: DO095-4PicoScope ®3000 SeriesPC OscilloscopesQuick Start GuideDO095-4Included with your PicoScopePlease check that your PicoScope 3000 Series PC Oscilloscope package contains the following items: • 1 PicoScope 3000 Series PC Oscilloscope • 1 USB cable • 1 Pico Software CD • 1 Power adapter(3204/5/6 oscilloscopes only; UK, EU or US model selected at time of ordering) • 1 Quick start guideSystem requirementsPlease verify that your computer meets the following requirements. • Pentium or equivalent PC with at least 32 MB RAM, 10 MB disk space • Microsoft Windows 98SE, ME, 2000, XP or later. • USB 1.1 compliant port minimum. USB 2.0 compliant port recommended. FreeUSB port on PC or powered USB hub. Will not work on a passive hub.Installing PicoScope1) Do not connect the oscilloscope to the PC yet!2) Insert the Pico Software CD. The Pico installation application should automaticallystart.3) Follow the links to install the software.4) Follow the instructions on the screen to install PicoScope. 5) Restart the PC.6) Connect the PicoScope 3000 Series PC Oscilloscope to the PC (see ConnectionDrawing). Ignore any warnings that appear such as “This device can perform faster” or “USB2 device connected to USB1 hub”.7) The “New Hardware Found Wizard” will run. Follow the instructions, and if thewizard asks to connect to Windows Update, select “No”. If a warning about Windows Logo testing appears, click “Continue Anyway”.8) With some products, the “New Hardware Found Wizard” will run again. If so,repeat the previous step.9) Click the Windows Start button, go to “Programs” and then “Pico Technology”,then select “PicoScope” to begin using the PicoScope 3000.10) If you have an oscilloscope probe connected to the oscilloscope, you should see asmall 50 Hz or 60 Hz mains signal in the oscilloscope window when you touch the probe tip with your finger.Key:1) PicoScope 3000 SeriesPC Oscilloscope2) PicoScope’s USB port 3) USB cable 4) PC5)PC’s USB portDO095-4Connector diagrams3204/5/632243424Key:1) USB port.2) LED. Indicates that theoscilloscope is sampling data. 3) 12 V DC 500 mA power input. A-D) Input channels A to D. E) External trigger input / signalgenerator output.Powering the PicoScope 3204/5/6 PC OscilloscopesThe PicoScope 3204/5/6 PC Oscilloscopes are normally powered from the USB port of the computer. However, in some circumstances, a "ground loop" may be created that degrades DC accuracy and noise performance when measuring small signals. This problem can be solved by using the mains adaptor supplied with every oscilloscope. For more details, please see the online manual supplied on your software CD.PicoScope 3000 series specificationsPicoScope 32043205 3206 32243424 Channels 2 + Ext trigger 24Sampling rate 1 Repetitive signalsSingle shot 2.5 GS/s 50 MS/s 5 GS/s 100 MS/s 10 GS/s 200 MS/s20 MS/s 20 MS/s Bandwidth 50 MHz 100 MHz 200 MHz 10 MHz Buffer size (samples)1 256 K512 K1 M512 KResolution 8 bits 12 bits Voltage accuracy ±3% ±1% Timebase accuracy50 ppm 100 ppmScope timebases5 ns to 50 s/div 2 ns to 50 s/div 1 ns to 20 s/div 500 ns to20 s/div Spectrum rangesDC to 25 MHz DC to 50 MHz DC to 100 MHz DC to10 MHzSignal generator Fixed 2 Variable 3None Trigger modes Free Run, Auto, Repeat, Single, Save To Disk On Trigger Pre/post trigger -100% to +100% Voltage ranges ±100 mV to ±20 V ±20 mV to ±20 V Input impedance 1 MΩ PC connection USB 2.0 (and compatible with USB 1.1)Power supply Either from USB port or powersupplyUSB port1Sampling rate and buffer size are reduced when more than one channel is in use. 21 kHz square wave. 3Fixed amplitude, variable frequency sine/square/triangle wave with single/dual slope sweep options. Maximum frequency 1 MHz.。
高功率MPCVD谐振腔体的优化设计和数值模拟
高功率MPCVD谐振腔体的优化设计和数值模拟目录一、内容简述 (2)1. 研究背景和意义 (3)2. 国内外研究现状及发展趋势 (4)3. 研究目的和内容 (5)二、MPCVD谐振腔体的基本理论 (6)1. MPCVD原理简介 (7)2. 谐振腔体的基本概念 (9)3. 谐振腔体的工作模式 (10)三、高功率MPCVD谐振腔体的优化设计 (11)1. 总体设计思路 (12)2. 谐振腔体的结构优化设计 (13)3. 谐振腔体的性能参数优化 (15)四、数值模拟方法及工具 (16)1. 数值模拟方法介绍 (17)2. 仿真软件的选择与使用 (18)3. 仿真模型的建立 (19)五、高功率MPCVD谐振腔体的数值模拟分析 (20)1. 仿真结果分析 (22)2. 实验验证与结果对比 (23)3. 结果讨论与优化建议 (23)六、实验验证及结果分析 (25)1. 实验系统搭建 (26)2. 实验过程及结果记录 (27)3. 结果分析与讨论 (28)七、结论与展望 (29)1. 研究结论 (31)2. 研究创新点 (31)3. 后续研究方向及建议 (32)一、内容简述高功率MPCVD技术作为一种先进的材料制备技术，在现代工业生产中得到了广泛应用。
而谐振腔体作为MPCVD系统的核心部件之一，其性能对沉积过程及最终产品质量具有重要影响。
对高功率MPCVD谐振腔体的优化设计及其数值模拟研究具有重要的现实意义。
高功率MPCVD技术概述：介绍MPCVD的基本原理、应用领域以及技术特点等。
谐振腔体的作用及设计要求：阐述谐振腔体在MPCVD系统中的作用，包括等离子体产生、能量传输以及反应区域控制等，同时提出优化设计的要求和标准。
谐振腔体的优化设计：详细介绍谐振腔体的结构设计、材料选择、热管理等方面的优化措施，以提高其性能和使用寿命。
数值模拟方法与技术：阐述在谐振腔体优化设计中所采用的数值模拟方法，包括电磁场模拟等离子体模拟以及化学反应动力学模拟等，并介绍相关软件工具。
ZEISS OPMI pico产品规格说明书
ZEISS OPMI pico Product specificationsLast updated: 2020-05S 100 / O P M I p i c oE N _30_010_0139V S U R 5129 R e v E P r i n t e d i n G e r m a n y . C Z -V /2020 I n t e r n a t i o n a l e d i t i o n : O n l y f o r s a l e i n s e l e c t e d c o u n t r i e s .T h e c o n t e n t s o f t h e b r o c h u r e m a y d i f f e r f r o m t h e c u r r e n t s t a t u s o f a p p r o v a l o f t h e p r o d u c t o r s e r v i c e o f f e r i n g i n y o u r c o u n t r y . P l e a s e c o n t a c t o u r r e g i o n a l r e p r e s e n t a t i v e s f o r m o r e i n f o r m a t i o n . S u b j e c t t o c h a n g e s i n d e s i g n a n d s c o p e o f d e l i v e r y a n d d u e t o o n g o i n g t e c h n i c a l d e v e l o p m e n t . O P M I a n d V a r i o s k o p a r e e i t h e r t r a d e m a r k s o r r e g i s t e r e d t r a d e m a r k s o f C a r l Z e i s s M e d i t e c A G o r o t h e r c o m p a n i e s o f t h e Z E I S S G r o u p i n G e r m a n y a n d / o r o t h e r c o u n t r i e s .© C a r l Z e i s s M e d i t e c A G , 2020. A l l r i g h t s r e s e r v e d .Carl Zeiss Meditec AG Goeschwitzer Strasse 51–5207745 Jena Germany/gyn/med/contactsS100 / OPMI picoProduct specificationsOPMI ® pico from ZEISS is a compact, high-performance, easy-to-use surgical microscope:• High-intensity fiber optic illumination • Ergonomic arrangement of all controls • Objective lens with fine focusing • 5-step magnification changer • Widefield optics• Very mobile floor stand with four easy-to-move, lockable casters • Suitable for SAD (Sexual Assault Documentation)ZEISS OPMI pico is available in various configurations:• Straight or inclined binocular tube for excellent ergonomics• You can choose between three integrated HD video camera versions:HD-ready 720p, Full HD 1080p or live & streaming (Full HD 1080p) with recording license.Technical dataS100 / OPMI pico from ZEISSMagnification Manual magnification changer with five settings Eyepieces12.5x widefield eyepieces without reticle with reticle 10x widefield eyepieceswithout reticle with reticleViewing tubeStraight binocular tube, f=170 mm or 45° inclined binocular tube or 180° swiveling binocular tubeObjective lens300 mm, focusable or 250 mm, focusable orVarioskop ® 100, focusable working distance 200 – 300 mm Illumination Halogen or LED Red-free filterSwing-inIntegrated HD video camera (option)HD-ready 720p or Full HD 1080p orLive & streaming (Full HD 1080p) with recording license S100 suspension mountFloor stand or Wall mount or Ceiling mount。
PicoScope 2205A用户手册说明书
Software compatible with Windows XP, Windows Vista, Windows 7 and Windows 8Free technical support • Free updatesGetting started with your PicoScopeSignal generatorAuto setup Input range Triggering TimebaseStarting and stopping Waveform bufferingZooming6 Software®Setting up a test signalThe PicoScope 2205A has a built-in signal generator and arbitrary waveform generator. You can use this to test your scope and to familiarize yourself with the software. If your scope doesn’t have a signal generator, any signal source will do: an audio output from your MP3 player, phone or PC is suitable.•Attach one of the oscilloscope probes, supplied with your scope, to the connector marked A on the front of the scope. This connector is the channel A input.•Remove the probe hook, if one is fitted, by pulling it away from the probe.•Insert the probe tip into the centre of the connector marked AWG on the oscilloscope. This connector is the signal generator and arbitrary waveform generator output.Support the probe so that there is no bending force on the probe tip.Alternatively, you can use a BNC-to-BNC cable - this will give you better signal quality than a scope probe.•Click the signal generator button in PicoScope:•In the dialog (control box) that opens, click Signal On :You should now see a waveform on the PicoScope display:At this stage the position of the waveform is unstable because there isno trigger. We shall correct this later.IntroductionPicoScope 6 is the oscilloscope software supplied with all PicoScope ® oscilloscopes. All the advertised features are included in the purchase price of your oscilloscope, so there are no expensive add-on software modules to buy later.What devices can I use?You can use PicoScope 6 with the following devices:•PicoScope 2000 Series oscilloscopes •PicoScope 3000 Series oscilloscopes •PicoScope 4000 Series oscilloscopes •PicoScope 5000 Series oscilloscopes •PicoScope 6000 Series oscilloscopes •PicoLog 1000 Series data loggers •DrDAQ educational data loggerFor the PicoScope 9000 Series, separate documentation is available on our website.For data loggers not mentioned above, see the documentation for the PicoLog ® software.Getting startedYour PicoScope or PicoLog device is supplied with all the accessories you need to get started: software CD, USB cable and, if required, AC adaptor. •Load the CD into your computer and allow theinstallation program to start. If you don’t have a CD or a CD drive,download the software (it’s free) from our website.•Choose ‘Install’ and install the PicoScope software. (You can use PicoScope with the above-mentioned data loggers as well as with our PicoScope oscilloscopes.) A PicoScope icon will appear on your Windows desktop.•If your device requires a separate power supply, plug it in now.•When the installation is finished, plug your device into thecomputer using the USB cable supplied. Windows will indicate that the device is being installed, and then tell you when it is ready.•Start the PicoScope software by clicking the icon on your Windows desktop:Using PicoScope for the first timeYou are now ready to begin using PicoScope. This guide will use the PicoScope 2205A ultra-compact oscilloscope as an example, but all the procedures described here are equally applicable to other PicoScope devices.Your first view of PicoScope will look like this:TimebaseThe timebase controls how much time is represented across the width of the display. The higher the signal frequency, the shorter the timebase you need.Before experimenting with the timebase, switch the trigger type back to Auto .•Auto Setup chose a timebase of 500 µs/div (500 microseconds per division) in order to show about five cycles of the input waveform.There are 10 divisions, so this represents 10 x 500 µs = 5 ms in total across the display.•Change the Collection Time setting on the top toolbar to 1 ms/div:The time across the width of the display is now 10 x 1 ms = 10 ms,allowing 10 cycles to fit on the screen:Starting and stoppingThe Start/Stop button tells the scope when to capture data. If the waveform doesn’t update when you expect it to, check that the button is in the Running state as shown here:•Click the button to switch between Running and Stopped modes.•Pressing the space bar on the keyboard has the same effect.Running Stopped Auto setupBefore introducing some of the detailed adjustments that are possible, we will try out the Auto Setup feature. In most cases this displays a waveform on the screen that can be improved with further adjustments.•Click the Auto Setupbutton:PicoScope tries a number of possible settings until a waveform is displayed:Input range Auto Setup sets the Input Range control for channel A to Auto . This continually monitors the input signal and adjusts itself to use as much of the input range as possible. If you prefer a fixed input range, you can select one using the Input Range control.•Try setting the range to ±2 V:TriggeringBy default, the trigger mode is None . This guarantees that the scope will display the input signal but does not define the horizontal position of the waveform. Triggering can be used to fix the waveform in position on the screen.•Click the Trigger control in the toolbar at the bottom of the PicoScope window. This reveals a drop-down list of trigger modes.•Choose Auto:With the Auto trigger mode, PicoScope updates the display only when it detects a stable waveform. The display should now look like this:•Experiment with the other trigger modes.rangeriment with the other trigger modes.Draw a box aroundthe region of interest:PicoScope enlargesthe selected regionto fill the display:This waveformcontains a small glitchthat we wish to seemagnified:Waveform bufferWhen capturing waveforms continually in trigger modes other thanSingle, PicoScope stores the 32 most recent waveforms in a buffer. (Thisnumber can be changed in the Preferences menu.)•To recall these waveforms, use the Previous and Next buttons on thetop toolbar:Next to these buttons is the Buffer Overview button:Click this button to open the Buffer Overview, which allows you to scanthrough the stored waveforms:•Click one of the waveforms in the overview, and PicoScope willdisplay it in the main view:ZoomingYou can magnify (or zoom) any part of the displayed waveform withoutchanging the oscilloscope settings. This is controlled by a zoomingtoolbar that looks like this:To zoom in on an arbitrary region of the waveform, click the WindowedZoom button:on an arbitrar。
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在多达三轴内具有高动态和高分辨率
两种变体中的PicoCube 控制器
E-536PicoCube 控制器具有三个超低噪声放大器通道，用于高压切变促动器。
控制器特别设计用于满足超快速和高分辨率PicoCubeXY(Z)压电陶瓷扫描器的要求。
E-536提供两种变体，用于-250至+250伏的电压范围，允许在静态和动态应用中使用。
E-536.3x 具有最优性能，适用于特别动态的应用，可在仅10千赫兹的小信号带宽内输出200毫安的峰值电流。
E-536.3xH 型号变体的分辨率已经过优化，在高达50瓦的峰值功率时可实现PicoCube 低于0.03纳米的位置分辨率。
两种变体均可用于闭环和开环操作。
高动态和最高分辨率
开环操作特别适用于响应时间短、分辨率特别高的应用。
绝对值形式的位置反馈规格要么不重要，要么是通过外部传感器实现，如同原子力显微镜中的情况。
P-363PicoCube 可实现0.05纳米或更佳的分辨率。
电容式传感器带来更高精度
E-536.3C 版本具有集成式传感器/伺服控制器，用于闭环操作。
位置是通过配备电容式传感器的PicoCube 纳米定位系统等来实现的，传感器可达到0.1纳米的分辨率。
计算机控制
供选配的E-518接口模块可通过数字PC 接口实现控制和位置控制。
E-536
PicoCube 压电陶瓷控制器
▪ 用于P-363PicoCube 系统 ▪ 峰值功率3×100瓦 ▪ 噪声特别小
▪ 变体：高动态和高分辨率 ▪ 输出电压±250伏
应用领域
▪扫描探针显微镜
▪原子力显微镜
▪扫描和筛选
规格
*仅带电容传感器的E-536.3Cx
**通信接口：RS-232、TCP/IP和USB（可选配E-518计算机接口模块）询问定制版本。
图纸/图片
E-536.3x：各种压电负载的操作限制，电容值的单位为微法
E-536.3xH：各种压电负载的操作限制，电容值的单位为微法
由超高分辨率外部电容式传感器测量的位置显示带E-536.3x的P-363的分辨率低于0.05纳米（开环）
订购信息
E-536.3C
PicoCube 压电式控制器，3个通道，电容传感器，
E-536.30
PicoCube 压电式控制器，3个通道，开环
E-536.3CH
PicoCube 压电式控制器，3个通道，高分辨率，电容传感器
E-536.30H
PicoCube 压电式控制器，3个通道，高分辨率，开环。