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d365文档

d3651. Introductiond365 is a powerful software solution developed by Microsoft that offers comprehensive enterprise resource planning (ERP) and customer relationship management (CRM) capabilities. It helps businesses streamline their operations, manage finances, automate processes, and enhance customer engagement. This document provides an overview of d365 and its key features.2. Features2.1 ERP Capabilitiesd365 offers a wide range of ERP capabilities that help businesses effectively manage their financial transactions, supply chain, inventory, manufacturing processes, and more. Some key features of d365’s ERP capabilities include:•Financial Management: d365 provides a robust financial management module that enables businesses to efficiently handle their accounting, budgeting, cash flowmanagement, and financial reporting processes. It helpsbusinesses gain real-time insights into their financialperformance and make informed decisions.•Supply Chain Management: With d365, businesses can optimize their supply chain processes by efficientlymanaging procurement, inventory, demand forecasting,and logistics. It helps businesses improve order fulfillment, reduce inventory costs, and enhance overall supply chain visibility.•Manufacturing: d365’s manufacturing module helps businesses optimize their production processes,manage bills of materials, schedule production orders,track work in progress, and ensure timely delivery ofproducts. It supports discrete, process, and leanmanufacturing methods.2.2 CRM CapabilitiesIn addition to its strong ERP capabilities, d365 offers advanced CRM features that enable businesses to effectively manage their customer relationships, sales pipelines, marketing campaigns, and service activities. Some key features of d365’s CRM capabilities include:•Sales Automation: d365’s sales automation module helps businesses track leads, manage opportunities,automate sales processes, and forecast revenue. It provides sales representatives with a holistic view of theircustomers, enabling them to nurture relationships andclose deals more effectively.•Marketing Automation: d365 enables businesses to automate their marketing campaigns, segment customer data, track campaign performance, and generate actionable insights. It helps businesses target the right audience,personalize marketing messages, and improve overallmarketing effectiveness.•Service Management: d365’s service management module allows businesses to effectively capture, manage, and resolve customer service requests. It provides a centralized platform for managing service tickets, tracking service performance, and ensuring timely resolution of customer issues.3. Benefitsd365 offers several benefits to businesses, including:•Improved Efficiency: By automating various business processes, d365 helps businesses streamline operations and improve efficiency. It eliminates manual tasks, reduces errors, and accelerates decision-making.•Enhanced Collaboration: d365 provides a unified platform that enables seamless collaboration among different departments within an organization. It promotes knowledge sharing, improves communication, and facilitates cross-functional teamwork.•Better Customer Insights: With its integrated CRM capabilities, d365 allows businesses to gain deeper insights into customer behavior, preferences, and needs. This helps businesses tailor their offerings, provide personalized experiences, and build stronger customer relationships.•Scalability: d365 is highly scalable and can easily adapt to the changing needs of businesses. Whether a business is experiencing rapid growth or expanding into new markets, d365 can support its evolving requirements.4. Conclusiond365 is a comprehensive ERP and CRM solution that offers powerful capabilities for managing various aspects of a business. From financial management to supply chain optimization, from sales automation to service management, d365 provides businesses with the tools they need to succeed in today’s competitive landscape. With its numerous benefits, d365 is an ideal choice for businesses looking to streamline their operations, improve customer engagement, and drive business growth.。

2835UVA365L-003 Datasheet说明书

深圳市拓展光电有限公司SHENZHEN DEVELOPMENT PHOTOELECTRIC CO., LTDSPECIFICATION Model: 2835UVA365L-003 Date: 2020/12/19NO:SZTZ-DS-UVA-004Par NO: F.28.00001承制方确认制作审核业务品质接受方确认工程制定工程审核采购品质版本修订日期文件修订内容备注A02020/12/19首次发行魏峰制作胡满意日期2020年12月19日核准魏峰日期2020年12月19日版本号A0受控日期2020年12月19日2835UVA365L-003DatasheetThe 2835LED light source is a high-performance energy-saving device that can handle high heat and high drive current.Small size,high strength,is the ideal choice of LED nail lamp,LED mosquito lamp,LED lamp,curing,etc.此款2835LED 光源是一种高性能节能器件，可以处理高热量和高驱动电流。

体积小、强度高，是LED 指甲灯、LED 蚊香灯、LED 灯、固化灯等的理想选择。

The Purple LED light source with peak wavelength ranging from 365nm to385nm.紫外LED 光源峰值波长为365nm ~385nm 。

This part has a foot print that is compatible to most of the same size LED in the market today.此器件的焊盘兼容当今市场上大部分相同大小的LED 。

FEATURES/特点◼Available in 365-375nm,and 375-385nm color有365-375nm 和375-385nm 两种颜色可供选择◼High luminous Intensity and high efficiency发光强度高，效率高◼Compatible with reflow soldering process兼容回流焊工艺◼Low thermal resistance/热阻低◼Long operation life/寿命长◼Wide viewing angle at 120°120°大发光角度◼Silicone encapsulation/硅胶封装◼Environmental friendly, RoHS compliance材质环保，符合RoHS 要求APPLICATIONS/应用◼Nail lamp/指甲灯◼Curing light/光固化◼Mosquito lamp/诱蚊灯◼LED bulb/LED 灯泡◼money detector/验钞◼The sterilization lamp/杀菌灯◼The stage lights/舞台灯光◼Clothing lights/服装灯光◼The scorpion lamp/蝎子灯Note: The information in this document is subject to change without notice.注：本文件中的信息如有变更，恕不另行通知。

TMP365 AIRGUN BB手枪操作手册：使用与安全指南说明书

P365 AIRGUN BB Pistol OPERATOR’S MANUAL: HANDLING & SAFETY INSTRUCTIONSREAD THE INSTRUCTIONS AND WARNINGS IN THIS MANUAL CAREFULLYBEFORE USING THIS AIRGUN.DO NOT DISCARD THIS MANUAL.®®1.0 SAFETY WARNINGSREAD THIS OWNER’S MANUAL COMPLETELY. DO NOT BRANDISH OR DISPLAY THIS AIRGUN IN PUBLIC. IT MAY BE CONFUSING TO PEOPLE AND MAY BE A CRIME. POLICE AND OTHERS MAY THINK THIS AIRGUN IS A FIREARM. DO NOT USE OR CARRY THE AIRGUN IN SITUATIONS WHERE IT COULD BE MISTAKEN FOR A FIREARM.THIS AIRGUN IS NOT A TOY. TREAT IT WITH THE SAME RESPECT YOU WOULD A FIREARM. ALWAYS CAREFULLY FOLLOW THE SAFETY DIRECTIONS FOUND IN THIS OWNER’S MANUAL AND KEEP THIS MANUAL IN A SAFE PLACE FOR FUTURE USE. MISUSE OR CARELESS USE MAY CAUSE SERIOUS INJURY, ESPECIALLY TO THE EYE. THE USE OF THIS AIRGUN IS NOT RECOMMENDED FOR PERSONS UNDER 18 YEARS OF AGE. MAY BE DANGEROUS UP TO 275YARDS (250 METERS). BASIC RULES OF SAFE AIRGUN HANDLINGALWAYS treat every Airgun as if it were loaded.ALWAYS points Airgun gun in a safe direction.ALWAYS be sure of your backstop, what lies beyond, and the safety of bystanders before you shoot.DO NOT brandish, tamper with, or attempt to alter Airgun in any way. Actions may result in injury, especially to the eye.ALWAYS be sure of your backstop, what lies beyond, and the safety of bystanders before you shoot.ALWAYS use clean, dry, original factory-made ammunition of the proper type and caliber for your Airgun.ALWAYS wear ear protection and safety glasses when shooting.ALWAYS carry your Airgun so that you can control the direction of the muzzle if you fall or stumble.NEVER shoot at a flat surface or water.DO NOT leave an unattended Airgun loaded. Airguns and ammunition should be stored separately, locked if possible, beyond the reach of children,careless adults, and unauthorized users.NEVER allow your Airgun to be used by anyone who has not read and understood this operator’s manual.DO NOT point any Airgun, loaded or unloaded, at any undesired target. NEVER discharge your Airgun near an animal unless it is trained to accept the noise: an animal’s startled reaction could injure it or cause an accident. ALWAYS be sure that the barrel is clear of any obstruction.NEVER drink alcoholic beverages or take drugs before or during shooting, as your vision and judgment could be seriously impaired, making yourAirgun handling unsafe.21.1 EYE PROTECTIONAlways wear safety glasses that meet therequirements of American National StandardsInstitute (ANSI) z87.1 and ear plugs whenever you areshooting. Always make certain that persons close toyou are similarly protected. If you wear prescription orreading glasses that do not meet this ANSI rating, besure to wear safety glasses over your correctiveglasses.1.2 PROP 65 WARNINGThis product can expose you to chemicals includinglead, which is known to the state of California tocause cancer and birth defects or other reproductiveharm. For more information go toTABLE OF CONTENTS1.0 SAFETY WARNINGS (2)1.1 EYE AND EAR PROTECTION (3)1.2 PROP 65 (3)2.0 PRODUCT DESCRIPTION (4)3.0 SAFETY (5)4.0 MAGAZINE (5)4.1 INSTALLING AMMUNITION (6)4.2INSTALLING CO2 (6)4.2 INSTALLING MAGAZINE (6)5.0 FIRING/AIMING THE PISTOL (8)6.0 SAFE CO2 HANDLING (8)7.0 MAINTENANCE (9)8.0 STORAGE and TRANSPORTATION (9)9.0 REPAIR/SHIPPING SERVICE (9)10.0 WARRANTY. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1032.0 Description of AIRGUN1234978510 1. FRONT SIGHT2. SLIDE3. REAR SIGHT4. SAFETY LEVER5. SLIDE CATCH LEVER6. MAGAZINE7. MAGAZINE RELEASE BUTTON8. TRIGGER9. TAKEDOWN LEVER10. PROPRIATARY RAIL 643.0 SafetyMANUAL SAFETY OFF: Red Dot Showing MANUAL SAFETY ON: S SYMBOL Showing4.0 MagazinePress the magazine release button.Grip the base of the magazine and guide out.51. Pull down on the magazine follower. See callout A2. Push the follower into the side notch holder as highlighted by white boxin callout B. It is recommended that follower is held into notch whileloading as the follower may slip from notch, causing unintentional force of spring to eject loaded ammunition before finished loading.3. With thumb, hold tab at loading port down and load ammunition bymanually inserting each steel 4.5mm BB into loading port shown incallout C. Once full, carefully release follower from notch and slowlyreturn to postion.4.2 Installing Magazine with C021. Using 1/4" allen wrench provided -unscrew the base cap of the magazineby turning counterclockwise.2. Fully remove the base cap from magazine. Insert C02 neck first up intobase of magazine as shown below.3. Re-apply base cap and gently start to turn clockwise with 1/4" allenwrench provided. Once cap is correctly seated in thread path, tightenuntil cap becomes snug then rotate one quarter turn more. C02 cylinder will pierce during tightening- hissing noise may occur and is normal but will cease once cap is fully tightened.4. Insert a loaded magazine by pushing it up into magazine well until itlocks in place. You should hear an audible click.6ACB4.175.0 Aiming/Firing at a Safe TargetWARNING:Backstops should be inspected for wear before and after each use. Discontinue use if the backstop surface shows signs of failure. Since backstop surfaces eventually fail, always place the backstop in a location that will be safe should the backstop fail. Discontinue the use of the backstop if the projectile rebounds orricochets.FOR USE WITH 4.5MM BB’s. USE OF ANY OTHER AMMUNITION MAY RESULT IN INJURY TO YOU, OR DAMAGE TO THE AIRSOFT. DO NOT REUSE AMMUNITION.To be a consistent marksman, use the correct sight picture each time you fire the pistol.FOR BEST RESULTS – USE 4.5mm Steel BBsFOR BEST RESULTS – USE A 6 O’CLOCK HOLD1. Aim the pistol at a safe target and disengage manualsafety if so equipped.2. Place finger on the trigger and press trigger to fire.3. Keep pistol aimed at the target and continue to fire asdesired or until the magazine is empty.6.0 SAFE USE AND HANDLING OF CO2 CYLINDERSIt is possible that certain conditions may affect a CO2 cylinder, which can impact its proper performance. These conditions include the usage, maintenance and storage at temperatures that are higher or lower than (59°F/15°C to 90°F/32°C). Rapid firing of the CO2 Airgun can affect the performance of the CO2 cylinder as well.High temperatures can increase pressure in the CO2 cylinder and also within the Airgun, leading to higher than standard operating pressure. This excess pressure could cause the Airgun to malfunctionor be permanently damaged. Maximum storage or operation temperature should never exceed 122°F (50°C). This temperature can be reached if you leave the Airgun under direct sunlight on a bright day. Thus, to ensure proper Airgun operation, do not expose it or CO2 cylinders to high temperatures or direct sunlight for long periods of time. Otherwise, the CO2 cylinder could overheat and explode, which may damage the Airgun and cause injuries or death to people around it.Fast consecutive shooting may produce a decrease of temperature in the Airgun, as well as the CO2 cylinder. This could result in lower projectile velocities and may even lower gas pressure enough so that the Airgun will not fire. This condition can be especially apparent when shooting in cold weather and can be avoided by allowing more time between shots. This permits the gas to increase in temperature and pressure and produce normal velocities.During rapid fire, the muzzle velocity of each shot will diminish. This can affect shooting accuracy and you will get fewer shots per CO2 cylinder.Care should be exercised to ensure that the Airgun is not shot with a CO2 cylinder that is low in pressure. The following are indicators of insufficient pressure:A) The sound of the shot is not as loud as when the cylinder is full.8B) Reduced pellet velocity, which may be indicated by pellets hitting the target lower thanobserved with a full CO2 cylinder (That is the shooting speed has dropped).7.0 Maintenance• Always visually inspect Airgun before use. Function check all levers and buttons, such as magazine catch, safety levers, slide catch lever, etc., beforeuse of Airgun.• Be sure sights and/or optics are not loose. If secondary sights/optic are mounted, be sure to follow instructions provided with that product.• If airgun is dropped, visually check to see that it works properly before youuse it again. If any questionable changes, such as lowered trigger force and/or shortened trigger travel occur, this may indicate worn out or broken parts.Call SIG SAUER® customer service at (603) 610-3000 Ext. 1,for assistancebefore using your airgun again. Repairs should only be made by qualified personnel.8.0 Storage/Transportation• The only safe way to store your Airgun is unloaded, cleared, and secure.Safe and secure storage is one of your most important responsibilities.Store your unloaded Airgun separate from your ammunition and in places inaccessible to children and unauthorized persons.• When transporting your Airgun, be sure the Airgun is unloaded and cleared. It is your responsibility to familiarize yourself with the laws of any state you will be traveling through with your Airgun.• When storing always be aware of the Airgun and equipment associated with the product. Be aware of high and low temperatures (59°F/15°C to90°F/32°C). as parts/equipment such as high pressure gases, seals, etc. can be affected and/or damaged.9.0 Service/Shipping PolicyIf you have questions concerning the performance or servicing of your Airgun, please write or call:SIG SAUER, Inc.Attention: Customer Service18 Industrial Drive, Exeter, NH 03833Phone: (603) 610-3000 ext. 1Fax: (603) 766-7002IF YOU DO NOT UNDERSTAND THE INSTRUCTIONS FOR OPERATING YOUR Airgun, IT IS YOUR RESPONSIBILITY TO CALL OUR CUSTOMER SERVICE DEPARTMENT AT (603) 610-3000 EXT. 1 BEFORE USING YOUR Airgun.In the event that you need to return your Airgun to the SIG SAUER Service Department, here’s what to do:91. Contact Customer Service at (603) 610-3000 ext. 1 for a return merchandise authorization(RMA) number, which will allow SIG SAUER to track the status of your return from its receipt at SIG SAUER through its return to you. Please do not send your Airsoft until you obtain an RMAnumber.2. Make sure that the chamber and magazine(s) are unloaded and that no ammunition is includedwith your returned Airgun.3. Package the Airgun securely to prevent damage. Enclose a letter that includes your name, streetaddress, daytime phone number, model and serial number, and a detailed description of theproblem you have experienced or the work that you want performed.With the exception of extra magazines, do not include any other accessories such as scopes or mounts.4. SIG SAUER is not responsible for any Airgun until it is received, nor for damage incurred duringshipment.5. Ship your Airgun insured and prepaid (we do not accept collect shipments) to:SIG SAUER, Inc.Attention: Service Department18 Industrial Drive Exeter, NH 03833Don’t forget to write your RMA number on the package.A copy of this instruction manual should always accompany this Airgun and be transferred withit upon change of ownership.9.0 SIG SAUER® ONE (1) YEAR LIMITED WARRANTYApplies to U.S. Domestic Sales Only.For International Sales please contact your local dealer/distributor.SIG SAUER warrants that the enclosed AIRGUN pistol was originally manufactured free of defects in material, workmanship and mechanical function. For the period of one year, SIG SAUER agrees to correct any defect in the AIRGUN pistol for the original purchaser by repair, adjustment or replacement, at SIG SAUER’s option, with the same or comparable quality components (or by replacing the AIRGUN pistol at SIG SAUER’s option); provided, however, that the AIRGUN pistol is returned unloaded and freight prepaid to SIG SAUER at 18 Industrial Drive, Exeter, NH 03833. Proof of purchase will be required with any request for warranty repair. This one-year warranty is null and void if the AIRGUN pistol has been misused, damaged (by accident or otherwise fired with improper ammunition, fired with an obstruction in the barrel, damaged through failure to provide reasonable and necessary maintenance as described in the manual accompanying the AIRGUN pistol, or if unauthorized repairor any alteration, including of a cosmetic nature, has been performed on the AIRGUN pistol. Thisone-year warranty does not apply to normal wear and tear of any parts. Subject to the foregoing, this one-year warranty confers the right to have the covered AIRGUN pistol or its parts repaired, adjusted or replaced exclusively upon the original purchaser, which right is not transferable to any other person. This warranty does not apply to any accessory items. This warranty is only valid for AIRGUN pistols purchased in the United States. IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, TO THE EXTENT APPLICABLE, SHALL BE LIMITED IN DURATION TO THE APPLICABLE PERIOD OF WARRANTY SET FORTH ON THIS PAGE. THE PURCHASER’S ONLY REMEDIES IN CONNECTION OF THE BREACH OR PERFORMANCE OF ANY WARRANTY ON SIG SAUER ARE THOSE SET FORTH ON THIS PAGE. IN NO EVENT WILL SIG SAUER OR ANY COMPANY AFFILIATED WITH SIG SAUER BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES. Some states do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you. Some states do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation or exclusions may not apply to you. This warranty give specific legal rights, and you may also have the rights which vary from state to state.10SIG SAUER, Inc.72 Pease Boulevard, Newington, NH 03801 USAAll trademarks, service marks, trade names, trade dress, product names and logos appearing in this manual are the property of their respective owners. No trademark or service mark appearing in this manual may be used without written consent of the mark’s owner.©2018 SIG SAUER, Inc. All rights reserved. AN ISO 9001 REGISTERED COMPANY P/N 5700733-20-00 REV。

i95Dev Dynamics 365 Connect用户指南说明书

Table of Contentsi95Dev Dynamics 365 Connect User ManualTable of Contents1.Introduction (3)1.1.About this guide (3)1.2.Terminologies (3)2.Configuration and Setup (4)2.1.Enabling the Connector (4)2.2.Setting up the Connector (5)2.3.Setting up Connector notifications (5)2.4.Enabling Message Queue Report (6)2.5.Implementing Locale (6)3.Data synced between Magento and Dynamics 365 (7)4.Magento admin dashboard (7)4.1.Customer (7)4.1.1.Email Address (7)4.1.2.Customer grid and information screen (8)4.2.Order (9)4.2.1.Order workflow (9)4.2.2.Order grid and information screen (9)4.3.Product (10)4.3.1.Inventory & Tier Prices (10)4.3.2.Product grid and information screen (10)5.Message Queue Report in Magento (10)5.1.Sync status (11)5.2.Manual data sync (11)5.3.Clean up synced data (11)5.4.Viewing sync report and manually syncing data (11)1.Introductioni95Dev Dynamics 365 Connect is a secure, scalable and an efficient way of integrating your Magento e-commerce and Microsoft Dynamics 365 systems without impacting your existing workflow. i95Dev Dynamics 365 Connect is more than just information sync, it helps you increase sales, reduce costs, improve operational efficiency, and provide superior customer experience. Thus, enabling you to take your business to the next level.The bidirectional information sync results in consistent data across the systems, which helps reduce the manual administrative work, improves efficiency, streamlines order fulfilment, inventory, return & refund, and more.1.1.About this guideThe objective of this document is to help you understand i95Dev Dynamics 365 Connect features and its functionality. The document works on the premise that the reader is familiar with Magento and Dynamics 365 ERP systems.The manual is divided into the following parts:1 Introduction A note about this guide, and terminologies used.2 Configuration and setup Instructions to enable and configure i95Dev Dynamics 365 Connect.3 Information exchanged betweenMagento and Dynamics 365List of data synchronized between Magento and Dynamics 365.4 Magento admin dashboard Changes made in Magento admin screens to view Dynamics 365 information (like AX IDs, order status, etc.) associated with a record in Magento.5 i95Dev message queue report inMagentoAbout report functionality in Magento to view sync status, and more.1.2.Terminologies∙Customer - Customer details∙Address - Address details∙Product - Product details∙Order - Order details∙Invoice - Invoice details∙Shipment - Shipment details∙Connector– i95Dev Dynamics 365 Connect∙Magento admin - Magento’s admin panel or web store’s backend2.Configuration and SetupOnce i95Dev Dynamics 365 Connect is installed on your Magento system two tabs, i95Dev Connect Settings and i95Dev Message Queue Report are added to the store configurations screen. Here you can configure settings related to i95Dev Dynamics 365 Connect and Message Queue report.Note - This document is only for your reference. When Dynamics 365 Connect is installed, thei95Dev team takes care of installation and configuration of the Connector.i95Dev Connect settings tab is where you can manage all settings related to the connector and has the following four sections.∙i95Dev Extension∙i95Dev Connect Settings∙i95Dev Connect Notifications∙General Contact Infoi95Dev Message Queue Report tab is where you can manage all the settings related to the reporting functionality made available by Dynamics 365 Connect. The Message Queue report allows you toview the status of data syncing from Dynamics 365 to Magento, and it also allows you to manuallysync the data which did not sync automatically, and more.2.1.Enabling the ConnectorThe Connector, when installed, is by default in disabled mode. For connector to start synchronizing data between Magento and Dynamics AX, it must first be enabled from the store configurationsscreen.Follow the following steps to enable the Connector from Magento admin.1.Sign in to your Magento admin dashboard.2.Click Store in the left admin bar, then click Configurations in theSettings group.3.Scroll down and expand i95Dev Connect tab in the left navigationpane as shown in Figure 1.4.Click i95Dev Connect Settings and expand the i95Dev Extensiontab.Figure 1: i95Dev Connect Settingsin store configurationsFigure 2: i95Dev Extension tab5.Select Yes in the Enable drop-down list.2.2.Setting up the Connector1.Select Dynamics 365 in the Component drop-down list.2.In the Capture Invoice drop-down list, select Yes if you would like to capture amount online,else select No.Note: Only and PayPal payment methods are supported by defaultfor capturing the amount online.3.In the Default Tax Class drop-down list, select a Tax Class that is to be automaticallyassigned to a Customer Group that is synced from Dynamics 365 to Magento.4.In the Default store drop-down list, select the default store to which the customer, orderand product records must be associated when they are synced from Dynamics 365 toMagento.5.In the Default UoM drop-down list, select the default UoM that will be assigned to theProducts synced from Dynamics 365 to Magento.2.3.Setting up Connector notifications1.In the E-Mail Confirmations combo-box select the records (use ctrl key to select more thanone options) for which you wish to enable notification.a.Invoice When selected, a confirmation email is sent to the customer afteran invoice is generated in Dynamics 365.b.Shipment When selected, a confirmation email is sent to the customer aftera shipment is created in Dynamics 365.2.In the Order Total Mismatch Notification drop-down list, select Yes if you would to receivedemail in the instance of order total mismatch, else select No.2.4. Enabling Message Queue ReportMessage queue report in Magento admin dashboard enables you toview data sync status for records synced from Dynamics 365 toMagento. It also allows you to manually sync the records which didnot sync automatically. Refer Message Queue Report in Magento for more information.Follow the following steps to enable message queue report fromMagento configuration.1. Click Store in the left admin bar, then click Configurations inthe Settings group.2. Scroll down and expand i95Dev Connect tab in the leftnavigation pane.3. Click i95Dev Message Queue Report , as shown in Figure 3, to view the Message Queue Report Configurations screen.4. Select Yes in the Enable(extension) drop-down list.Figure 4: Message Queue Report Configurations2.5. Implementing Localei95Dev Dynamics 365 Connect by default is implemented in English language which is configured using a CSV file. Follow the following steps to view custom fields and labels in your preferred language:1. To display customer fields in your preferred language, download the template, addpreferred language, and upload the same to Magento FTP as shown below.Figure 3: i95Dev Message QueueReport ConfigurationFigure 5: Locale implementation3.Data synced between Magento and Dynamics 365The Connector by default synchronizes the following information between Magento and Dynamics 365.Element Magento to Dynamics 365 Dynamics 365 to MagentoCustomer Y YAddress Y YProduct Y YInventory N YOrder Y YShipping N YInvoice N YOrder Status N YCustomer Group N YTier Price/ Price Level N YCredit Limit Y Y4.Magento admin dashboardIn the Magento admin dashboard, you can view Dynamics 365 information like Dynamics 365 record ID, order status, etc. for records synced between Magento and Dynamics 365.4.1.Customer4.1.1.Email AddressCustomer email address is mandatory field in Magento. Hence, customer records created inDynamics 365 must have an email address. In cases where an email address in not available, the Connector automatically generates and assigns a dummy email address. The email addressgenerated automatically follows the following format:****************************In the above email address the axcustomerid is the Customer ID given at the time of Customer creation in Dynamics 365 and companyname is the name of the Dynamics 365 Company. This email id can be updated later.4.1.2.Customer grid and information screenOnce a Customer record is synced between Magento and Dynamics 365, you can view the Dynamics 365 Customer ID in Magento admin’s Customer information screen.We add two additional columns to Magento admin’s Customer gri d, Origin - to identify the originator (the source system where the record was created), and AX Customer ID – to display the primary identifier of the record in Dynamics 365 to help correlate the records in Magento and Dynamics 365.Figure 6: Customer grid in Magento adminSimilarly, the Connector adds an additional AX Information section in the account Information tab. This section displays customer’s Dynamics 365 Customer ID and Price Level assigned (if any) to the Customer.1.Go to the Customer View tab in the Customer Information screen.2.Scroll down to the AX Information section to view Customer’s AX Customer ID and PriceLevel.Figure 7: Customer’s Dynamics 365 Information in Magento admin4.2.Order4.2.1.Order workflowIn Dynamics 365, there is a default work flow for Order fulfillment which has 4 steps – Open Order → Picking list → packing slip → Invoice.4.2.2.Order grid and information screenAs with Customer grid, the same two columns are also added to the Order grid –Origin and AX Order ID.Figure 8: Order grid in Magento adminSimilar to Customer information page, an additional section, AX Information, is added to the Order information page. This section displays AX Order ID, Order Status and AX Invoice ID.The Connector adds an additional AX Information section in the account Information tab. This section displays customer’s Dynamics 365 Customer ID and Price Level assigned (if any) to the Customer.1.Go to Information tab in the Order View screen.2.Scroll down to the AX Information section to view Order’s AX Order ID, AX Order Status andAX Invoice ID.Figure 9: AX Information of Order in Magento admin4.3.Product4.3.1.Inventory & Tier PricesFor inventory and tier prices, the Connector by default assumes the Dynamics 365 system as master.Hence, both the inventory and tier pricing information is synchronized only from Dynamics 365 to Magento.4.3.2.Product grid and information screenUnlike Customer and Order grid where we add two columns, in Product grid we add one column –AX Product Status. Products successfully synced between Magento and Dynamics 365 have status as “Synced”.Figure 10: Product sync status, from Magento to Dynamics AX5.Message Queue Report in MagentoThe Message Queue Report gives an overview of the status of data sync transactions happening from Dynamics 365 to Magento. The sync status can be viewed for the following entities:Customer Product OrderAddress Tier Price InvoiceCustomer Group Price Level ShipmentThis is a dynamic report; once the record has synced successfully there would be no records in the report section.5.1.Sync statusThe Connector assigns the following status to each record during various stages of sync processPending Status used for incoming data – once the Connector starts receiving a message (data of an entity) from Dynamics 365. At this stage, the data is received by Magento but yet to be synced.Success Status used for records which have successfully synced to Magento.Error Status used when the Connector encounters an error during the sync process.Complete Status used when a record is successfully synced to Magento and the success notification is sent back to the Dynamics 365 system.5.2.Manual data syncFor every record that fails to sync to Magento (records with sync status “Error”), the Connector attempts to re-sync the record. In the process, if the record successfully syncs then the status is changed to “Success” and then to “Complete” as discussed above. However, if the record fails to sync even after a pre-configured number of attempts, the automated retry process is stopped and the failed data will be removed from the message queue periodically (pre-configured).Magento administrator can manually sync (after resolving the issue that is causing the automated sync to fail) or delete those records.5.3.Clean up synced dataTo avoid the message queue from getting overwhelmed (to understand and in size), the Connector periodically (pre-defined) removes the data, with sync status “Complete” and “Error”, from the message queue.5.4.Viewing sync report and manually syncing dataPlease follow the following steps to view sync report and to manually sync records with sync status Error.1.Login as administrator in Magento admin panel.2.Click Reports in the Admin sidebar click Message Queue Report in i95Dev MessageQueue group. The system displays the Message Queue Report screen.Figure 11: AXigation to Message Queue Report3.Select the entity type in Entity Type drop-down list for which you wish to see the syncreport.Figure 12: Entity Types in Message Queue Report4.To view records with sync status Error, select Error from the Status drop down list and clickSearch.Figure 13: Entity Status in Message Queue Report5.Select all records (check box) you wish to sync manually and select Sync from the Actionmenu.6.Click Submit.。

金牌邮局邮箱说明书

2.1. 产品简介......................................................................................................................................................................6 2.2. 产品定位......................................................................................................................................................................6
3. 邮箱用户使用说明.............................................................................................................................................................. 7
2. 产品介绍.............................................................................................................................................................................. 6
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BMisc 1.4.5 软件包说明说明书

Package‘BMisc’October12,2022Title Miscellaneous Functions for Panel Data,Quantiles,and PrintingResultsVersion1.4.5Description These are miscellaneous functions for working with panel data,quantiles,and printing re-sults.For panel data,the package includes functions for making a panel data bal-anced(that is,dropping missing individuals that have missing observations in any time pe-riod),converting id numbers to row numbers,and to treat repeated cross sections as panel data un-der the assumption of rank invariance.For quantiles,there are functions to make distribution func-tions from a set of data points(this is particularly useful when a distribution function is cre-ated in several steps),to combine distribution functions based on some external weights,and to in-vert distribution functions.Finally,there are several other miscellaneous functions for obtain-ing weighted means,weighted distribution functions,and weighted quantiles;to generate sum-mary statistics and their differences for two groups;and to add or drop covariates from formulas. Depends R(>=3.1.0)Imports data.table,RcppLicense GPL-2Suggests testthat(>=3.0.0),plm,tibbleEncoding UTF-8RoxygenNote7.1.2Conﬁg/testthat/edition3LinkingTo Rcpp,RcppArmadilloURL https://bcallaway11.github.io/BMisc/,https:///bcallaway11/BMiscBugReports https:///bcallaway11/BMisc/issuesNeedsCompilation yesAuthor Brantly Callaway[aut,cre]Maintainer Brantly Callaway<************************>Repository CRANDate/Publication2022-07-1118:30:10UTC12addCovToFormla R topics documented:addCovToFormla (2)blockBootSample (3)BMisc (3)checkfun (4)combineDfs (4)compareBinary (5)cs2panel (6)dropCovFromFormla (6)getListElement (7)getWeightedDf (7)getWeightedMean (8)getWeightedQuantiles (8)ids2rownum (9)invertEcdf (10)lhs.vars (10)makeBalancedPanel (11)makeDist (11)multiplier_bootstrap (12)panel2cs (13)panel2cs2 (13)rhs (14)rhs.vars (14)source_all (15)subsample (15)toformula (16)TorF (17)weighted.checkfun (17)Index18 addCovToFormla Add a Covariate to a FormulaDescriptionaddCovFromFormla adds some covariates to a formula;covs should be a list of variable namesUsageaddCovToFormla(covs,formla)Argumentscovs should be a list of variable namesformla which formula to add covariates toblockBootSample3ValueformulaExamplesformla<-y~xaddCovToFormla(list("w","z"),formla)formla<-~xaddCovToFormla("z",formla)blockBootSample Block BootstrapDescriptionmake draws of all observations with the same id in a panel data context.This is useful for boot-strapping with panel data.UsageblockBootSample(data,idname)Argumentsdata data.frame from which you want to bootstrapidname column in data which contains an individual identiﬁerValuedata.frame bootstrapped from the original dataset;this data.frame will contain new ids Examplesdata("LaborSupply",package="plm")bbs<-blockBootSample(LaborSupply,"id")nrow(bbs)head(bbs$id)BMisc BMiscDescriptionA set of miscellaneous helper functions4combineDfs checkfun Check FunctionDescriptionThe check function used for optimizing to get quantilesUsagecheckfun(a,tau)Argumentsa vector to compute quantiles fortau between0and1,ex..5implies get the medianValuenumeric valueExamplesx<-rnorm(100)x[which.min(checkfun(x,0.5))]##should be around0combineDfs Combine Two Distribution FunctionsDescriptionCombines two distribution functions with given weights by pstratUsagecombineDfs(y.seq,dflist,pstrat=NULL,...)Argumentsy.seq sequence of possible y valuesdflist list of distribution functions to combinepstrat a vector of weights to put on each distribution function;if weights are not pro-vided then equal weight is given to each distribution function ...additional arguments that can be past to BMisc::makeDistcompareBinary5ValueecdfExamplesx<-rnorm(100)y<-rnorm(100,1,1)Fx<-ecdf(x)Fy<-ecdf(y)both<-combineDfs(seq(-2,3,0.1),list(Fx,Fy))plot(Fx,col="green")plot(Fy,col="blue",add=TRUE)plot(both,add=TRUE)compareBinary Compare Variables across GroupsDescriptioncompareBinary takes in a variable e.g.union and runs bivariate regression of x on treatment(for summary statistics)UsagecompareBinary(x,on,dta,w=rep(1,nrow(dta)),report=c("diff","levels","both"))Argumentsx variables to run regression onon binary variabledta the data to usew weightsreport which type of report to make;diff is the difference between the two variables by groupValuematrix of results6dropCovFromFormla cs2panel Cross Section to PanelDescriptionTurn repeated cross sections data into panel data by imposing rank invariance;does not require that the inputs have the same lengthUsagecs2panel(cs1,cs2,yname)Argumentscs1data frame,theﬁrst cross sectioncs2data frame,the second cross sectionyname the name of the variable to calculate difference for(should be the same in each dataset)Valuethe change in outcomes over timedropCovFromFormla Drop a Covariate from a FormulaDescriptiondropCovFromFormla adds drops some covariates from a formula;covs should be a list of variable namesUsagedropCovFromFormla(covs,formla)Argumentscovs should be a list of variable namesformla which formula to drop covariates fromValueformulagetListElement7Examplesformla<-y~x+w+zdropCovFromFormla(list("w","z"),formla)dropCovFromFormla("z",formla)getListElement Return Particular Element from Each Element in a ListDescriptiona function to take a list and get a particular part out of each element in the listUsagegetListElement(listolists,whichone=1)Argumentslistolists a listwhichone which item to get out of each list(can be numeric or name)Valuelist of all the elements’whichone’from each listExampleslen<-100#number elements in listlis<-lapply(1:len,function(l)list(x=(-l),y=l^2))#create listgetListElement(lis,"x")[1]#should be equal to-1getListElement(lis,1)[1]#should be equal to-1getWeightedDf Weighted Distribution FunctionDescriptionGet a distribution function from a vector of values after applying some weightsUsagegetWeightedDf(y,y.seq=NULL,weights=NULL,norm=TRUE)8getWeightedQuantilesArgumentsy a vector to compute the mean fory.seq an optional vector of values to compute the distribution function for;the default is to use all unique values of yweights the vector of weights,can be NULL,then will just return meannorm normalize the weights so that they have mean of1,default is to normalizeValueecdfgetWeightedMean Weighted MeanDescriptionGet the mean applying some weightsUsagegetWeightedMean(y,weights=NULL,norm=TRUE)Argumentsy a vector to compute the mean forweights the vector of weights,can be NULL,then will just return meannorm normalize the weights so that they have mean of1,default is to normalizeValuethe weighted meangetWeightedQuantiles Get Weighted QuantilesDescriptionFinds multiple quantiles by repeatedly calling getWeightedQuantileUsagegetWeightedQuantiles(tau,cvec,weights=NULL,norm=TRUE)ids2rownum9 Argumentstau a vector of values between0and1cvec a vector to compute quantiles forweights the weights,weighted.checkfun normalizes the weights to sum to1.norm normalize the weights so that they have mean of1,default is to normalizeValuevector of quantilesids2rownum Convert Vector of ids into Vector of Row NumbersDescriptionids2rownum takes a vector of ids and converts it to the right row number in the dataset;ids should be unique in the dataset that is,don’t pass the function panel data with multiple same idsUsageids2rownum(ids,data,idname)Argumentsids vector of idsdata data frameidname unique idValuevector of row numbersExamplesids<-seq(1,1000,length.out=100)ids<-ids[order(runif(100))]df<-data.frame(id=ids)ids2rownum(df$id,df,"id")10lhs.vars invertEcdf Invert EcdfDescriptiontake an ecdf object and invert it to get a step-quantile functionUsageinvertEcdf(df)Argumentsdf an ecdf objectValuestepfun object that contains the quantiles of the dflhs.vars Left-hand Side VariablesDescriptionTake a formula and return a vector of the variables on the left hand side,it will return NULL for a one sided formulaUsagelhs.vars(formla)Argumentsformla a formulaValuevector of variable namesExamplesff<-yvar~x1+x2lhs.vars(ff)makeBalancedPanel11 makeBalancedPanel Balance a Panel Data SetDescriptionThis function drops observations from data.frame that are not part of balanced panel data set. UsagemakeBalancedPanel(data,idname,tname)Argumentsdata data.frame used in functionidname unique idtname time period nameValuedata.frame that is a balanced panelExamplesid<-rep(seq(1,100),each=2)##individual ids for setting up a two period panel t<-rep(seq(1,2),100)##time periodsy<-rnorm(200)##outcomesdta<-data.frame(id=id,t=t,y=y)##make into data framedta<-dta[-7,]##drop the7th row from the dataset(which creates an unbalanced panel) dta<-makeBalancedPanel(dta,idname="id",tname="t")makeDist Make a Distribution FunctionDescriptionturn vectors of a values and their distribution function values into an ecdf.Vectors should be the same length and both increasing.UsagemakeDist(x,Fx,sorted=FALSE,rearrange=FALSE,force01=FALSE,method="constant")12multiplier_bootstrapArgumentsx vector of valuesFx vector of the distribution function valuessorted boolean indicating whether or not x is already sorted;computation is somewhat faster if already sortedrearrange boolean indicating whether or not should monotize distribution functionforce01boolean indicating whether or not to force the values of the distribution function(i.e.Fx)to be between0and1method which method to pass to approxfun to approximate the distribution function.Default is"constant";other possible choice is"linear"."constant"returns astep function,just like an empirical cdf;"linear"linearly interpolates betweenneighboring points.ValueecdfExamplesy<-rnorm(100)y<-y[order(y)]u<-runif(100)u<-u[order(u)]F<-makeDist(y,u)multiplier_bootstrap multiplier_bootstrapDescriptionA function that takes in an inﬂuence function(an nxk matrix)and the number of bootstrap iterationsand returns a Bxk matrix of bootstrap results.This function uses Rademechar weights.Usagemultiplier_bootstrap(inf_func,biters)Argumentsinf_func nxk matrix of(e.g.,these could be a matrix containing the inﬂuence function for different parameter estimates)biters the number of bootstrap iterationsValuea Bxk matrixpanel2cs13 panel2cs Panel Data to Repeated Cross SectionsDescriptionpanel2cs takes a2period dataset and turns it into a cross sectional dataset.The data includes the change in time varying variables between the time periods.The default functionality is to keep all the variables from period1and add all the variables listed by name in timevars from period2to those.Usagepanel2cs(data,timevars,idname,tname)Argumentsdata data.frame used in functiontimevars vector of names of variables to keepidname unique idtname time period nameValuedata.framepanel2cs2Panel Data to Repeated Cross SectionsDescriptionpanel2cs2takes a2period dataset and turns it into a cross sectional dataset;i.e.,long to wide.This function considers a particular case where there is some outcome whose value can change over time.It returns the dataset from theﬁrst period with the outcome in the second period and the change in outcomes over time appended to itUsagepanel2cs2(data,yname,idname,tname,balance_panel=TRUE)Argumentsdata data.frame used in functionyname name of outcome variable that can change over timeidname unique idtname time period namebalance_panel whether to ensure that panel is balanced.Default is TRUE,but code runs some-what faster if this is set to be FALSE.14rhs.varsValuedata fromﬁrst period with.y0(outcome inﬁrst period),.y1(outcome in second period),and.dy (change in outcomes over time)appended to itrhs Right-hand Side of FormulaDescriptionTake a formula and return the right hand side of the formulaUsagerhs(formla)Argumentsformla a formulaValuea one sided formulaExamplesff<-yvar~x1+x2rhs(ff)rhs.vars Right-hand Side VariablesDescriptionTake a formula and return a vector of the variables on the right hand sideUsagerhs.vars(formla)Argumentsformla a formulaValuevector of variable namessource_all15Examplesff<-yvar~x1+x2rhs.vars(ff)ff<-y~x1+I(x1^2)rhs.vars(ff)source_all source_allDescriptionSource all theﬁles in a folderUsagesource_all(fldr)Argumentsfldr path to a foldersubsample Subsample of Observations from Panel DataDescriptionreturns a subsample of a panel data set;in particular drops all observations that are not in keepids.If it is not set,randomly keeps nkeep observations.Usagesubsample(dta,idname,tname,keepids=NULL,nkeep=NULL)Argumentsdta a data.frame which is a balanced panelidname the name of the id variabletname the name of the time variablekeepids which ids to keepnkeep how many ids to keep(only used if keepids is not set);the default is the number of unique ids16toformula Valuea data.frame that contains a subsample of dtaExamplesdata("LaborSupply",package="plm")nrow(LaborSupply)unique(LaborSupply$year)ss<-subsample(LaborSupply,"id","year",nkeep=100)nrow(ss)toformula Variable Names to FormulaDescriptiontake a name for a y variable and a vector of names for x variables and turn them into a formulaUsagetoformula(yname,xnames)Argumentsyname the name of the y variablexnames vector of names for x variablesValuea formulaExamplestoformula("yvar",c("x1","x2"))##should return yvar~1toformula("yvar",rhs.vars(~1))TorF17 TorF TorFDescriptionA function to replace NA’s with FALSE in vector of logicalsUsageTorF(cond,use_isTRUE=FALSE)Argumentscond a vector of conditions to checkuse_isTRUE whether or not to use a vectorized version of isTRUE.This is generally slower but covers more cases.Valuelogical vectorweighted.checkfun Weighted Check FunctionDescriptionWeights the check functionUsageweighted.checkfun(q,cvec,tau,weights)Argumentsq the value to checkcvec vector of data to compute quantiles fortau between0and1,ex..5implies get the medianweights the weights,weighted.checkfun normalizes the weights to sum to1.ValuenumericIndexaddCovToFormla,2blockBootSample,3BMisc,3checkfun,4combineDfs,4compareBinary,5cs2panel,6dropCovFromFormla,6getListElement,7getWeightedDf,7getWeightedMean,8getWeightedQuantiles,8ids2rownum,9invertEcdf,10lhs.vars,10makeBalancedPanel,11makeDist,11multiplier_bootstrap,12panel2cs,13panel2cs2,13rhs,14rhs.vars,14source_all,15subsample,15toformula,16TorF,17weighted.checkfun,1718。

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SIPMOS® Power Transistor• N channel• Enhancement mode• Avalanche-ratedType V DS I D R DS(on)Package Ordering Code BUZ 356800 V 5.3 A 2 ΩTO-218 AA C67078-S3108-A2 Maximum RatingsParameter Symbol Values UnitContinuous drain current T C = 25 °C I D5.3APulsed drain current T C = 25 °C I Dpuls21Avalanche current,limited by T jmax I AR 5.1Avalanche energy,periodic limited by T jmax E AR 15mJAvalanche energy, single pulse I D = 6 A, V DD = 50 V, R GS = 25 ΩL = 37.5 mH, T j = 25 °C E AS720Gate source voltage V GS± 20VPower dissipation T C = 25 °C P tot125WOperating temperature T j -55 ... + 150°C Storage temperature T stg -55 ... + 150 Thermal resistance, chip case R thJC ≤ 1K/W Thermal resistance, chip to ambient R thJA 75DIN humidity category, DIN 40 040 EIEC climatic category, DIN IEC 68-1 55 / 150 / 56Electrical Characteristics, at T j = 25°C, unless otherwise specifiedParameter Symbol Values Unitmin.typ.max.Static CharacteristicsDrain- source breakdown voltageV GS = 0 V, I D = 0.25 mA, T j = 25 °C V(BR)DSS800--VGate threshold voltage V GS=V DS, I D = 1 mA V GS(th)2.1 3 4Zero gate voltage drain currentV DS = 800 V, V GS = 0 V, T j = 25 °C V DS = 800 V, V GS = 0 V, T j = 125 °C I DSS--10-1001µAGate-source leakage current V GS = 20 V, V DS = 0 V I GSS- 10 100nADrain-Source on-resistance V GS = 10 V, I D = 3.9 A R DS(on)- 1.6 2ΩElectrical Characteristics, at T j = 25°C, unless otherwise specifiedParameter Symbol Values Unitmin.typ.max.Dynamic CharacteristicsTransconductanceV DS≥ 2 *I D * R DS(on)max, I D = 3.9 A g fs2.5 6.8-SInput capacitanceV GS = 0 V, V DS = 25 V, f = 1 MHz C iss- 1750 2350pFOutput capacitanceV GS = 0 V, V DS = 25 V, f = 1 MHz C oss- 190 290Reverse transfer capacitanceV GS = 0 V, V DS = 25 V, f = 1 MHz C rss- 100 150Turn-on delay timeV DD = 30 V, V GS = 10 V, I D = 2.1 A R GS = 50 Ωt d(on)- 25 40nsRise timeV DD = 30 V, V GS = 10 V, I D = 2.1 A R GS = 50 Ωt r- 130 200Turn-off delay timeV DD = 30 V, V GS = 10 V, I D = 2.1 A R GS = 50 Ωt d(off)- 400 530Fall timeV DD = 30 V, V GS = 10 V, I D = 2.1 A R GS = 50 Ωt f- 130 175Electrical Characteristics, at T j = 25°C, unless otherwise specifiedParameter Symbol Values Unitmin.typ.max.Reverse DiodeInverse diode continuous forward current T C = 25 °C I S-- 4AInverse diode direct current,pulsed T C = 25 °C I SM-- 16Inverse diode forward voltage V GS = 0 V, I F = 12 A V SD- 0.95 1.4VReverse recovery timeV R = 100 V, I F=l S, d i F/d t = 100 A/µs t rr- 0.3-µsReverse recovery chargeV R = 100 V, I F=l S, d i F/d t = 100 A/µs Q rr- 2.5-µCDrain current I D = ƒ(T C )parameter: V GS ≥ 10 V20406080100120°C160T C0.0 0.5 1.01.52.0 2.53.0 3.54.0 4.5 A5.5 I DPower dissipation P tot = ƒ(T C )20406080100120°C160T C0 10 20 30 40 50 60 70 80 90 100 110W 130 P totSafe operating area I D = ƒ(V DS )parameter: D = 0.01, T C = 25°C-110 010 110 210 AI D100 101102103V V DSR D S (o n )= V D S / I DDC10 ms1 ms100 µst p= 29.0µsTransient thermal impedance Z th JC = ƒ(t p )parameter: D = t p / T10 10 10 10 10 Z thJC10101010101010 10s t pTyp. output characteristics I D = ƒ(V DS )parameter: t p = 80 µs1020304050V65V DSI DTyp. drain-source on-resistance R DS (on) = ƒ(I D )parameter: V GS12345678A 10I DR DS (on)Typ. transfer characteristics I D = f (V GS )parameter: t p = 80 µs V DS ≥2 x I D x R DS(on)max12345678V10V GS0 2 4681012A16I DTyp. forward transconductance g fs = f (I D )parameter: t p = 80 µs,V DS ≥2 x I D x R DS(on)max2468A12I D0 1 234 5 6 78 S10 g fsGate threshold voltage V GS (th) = ƒ(T j )parameter: V GS = V DS , I D = 1 mA0.0 0.4 0.81.2 1.62.02.4 2.83.23.64.0 V4.6 V GS(th)-60-202060100°C160Tj2%typ98%Drain-source on-resistance R DS (on) = ƒ(T j )parameter: I D = 3.9 A, V GS = 10 V-60-202060100°C 160T j0.0 1.0 2.03.04.05.06.0Ω8.0R DS (on)typ98%Typ. capacitancesC = f (V DS )parameter:V GS = 0V, f = 1MHz51015202530V40V DS110 210 310 410 pFCC issC ossC rssForward characteristics of reverse diode I F = ƒ(VSD )parameter: T j , t p = 80 µs10 10 10 10 I F0.00.40.8 1.2 1.6 2.0 2.4V 3.0V SDAvalanche energy E AS = ƒ(T j )parameter: I D = 6 A, V DD = 50 V R GS = 25 Ω, L = 37.5 mH20406080100120°C 160T j0 50 100 150 200 250 300 350 400 450 500 550 600 650 mJ 750 E ASTyp. gate charge V GS = ƒ(Q Gate )parameter: I D puls = 9 A20406080100120140160nC 190Q Gate0 2 4681012V16V GSDS maxV 0,8 DS maxV 0,2 Drain-source breakdown voltage V (BR)DSS = ƒ(T j )-60-202060100°C160T j720 740 760 780 800 820 840 860 880 900920V960 V (BR)DSS。