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佳能打印机维修手册：MG6800_MG5700_MG6600_MG5600_MG6400_MG5500_PartsCatalog_E

MG6800series / MG5700series / MG6600series / MG5600series / MG6400series / MG5500seriesJUN. 2015REVISION 2QY8-31F0-020㻌© 2013-2015 CANON INC. CANON MG6800series / MG5700series / MG6600series / MG5600series / MG6400series / 5500series 0615 N0.00-0MG6600 seriesMG5600 series% $$0* %/$&. /$0 % $$0* %/$&. (85 % $$0* %/$&. *% % $$0* %/$&. 0($ % $$0* %/$&. $8 % $$0* %/$&. $6$ % $$0* %/$&. +. % $$0* %/$&. 7: % $$0* %/$&. .5 % $$0* %/$&. ,1 % $$0* %/$&. &1 % $$0* :+,7( 86 % $$0* :+,7( &$ % $$0* :+,7( (85 % $$0* :+,7( *% % $$0* :+,7( $8 % $$0* :+,7( $6$ % $$0* :+,7( +. % $$0* :+,7( 7: % $$0* :+,7( .5 % $$0* :+,7( ,1 % $$0* :+,7( &1 % $$0* %521= *% % $$0* %521= (85% $$0* %/$&. &$ % $$0* %/$&. /$0 % $$0* %/$&. 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(85 % $$0* %/$&. *% % $$0* %/$&. 0($ % $$0* %/$&. $8 % $$0* %/$&. $6$ % $$0* %/$&. +. % $$0* %/$&. 7: % $$0* %/$&. .5 % $$0* %/$&. ,1 % $$0* %/$&. &1 % $$0* :+,7( -3 % $$0* :+,7( 86 % $$0* :+,7( &$ % $$0* :+,7( /$0 % $$0* :+,7( (85 % $$0* :+,7( *% % $$0* :+,7( 0($ % $$0* :+,7( $8 % $$0* :+,7( $6$ % $$0* :+,7( +. % $$0* :+,7( 7: % $$0* :+,7( .5 % $$0* :+,7( ,1 % $$0* :+,7( &1 % $$0* *5$< (85 % $$0* *5$< *%& $$0* %/$&. /$0& $$0* %/$&. *%& $$0* %/$&. (85& $$0* %/$&. 0($& $$0* %/$&. $8& $$0* %/$&. +.& $$0* %/$&. 7:& $$0* %/$&. &1& $$0* :+,7( 86& $$0* :+,7( *%& $$0* :+,7( (85& $$0* :+,7( 0($& $$0* :+,7( $8& $$0* :+,7( +.& $$0* :+,7( 7:& $$ 0* %/$&. 6,/9(5 86 & $$0* %/$&. 6,/9(5 *% & $$0* %/$&. 6,/9(5 (85 & $$0* %/$&. 6,/9(5 0($ & $$0* %/$&. 6,/9(5 $8 & $$0* %/$&. 6,/9(5 &1 & $$0* :+,7( 6,/9(5 86 & $$0* :+,7( 6,/9(5 &$ & $$0* :+,7( 6,/9(5 *% & $$0* :+,7( 6,/9(5 (85 & $$0* :+,7( 6,/9(5 0($ & $$0* :+,7( 6,/9(5 $8 & $$0* :+,7( 6,/9(5 7: & $$0* :+,7( 6,/9(5 &1 & $$0* %/$&. &$& $$0* %/$&. /$0& $$0* %/$&. *%& $$0* %/$&. (85& $$0* %/$&. 0($& $$0* %/$&. $8& $$0* %/$&. $6$& $$0* %/$&. +.& $$0* %/$&. &1& $$0* %/$&. 7:& $$0* %/$&. .5& $%0* %/$&. .5& $$0* %/$&. ,1& $%0* %/$&. ,1& $$0* :+,7( -3& $$0* :+,7( 86& $$0* :+,7( &$& $$0* :+,7( /$0& $$0* :+,7( *%& $$0* :+,7( (85& $$0* :+,7( 0($& $$0* :+,7( $8& $$0* :+,7( $6$& $$0* :+,7( +.& $$0* :+,7( 7:& $$0* %/$&. 6,/9(5 -3 & $$0* %/$&. 6,/9(5 86 & $$0* %/$&. 6,/9(5 &$ & $$0* %/$&. 6,/9(5 *% & $$0* %/$&. 6,/9(5 (85 & $$0* %/$&. 6,/9(5 0($ & $$0* %/$&. 6,/9(5 $8 & $$0* %/$&. 6,/9(5 .5 & $%0* %/$&. 6,/9(5 .5 & $$0* %/$&. 6,/9(5 ,1 & $%0* %/$&. 6,/9(5 ,1 & $$0* :+,7( 6,/9(5 *% & $$0* :+,7( 6,/9(5 (85 & $$0* :+,7( 6,/9(5 0($ & $$0* :+,7( 6,/9(5 $8 & $$0* :+,7( 6,/9(5 +. & $$0* :+,7( 6,/9(5 7: & $$0* :+,7( 6,/9(5 ,1 & $%0* :+,7( 6,/9(5 ,1Application 㻌Corrections 㻌Trademarks 㻌Copyright 㻌This manual has been issued by Canon Inc. for qualified person to learn technical theory, installation, maintenance, and repair of products. This manual covers all localities where the products are sold. For this reason, there may be information in this manual that does not apply to your locality.This manual could include technical inaccuracies or typographical errors due to improvements or changes in the products. Whenchanges occur in applicable products or in the content of this manual, Canon will release technical information as the need arises. In the event of major changes in the contents of this manual over a long or short period. Canon will issue a new editions of this manual. The following paragraph does not apply to any countries where such provisions are inconsistent with local low.The product names and company names described in this manual are the registered trademarks of the individual companies.This manual is copyrighted with all rights reserved. Under the copyright laws, this manual may not be copied, reproduced or translated into another language, in whole or in part, without the written consent of Canon Inc.Copyright © 2013-2015 by Canon Inc.CANON INC.Inkjet Quality Assurance Center451, Tsukagoshi, 3-chome, Saiwai-ku, Kawasaki-shi, Kanagawa 212-8530, JapanABOUT THIS MANUALPARTS LAYOUT & PARTS LISTParts layout illustrationa) Parts searchFind a part from the parts layout illustration and find its key number from the parts list to identify the part number and name. For screws, nuts, washers, lock washers, pins, spacers, see SCREWS &WASHERS LIST.Note: If parts have the same or similar shape but different specifications, their key number is assigned to several part numbers and names in the parts list.b) Parts replacement procedureTo replace parts, the parts layout illustrations have figure numbers according to the disassembly procedure of the product. The parts that require careful work are shown the illustration.Parts lista) FIGURE & KEY No.The FIGURE & KEY No. column corresponds to the key numbers assigned to the parts in the parts layout illustration.b) DESCRIPTIONThe DESCRIPTION column gives the part names in English.To order a part, indicate the part name, too.c) PART NUMBERThe PART NUMBER column gives the part numbers corresponding to the key numbers. To order a part, indicate the part number clearly.Note: Parts marked NPN are not service parts.OPTIONS & CONSUMABLESThese are illustrations and a list of units that can be used as optional consumable equipments.TOOL LISTThis is a list of tools used for servicing products.This page intentionally left blankFIGURE 1 Print Head and CoverFIG KEY DESCRIPTION REMARKSMG6800MG570011PRIN T HEAD QY6-0082-000QY6-0082-00012DOCUMENT COVER UNIT BLACKQY5-0504-000-12DOCUMENT COVER UNIT WHITEQY5-0505-000-12DOCUMENT COVER UNIT BLACK/SILVER, WHITE/SILVER QY5-0506-000-13POWER SUPPLY UNIT QM7-2981-000-14COVER, SIDE L BLACK QC5-2525-000-14COVER, SIDE L WHITE QC5-2526-000-15COVER, SIDE R BLACK QC5-2528-000-15COVER, SIDE RWHITEQC5-2529-000-100V-240V 50/60HZ FIG KEY DESCRIPTIONREMARKSMG6600MG560011PRIN T HEAD QY6-0082-000QY6-0082-00012DOCUMENT COVER UNIT BLACKQY5-0433-000-12DOCUMENT COVER UNIT WHITE QY5-0434-000-12DOCUMENT COVER UNIT ORANGEQY5-0452-000-13POWER SUPPLY UNIT 100V-240V 50/60HZ QM7-2981-000-14COVER, SIDE L BLACK QC4-7296-000-14COVER, SIDE L WHITE QC4-7297-000-14COVER, SIDE L ORANGE QC4-9910-000-15COVER, SIDE R BLACK QC4-7299-000-15COVER, SIDE R WHITE QC4-7300-000-15COVER, SIDE RORANGEQC4-9911-000-FIG KEY DESCRIPTIONREMARKSMG6400MG550011PRINT HEAD QY6-0082-000QY6-0082-00012DOCUMENT COVER UNIT BLACKQY5-0433-000-12DOCUMENT COVER UNIT WHITE QY5-0434-000-12DOCUMENT COVER UNIT BRONZEQY5-0435-000-13POWER SUPPLY UNIT 100V-240V 50/60HZ QM7-2981-000QM7-2981-00014COVER, SIDE L BLACK QC4-7296-000-14COVER, SIDE L WHITE QC4-7297-000-14COVER, SIDE L BRONZE QC4-7335-000-15COVER, SIDE R BLACK QC4-7299-000-15COVER, SIDE R WHITE QC4-7300-000-15COVER, SIDE RBRONZEQC4-7336-000-MG6800series / MG5700seriesMG6600series / MG5600seriesMG6400series / MG5500seriesFIGURE 2 Operation Panel Unit and Scanner UnitThis page intentionally left blankFIGURE 3 Logic Board Ass’y and Carriage UnitFIG KEY DESCRIPTION REMARKS MG6800MG6600MG6400MG5500 31DC HARNESS ASS'Y QM7-3011-000QM7-3011-000QM7-3011-000-32CR MOTOR HARNESS ASS'Y QM7-4292-000QM7-4292-000QM7-3013-000-33FILM, TIMING SLIT STRIP QC4-7070-000QC4-7070-000QC4-7070-000QC4-7070-000 34SPRING, COIL QC3-5255-000QC3-5255-000QC3-5255-000QC3-5255-000 35SCREW, PAN HEAD, M4-4QC4-5926-000QC4-5926-000QC4-5926-000-36CARRIAGE UNIT QM4-3251-000QM4-3251-000QM4-2261-000QM4-2261-000 37TIMING SENSOR CABLE QY5-0438-000QY5-0438-000QY5-0438-000-38FRONT BIND CABLE QY5-0436-000QY5-0436-000QY5-0436-000-39LOGIC BOARD ASS'Y QM7-4414-000QM7-3918-000QM7-3039-030QM7-2986-030 310FILM, TIMING SLIT DISK FEED QC4-8068-000QC4-8068-000QC4-8068-000QC4-8068-000 311PHOTO SENSOR UNIT QM7-2993-000QM7-2993-000QM7-2993-000-312WIRELESS LAN CABLE QK1-9186-000QK1-9186-000QK1-9186-000-313WIRELESS LAN BOARD ASS'Y QM7-4471-000-QM7-2930-000-314CORE, RING WE8-6617-000WE8-6617-000WE8-6617-000-315SCREW, MACH. BH, M3X4X B1-2300-405X B1-2300-405X B1-2300-405-316MOTOR, CARRIAGE QK1-1500-000QK1-1500-000QK1-1500-000-317SCREW M2X8X B4-7200-805X B4-7200-805X B4-7200-805-318SCREW BH2 X4--X B1-2200-405-FIGURE 4 Absorber Kit and Platen UnitFIG KEY DESCRIPTION REMARKS MG6800MG6600MG6400MG5500 41EJECT TRAY UNIT QM4-2256-000QM4-2256-000QM4-2256-000-42PRESSURE ROLLER UNIT QM4-2303-000QM4-2303-000QM4-2303-000-43PULLEY HOLDER UNIT QL2-2534-000QL2-2534-000QL2-2534-000-44REAR GUIDE UNIT QM4-2307-000QM4-2307-000QM4-2307-000-45SCREW, TP, BH3X8, S X B4-7300-805X B4-7300-805X B4-7300-80546SEPARATION SLOPE UNIT QM4-2271-000QM4-2271-000QM4-2271-000-47INNER GUIDE UNIT QM4-3281-000QM4-3281-000QM4-2309-000-48SPUR UNIT QM4-2305-000QM4-2305-000QM4-2305-000-49PLATEN UNIT QM4-3280-000QM4-3280-000QM4-2304-000-410ABSORBER, INK, PLATEN, UPPER QC4-7073-000QC4-7073-000QC4-7073-000QC4-7073-000 411PAPER FEED ROLLER UNIT QL2-7063-000QL2-7063-000QL2-6775-000-412ABSORBER KIT, MAIN QY5-0450-000QY5-0450-000QY5-0426-000QY5-0426-000FIGURE 5 Right Plate Unit and Pick-up Roller UnitFIG KEY DESCRIPTION REMARKS MG6800MG6600MG6400MG5500 51ABSORBER, INK, PLATEN, LOWER QC4-9914-000QC4-9914-000QC4-7351-000QC4-7351-000 52SCREW, TAP, WASHER HEAD, M3X12X A9-1752-000X A9-1752-000X A9-1752-000-53SCREW, TP, BH3X8, S X B4-7300-805X B4-7300-805X B4-7300-805-54RIGHT PLATE UNIT QM4-3284-000QM4-3284-000QM4-2262-000QM4-2262-000 55CAP SLIDER UNIT QM4-3282-000QM4-3282-000QM4-2269-000QM4-2269-000 56BLADE UNIT QM4-2270-000QM4-2270-000QM4-2270-000QM4-2270-000 57CASSETTE SWITCH HARNESS ASS'Y QM7-3796-000QM7-3796-000--58PAPER FEED MOTOR UNIT QM7-3926-000QM7-3926-000QM7-3015-000-59FRONT DOOR SWITCH UNIT QM7-3017-000QM7-3017-000QM7-3017-000-510PICK-UP ROLLER UNIT, L QM4-2301-000QM4-2301-000QM4-2301-000QM4-2301-000 511PICK-UP ROLLER UNIT, R QM4-2302-000QM4-2302-000QM4-2302-000QM4-2302-000 512SCREW M2.6 X4X B1-2260-405X B1-2260-405X B1-2260-405-FIGURE 6 Option and ConsumablesFIG KEY DESCRIPTION REMARKSMG6800MG570061CORD, POWER 220V-240V(AU)QK1-0776-010QK1-0776-01061CORD, POWER 100V-120V(US, CA)QK1-9305-000QK1-9305-00061CORD, POWER 220V-240V(ASA,ID,EUR,MEA)QK1-9308-000QK1-9308-00061CORD, POWER 220V-240V(GB, HK)QK1-9309-000QK1-9309-00061CORD, POWER 120V-240V(LAM,CN)QK2-0479-000QK2-0479-00061CORD, POWER 250V(TW)QK2-0482-000QK2-0482-00061CORD, POWER 100V-120V(JP)-QK1-3761-01061CORD, POWER 250V(KR)-QK2-0485-00061CORD, POWER 250V(IN)-QK2-0488-00062GREASE, MOLYKOTE G-1054QY9-0210-000-63GREASE, FLOIL KG-51K3QY9-0211-000-FIG KEY DESCRIPTION REMARKSMG6400MG550061CORD, POWER 220V-240V(AU)QK1-0776-010QK1-0776-01061CORD, POWER 100V-120V(JP)-QK1-3761-01061CORD, POWER 100V-120V(US, CA)QK1-9305-000QK1-9305-00061CORD, POWER 220V-240V(ASA,ID,EUR,MEA)QK1-9308-000QK1-9308-00061CORD, POWER 220V-240V(GB, HK)QK1-9309-000QK1-9309-00061CORD, POWER 120V-240V(LAM,CN)QK2-0479-000QK2-0479-00061CORD, POWER 250V(TW)QK2-0482-000QK2-0482-00061CORD, POWER 250V(KR)QK2-0485-000QK2-0485-00061CORD, POWER 250V(IN)QK2-0488-000QK2-0488-00062GREASE, MOLYKOTE G-1054QY9-0210-000QY9-0210-00063GREASE, FLOIL KG-51K3QY9-0211-000QY9-0211-000FIG KEY DESCRIPTION REMARKSMG6600MG560061CORD, POWER 220V-240V(AU)QK1-0776-010QK1-0776-01061CORD, POWER 100V-120V(JP)-QK1-3761-01061CORD, POWER 100V-120V(US, CA)QK1-9305-000QK1-9305-00061CORD, POWER 220V-240V(ASA,ID,EUR,MEA)QK1-9308-000QK1-9308-00061CORD, POWER 220V-240V(GB, HK)QK1-9309-000QK1-9309-00061CORD, POWER 120V-240V(LAM,CN)QK2-0479-000QK2-0479-00061CORD, POWER 250V(TW)-QK2-0482-00061CORD, POWER 250V(KR)QK2-0485-000QK2-0485-00061CORD, POWER 250V(IN)QK2-0488-000QK2-0488-00062GREASE, MOLYKOTE G-1054QY9-0210-000-63GREASE, FLOIL KG-51K3QY9-0211-000-MG6800series / MG5700seriesMG6600series / MG5600seriesMG6400series / MG5500series。

Lipofectamine2000转染说明书

Lipofectamine™ 2000 Transfection Reagent TABLE OF CONTENTSPRODUCT DESCRIPTIONSHIPPING CONDITIONSSTORAGE CONDITIONSSTABILITYQC SPECIFICATIONSPROTOCOL & APPLICATION NOTESRelative Surface Areas Of Tissue Culture VesselsSurface Areas Of Tissue Culture VesselsTubes Recommended For Use With Lipofectamine™ 2000Optimizing Plasmid DNA Transfections With Lipofectamine™ 2000Transfection ProtocolsCo-Transfection Of Sirna And Plasmid DNATransfection Of Fluorescently Labeled Oligos With Lipofectamine™ 2000Transfection Of Cells In 96-Well PlatesTransient Transfection Of Suspension CellsALTERNATE PRODUCTS & COMPATIBILITYPRODUCT DOCUMENTATIONREFERENCESPRODUCT NAME & CATALOG NUMBERSASSOCIATED PRODUCTSRELATED TECHNICAL SUPPORT NOTESPRODUCT DESCRIPTION(back to Table of Content)Lipofectamine™ 2000 Transfection Reagent is a proprietary formulation for the transfection of nucleic acids (DNA and RNA) into eukaryotic cells and provides the following advantages:Highest transfection efficiency in many cell types and formats (e.g. 96-well). Refer to the Cell Lines Database for a list of cell types successfully transfected. Detailed in-house transfection protocols are also available at this site whereavailable.DNA-Lipofectamine™ 2000 complexes can be added directly to cells in culture medium, in the presence or absence of serum.Lipofectamine™ 2000 may be used in the following applications:Transient and stable transfection of adherent and suspension cellsHigh throughput transfectionsDelivery of Stealth RNAi and siRNA into cells For information on transfecting mammalian cells with short interfering RNAs (siRNA) for use in RNA interference (RNAi) studies, visit our RNAi Central web page at\rnai. Cell line-specific protocols are available under the Protocols tab.Lipofectamine™ 2000 gives superior transfection efficiency for the following cell lines:293F 293H BE(2)C (w/o serum)serum)(w/o(adherent) COS-1CHO-K1 CHO-SFibroblasts (w/o serum)HumanPrimaryCOS7-Lserum) HT-1080 MDCK(w/oHT-29SK-BR3serum) PC12MRC-5(w/o3T3NIHHepG2VeroLipofectamine™ 2000 CD is a 100% synthetic version of Lipofectamine™ 2000. Use it in the same way as Lipofectamine™ 2000, but be sure to use animal origin-free reagents.SHIPPING CONDITIONS(back to Table of Content)This kit is shipped on wet ice.STORAGE CONDITIONS(back to Table of Content)Lipofectamine™ 2000 Transfection Reagent should be stored at 40 C.STABILITY(back to Table of Content)The stability of Lipofectamine™ 2000 Transfection Reagent is guaranteed for 6 months when it has been stored as recommended.Lipofectamine™ 2000 Reagent should not be frozen.QC SPECIFICATIONS(back to Table of Content)Lipofectamine™ 2000 is tested for the absence of microbial contamination using blood agar plates, Sabaraud dextrose agar plates, and fluid thioglycolate medium, and functionally by transfection of CHO-K1 cells with a reporter plasmid.PROTOCOL AND APPLICATION NOTES(back to Table of Content)General protocol notesSurface Areas Of Tissue Culture VesselsTubes Recommended For Use With Lipofectamine™ 2000Optimizing Plasmid DNA Transfections With Lipofectamine™ 2000Transfection ProtocolsCo-Transfection Of Sirna And Plasmid DNATransfection Of Fluorescently Labeled Oligos With Lipofectamine™ 2000Transfection Of Cells In 96-Well PlatesTransient Transfection Of Suspension CellsGeneral protocol notes(back to Table of Content)(back to Protocol and Application Notes)It is not necessary to remove complexes or change/add medium after transfection, but complexes may be removed after 4-6 hours.DMEM or RPMI 1940 can be used instead of Opti-MEM when making Lipofectamine™ 2000 – DNA complexes.However, the efficiency of complex formation may not be as high as with Opti-MEM. Cells in PBS can be transfectedusing Lipofectamine™ 2000.As long as the cells are healthy in the PBS, the transfection is likely to work.For a general plasmid DNA transfection protocol, please refer to the product insert:/content/sfs/manuals/Lipofectamine™2000_man.pdfA general protocol for transfecting Stealth RNAi or siRNA into mammalian cells can be found at the following site:/content/sfs/manuals/stealth_sirna_tsf_lf2k_man.pdfSurface Areas of Tissue Culture Vessels(back to Table of Content)(back to Protocol and Application Notes)48-well 24-well 12-well 6-well 35-mm 60-mm 100-mm 150-mm T25 T75 Culture Vessel 96-well0.7 2 4 10 10 20 60 140 2575 Surface Area (cm2) 0.30.237.5plate0.4 1 2 5 5 10 30 70 12.5 Ratioto24-wellTubes recommended for use with Lipofectamine™ 2000(back to Table of Content)(back to Protocol and Application Notes)It is best to use polypropylene tubes when pre-mixing Lipofectamine 2000 ™ and DNA. Polystyrene may not work as well.Optimizing plasmid DNA transfections with Lipofectamine™ 2000(back to Table of Content)(back to Protocol and Application Notes)The conditions that could be optimized include Lipofectamine™ 2000 amount, DNA concentration, and cell number. Keeping two variables constant, vary the third.For example: to optimize the amount of Lipofectamine™ 2000 for transfection in a 24-well plate, start with cells at >90% confluency and use a fixed amount of DNA (0.8-1.2 µg). With cell number and DNA concentration held constant, vary the amount of Lipofectamine™ 2000 to determine the optimal concentration (usually 1.5-3 µl). In the same way, the cell number and amount of DNA can also be optimized.It is recommended to use a range of 0.5 to 5 µl of Lipofectamine™ 2000 per µg of DNA. It is possible to minimize the effect of transfection on cell growth and viability by increasing the number of cells plated per well or by decreasing eitherLipofectamine™ 2000 amount or DNA concentration. With careful optimization, this can be achieved with little impact on the level of transgene expression.Transfection efficiency is typically measured as the percentage of cells translating and accumulating the protein of interest for detection in the total population. If the levels of translation or protein accumulation are low, a lower transfection efficiency may be obtained. A transfection control such as our BLOCK-iT Fluorescent Oligo (catalog # 2013) is a more accuratemeasure of the efficiency of DNA delivery since its detection is independent of expression in the cell.The following citation discusses the effect of variables such as cell density, liposome and DNA concentrations, liposome-DNA complexing time, and media components (serum and antibiotics) on transfection with Lipofectamine™ 2000. In addition, it also looks at high throughput transfections, siRNA transfections, and transfection of primary neurons.Advanced transfection with Lipofectamine™ 2000 reagent: primary neurons, siRNA, and high-throughput applications - Methods, Volume 33, Issue 2, June 2004, Pages 95-103 Brian Dalby, Sharon Cates, Adam Harris, Elise C. Ohki, Mary L.Tilkins, Paul J. Price and Valentina C. CiccaroneThough most cells transfect well in the presence or absence of serum, there are a few such as HeLa cells and Normal Human Fibroblasts that give better transfection efficiency in the absence of serum.Cell lines successfully transfected with Lipofectamine™ 2000:293F293H,293 BE(2)C(w/oserum)CHO-K1 CHO-S (adherent) CHO-S (suspension in CD CHO media)COS-1 (w/o serum) COS7-L(w/o serum) Primary Human FibroblastsHT-29(w/oserum) HT-1080 MDCKMRC-5(w/oserum) PC12SK-BR3VeroCHOCHO-DG44MCF7MDA-MB-361HCT116H1299RKOHep3B,HepG2HeLa Rzneo HOSC3H/10T1/2NIH3T3JurkatK562HUVECS LoVoA549Some cell lines for which transfection protocols are available (at the cell lines database)(back to Table of Content)(back to Protocol and Application Notes)Cell type TransfectionEfficiency (%) Cells per well(24-well plate)Lipofectamine™ 2000µl per well in24-well plate293H99 2 x 105 2293F99 2 x 105 2BE(2)C77 2 x 105 2.5BHK21- 1.0 x 105 3.0CHO-K1- 1.2 x 105 2.5CHO-S(adherent) 96 1.5 x 105 2.5Cos 1- 8 x 104 3.0COS7L99 8 x 104 2.5CV-170 8 x 104 1.5HeLa94 8 x 104 1.5HT-29- 1.5 x 105 3.0HT108081 8 x 104 1.5HUVEC<2% 8.0 x 104 2.0MDCK43 6 x 104 4MRC-5Not measured 1.5 x 105 2.5Murine Embryonic Stem Cells, D3 (6-well plates)75 1X106 (6-well) 8-12(6-well)NIH3T3Not measured 1.5 x 105 2PC1285 2.5 X 105 2Primary Human Fibroblasts48 8 x 104 2Primary Human Keratinocytes- 8 x 104 2RKO (field test) (6-well plates) 40 - 60 See protocol See protocol SKBR349 1.5 x 105 2Vero86 8 x 104 2Rat Hepatocytes50 1.25 x 105 1.5Rat E18 Cortical Neurons20-25 2 x 105 4Co-transfection of siRNA and plasmid DNA(back to Table of Content)(back to Protocol and Application Notes)Plasmid and siRNA co-transfection are possible. Co-transfections have been tested with Lipofectamine™ 2000 in GripTite™ cells (293 derived cells) plated at 1.8 x 105 cells/well in a 24-well format (0.5ml medium, no antibiotics).200ng of two different reporter plasmids were co-transfected with 10pmol of siRNA following the standardLipofectamine™ 2000 protocol, with 2ul of Lipofectamine™ 2000 per well. The total volume of the transfection mixes was 100ul, and it was added to the medium already in the wells.Transfection of fluorescently labeled oligos with Lipofectamine™ 2000(back to Table of Content)(back to Protocol and Application Notes)Fluorescently labeled oligos that depend on hairpin structures for quenching (like LUX primers) may fluoresce upon mixing with Lipofectamine™ 2000. In such cases Oligofectamine is suggested. Oligofectamine is very different chemically, and therefore not expected to exhibit the same strength of interaction.Transfection of cells in 96-well plates (also see Focus 21.3 page58)(back to Table of Content)(back to Protocol and Application Notes)Use the 24-well plate protocol with the following modifications:Plate 2-6 x 104 cells per well in 100 µl of the appropriate complete growth medium without antibiotics and with serum if cells are normally cultured in the presence of serum.For each well of cells, dilute 240 to 320 ng of DNA into 25 µl medium without serum (e.g., OptiMEM® I Medium) in 96-well, sterile micro titer plates.For each well of cells, dilute 0.8-1 µl of Lipofectamine™ 2000 into 25 µl OptiMEM® Medium and incubate for 5 min at room temperature. Once the Lipofectamine™ 2000 is diluted, combine it with the DNA within 30 min. Longerincubation times may result in decreased activity. This dilution can be prepared in bulk for multiple wells.Add 25 µl of the diluted Lipofectamine™ 2000 (from step 3) to each well containing diluted DNA (from step 2), mix gently, and incubate at room temperature for 20 min to allow DNA- Lipofectamine™ 2000 complexes to form.Add the DNA- Lipofectamine™ 2000 complexes (50 µl) directly to each well of the plates containing cells and mix gently.Optimal transfection conditions for transfections in 96-well plates:Cell Line Seeding Density(Cells per well) DNA per Well Lipofectamine™ 2000(µl)CHO-S 2 x 104240 ng 1 µlCOS-7L 2.5 x 104320 ng 1 µl293H, 293F 5 x 104320 ng 1 µlAlternate rapid protocol for 96-well transfections without pre-plating cells (also see Focus 21.3, page58): This protocol is designed as a rapid alternative that does not require plating cells the day before transfection. Instead, a suspension of cells is added directly to complexes prepared in 96-well plates. This protocol has been used successfully with the cells and conditions outlined below. Use poly-lysine coated plates (D or L) for best results.Dilute ~320 ng of each DNA to be tested into 25 µl medium without serum (e.g., OptiMEM® I Medium). Prepare the dilutions directly in 96-well cell culture plates.For each well, dilute 0.4-0.8 µl of Lipofectamine™ 2000 into 25 µl OptiMEM® I Medium and incubate for 5 min at room temperature. Prepare this dilution in bulk for multiple wells. Once the Lipofectamine™ 2000 is diluted, combine it with the DNA within 30 min. Longer incubation times may result in decreased activity.Add 25 µl of the diluted Lipofectamine™ 2000 (from step 2) to each well containing diluted DNA (from step 1), mix gently, and incubate at room temperature for 20 min to allow DNA-Lipofectamine™ 2000 complexes to form.Prepare a cell suspension so that the appropriate number of cells per well is contained in 100 µl of growth medium. Use approximately twice the cell density, depending on cell type, than with the standard protocol.Add 100 µl of the cell suspension (from step 4) to each of the wells containing the DNA-Lipofectamine™ 2000 complexes (from step 3) and mix gently.Incubate at 37o C in a CO2 incubator until ready to assay (24-48 h post transfection). It is not necessary to remove the complexes or change the medium. Cells will adhere as usual in the presence of the complexes.Transfection conditions for rapid 96-well protocol:Cell Line Cells per well DNA per well(100 µl suspension) Lipofectamine™ 2000 per wellCHO-S 5 x 104320 ng 0.8 µlCOS-7L 6 x 104320 ng 0.6-0.8 µl293H, 293F 1.2 x 105320 ng 0.4 µlTransient transfection of suspension cells(back to Table of Content)(back to Protocol and Application Notes)The following protocol was optimized with Jurkat and K562 cells, but can be used as a guideline for other types of suspension lines.For each transfection, add a cell suspension containing 4-8 x 105 cells in 500 µl of growth medium with serum but without antibiotics, to a well of a 24 well plate. For transfection of larger number of cells, scale up all the reagents (cells, media, DNA, Lipofectamine™ 2000 and plate size) proportionately to the number of cells transfected.For each well, dilute 0.8 - 1.2 µg of DNA into 50 µl of medium without serum (e.g., Opti-MEM). This can be prepared in bulk for multiple wells.For each well, dilute ~2 µl of Lipofectamine™ 2000 into 50 µl OptiMEM® I Medium and incubate for 5 min at room temperature. Once the Lipofectamine™ 2000 is diluted, combine it with the DNA within 30 min. Longer incubationtimes may result in decreased activity. This dilution can be prepared in bulk for multiple wells.Combine the diluted DNA from step 2 with the diluted Lipofectamine™ 2000 from step 3. Incubate at room temperature for 20 min to allow DNA-Lipofectamine™2000 complexes to form.Add the DNA-Lipofectamine™ 2000 complexes from step 4 (100 µl) directly to each well containing cells (from step 1) and mix gently by rocking the plate back and forth.Incubate for 4 h at 37o C in a CO2 incubator.In Jurkat cells, addition of PHA-L (Phytohemagglutinin L) and PMA (phorbol myristate acetate) at final concentrations of1 µg/ml and 50 ng/ml, respectively, enhances CMV promoter activity and gene expression. In K562 cells, PMA alone issufficient to enhance promoter activity. PMA and PHA are added after the 4-h incubation.Assay the cells at 24-48 h post-transfection for the appropriate activity. It is not necessary to remove the complexes or change the medium.Note: Jurkat cells are difficult to transfect and have low expression following transfection.The use of PHA-L and PMA did not affect the expression level of a beta-gal reporter (by ONPG assay) in either Jurkat cells orK562 cells in our hands. They are widely used in transfecting these cell types, and their use is most likely historical. Their ffectiveness in transfections with currently available lipid reagents has probably not been tested before.ePRODUCT DOCUMENTATION(back to Table of Content)Brochures Cell Lines CitationsCOA FAQ LicensingManuals MSDSREFERENCES(back to Table of Content)Krista Evans, et al..PGreen Lantern-1, A Superior Green Fluorescent Protein Mammalian Cell Transfection Reporter, Focus 18(2): 40.Valentina Ciccarone, et al. Lipofectamine™ 2000 Reagent for Rapid, Efficient Transfection of Eukaryotic Cells - Focus 21(2):54.Jean-Pierre Pichet and Valentina Ciccarone. Transfection of Mammalian Cells in 96-Well Plates with Lipofectamine™ 2000 Reagent. Focus 21(3):58.Cationic Lipid Reagent Selection. Focus 21(3):61.Linda Roy, et al. High Transfection Efficiency of Cloned Cell Lines. Focus 21(3):62.Achieve the highest transfection efficiencies and higher expression levels (with Lipofectamine™ 2000). Expressions 8(3):18.PRODUCT NAME AND CATALOG NUMBERS(back to Table of Content)Name Size Part Number Catalog Nnumber Lipofectamine™ 2000 Reagent 0.75 ml 52758 11668-027(11668027) Lipofectamine™ 2000 Reagent 1.5 ml 52887 11668-019(11668019) Lipofectamine™ 2000 CD Reagent 1.0 ml 52888 12566-014(12566014) ASSOCIATED PRODUCTS(back to Table of Content)OPTI-MEM I Reduced Serum Medium (catalog # 31985-062)AntibioticsGIBCO® Cell Culture ProductsNeed more help? Please email us by clicking here.。

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第一讲-ATA100及手册(30)

根据相应的章里面每一节的描述确定在第几节
打开相应的节
根据需要确定相应的页块怎么知道在第几章？
维修手册查询
飞机维修手册的查阅
• 例1：拆装注册号为B-2693的B737-800飞机的电动液压泵。
B737NG-AMM
ATA29
29-22-21 EMDP
P401 拆装
•例2：调节A320-214飞机的发动机反推阻流门
维修手册查询
ATA100 规范简介
• ATA100规范：是美国航空运输协会 (ATA，Air Transport Association of America）与航空制造商和航空公司共同制定的一种技术规范，又称“制造商技术资料规范”。
维修手册查询
ATA100 规范：作用
• 用以统一各种民用航空产品制造厂商所出版的各种技术资料的编号。
飞机
飞机总体飞机系统飞机结构螺旋桨发动机
维修手册查询
ATA100 规范的章节编码规则
飞机
飞机总体飞机系统飞机结构螺旋桨发动机
5-12章 21-49章 51-57章 60-65章 70-91章
维修手册查询
飞机系统的编号
按照ATA100规范，技术资料的编号由三个层次构成：系统-子系统-单件，
思考题
维有什么作用？ • 按照ATA100规范，飞机机体、系统、动力等
如何划分？ • 飞机维护手册主要有哪几种？各有什么用途？
如何使用各种手册？ • 飞机维护/维修工作如何分类？
• 这项工作于1956年完成，该规范使民用航空器各种产品在设计、制造、使用、维修等各种技术资料、文件、函电、报告和商品目录索引等在国际上统一了编号。
• 不同年代制造的飞机依据的ATA100规范版次不同。

2013新版电子商务英语单词翻译

cheque 支票
concept观念，概念
circumstantial详细的，详尽的
conБайду номын сангаасern关系；关心
circumvent 包围；陷害；绕行
concise简明的，简洁的
classic 经典的；古典的
concurrent共点；同时发生的事
classification分类；类别，等
broadly 明显地；宽广地
bulb 电灯泡
bust破产
buzz嗡嗡声
bypass 绕开；忽视旁路
backup支持；后援备份
banking银行业；银行业务
barely仅仅，勉强；几乎不
dimension维；尺寸
duplicate复制重复
director 主任，主管；导演
dynamic动态；动力
directory目录；工商名录
disable使失去能力禁用
disadvantage缺点；不利条件
disclaimer免责声明
costly昂贵的
counsel法律顾问；忠告
countermeasure对策；反措施
detect察觉；发现检测
dive潜水；跳水
detection侦查，探测
diverse不同的；多种多样的
adequately充分地；足够地；适
archaic古代的；陈旧的；
average平均；平均数
advantage优势；利益；有利条
architectural 建筑学的；建筑上
adverse不利的；相反的
arguably可论证地；可争辩地

在美国一流大学任教的清华学子----2013年版

【致谢】感谢参与编写和提供信息的以下校友：Mang IhateBS strong水木社区的世纪清华版的网友统计了在美国一流大学任教的清华校友根据美国US News 2013年美国大学排名101至151的顺序统计，缺漏错误之处难免，请大家补充分为Full Professor（正教授）、Associate Professor（副教授）和Assistant Professor三类，其中前两类一般具有终身教职，不含解放前的清华学子，也含有极少数非tenure track教职人员,和已离职的人员，只列出，不计入统计总数。

101,爱荷华州立大学7Chen, DegangProfessor, 电子计算机系1984年清华大学学士，1992年加州大学圣芭芭拉分校博士/newweb/faculty/Chen_Degang.htmHailiang LiuProfessor, 数学系1988年清华大学应用数学系硕士，1995年中科院博士/hliu/info_page.htmlJin TianAssociate Professor, 计算机系1992年清华大学物理系学士，2002年加州大学洛杉矶分校博士/people/facultyview.jsp?fname=JinLu RuanAssociate Professor, 计算机系1996年清华大学计算机系学士，2001年明尼苏达大学博士/~ruan/龙玲Associate Professor，数学系1997年清华大学数学和计算机双学士，2002年宾州州立大学博士/linglong/Daji QiaoAssociate Professor, 电子计算机系1994年清华大学控制工程学士，密歇根大学博士/~daji/Wei HongAssistant Professor，Department of Aerospace Engineering2000年清华大学工程力学、计算机双学士，2002年固体力学硕士，2006年哈佛大学博士/~whong/********以下两人可能已离职Wei LiAssistant Professor, 金融系1992年清华大学学士，2000年犹他大学博士/~catalog/2001-03/faculty/w.htmWei ZhangAssistant Professor of Marketing1994年清华大学化学学士，1997年清华大学化学硕士，2001年卡耐基梅隆大学Marketing 博士/faculty/wtzhang101，加州大学河边分校7//回清华了徐正元1989年清华大学电子工程系学士，Stevens Institute of Technology博士Professor，电子工程系/~dxu/Albert Z. H. Wang （IEEE Fellow）1985年清华大学电子系学士，1988年中科院硕士，1996年纽约州立大学布法罗分校博士Professor of EE, Director of Laboratory for Integrated Circuits and Systems/~aw/Wu Jianzhong1991年清华大学应用数学与化工双学士，1994年硕士，1998年加州大学伯克利分校博士Professor，化学和环境工程系/~jwu/Long GaoAssistant Professor of Finance（金融）清华大学工程物理系学士、硕士，2008年宾州州立大学博士/phone/tel_search.Details?Id=100020753Huiwang AiAssistant Professor of Chemistry2003年清华学士，2008年艾伯塔大学博士/groups/ai/Qi ZhuAssistant ProfessorDepartment of Electrical Engineering2003年清华计算机学士，2008年伯克利博士/~qzhu/bio.htmlXin GeAssistant ProfessorDepartment of Chemical and Environmental Engineering2000年清华大学化工系学士，2003年硕士2008年麦克马斯特大学博士/gelab/101，内布拉斯加大学林肯分校8Yongfeng Lu1984年清华大学电子工程系学士，1991年大阪大学博士Full Professor，电子工程系/people/lu.htmlTian C. Zhang清华大学环境系硕士，1994年辛辛那提大学博士Full Professor, Environmental Engineering/academicunits/civil/faculty/zhang.shtmlJiashi Yang1982年清华大学工程力学系学士，1994年普林斯顿大学博士Associate Professor，Department of Engineering Mechanics/emhome/faculty/yang.htmlJunke Guo1986年清华大学土木系硕士，1998年科罗拉多州立大学博士Associate Professor, Water Resources/academicunits/civil/faculty/guo.shtmlLi Tan1994年清华大学化工系学士，2002年密歇根大学博士Associate Professor, Department of Engineering Mechanics/emhome/faculty/tan.htmlMing HanAssistant Professor, Electrical Engineering（电子工程）1998年清华大学电子系学士，2006年弗吉尼亚理工学院博士/academicunits/electricalengineering/faculty-staff/minghan.shtmlXu LiAssistant Professor, Civil Engineering（土木）2001年清华大学环境系学士，2008年密歇根大学博士/academicunits/civil/faculty/xuli.shtmlXue LiuAssociate Professor of CS清华大学数学学士，自动化硕士，2006年UIUC博士/------------------------------------------------------------------------内布拉斯加大学医学中心2Junfeng Sun1997年清华大学生物系学士，2005年俄亥俄州立大学生物统计学博士Assistant Professor of Biostatistics/publichealth/biostatistics/personnel/jfsun.htmShifeng ChenAssistant Professor and Medical PhysicistCollege of Medicine Department of Radiation Oncology1997年清华工物系学士，2000年硕士，2006年佛罗里达州立大学博士/radonc/chen.htm101 ,俄克拉荷马大学 5University of Oklahoma OK Guoqiang Shen1985年清华大学建筑系学士，1998年俄亥俄州立大学博士Associate Professor，建筑学院/S/Guoqiang.Shen-1/gshen.htmJiandong Ju1988年清华大学经济学硕士，1995年宾州州立大学博士Professor，经济系/J/Jiandong.Ju-1/Yun Wang//APS fellow1985年清华大学学士，1991年卡耐基梅隆大学博士Associate Professor，宇宙学/~wang/research/John N. Jiang清华大学电子系学士、德州大学奥斯汀分校博士EGE Endowed Chair Professor of power system，Electrical Engineering/J/Ning.Jiang-1/Jie ZhangAssistant Professor of Chinese Pedagoty and Apply Linguistics山大英语本科，清华应用语言学硕士，宾州州立大学博士/faculty.php?action=display&id=111&language=Chinese101, 田纳西大学7University of Tennessee TN Yanfei Gao1999年清华大学工程力学系学士，2003年普林斯顿大学力学与航空工程系博士Associate Professor，Department of Materials Science and Engineering/~ygao7/resume.htmHusheng LiAssistant Professor，EECS（电子工程）1998、2000年清华大学电子系学士、硕士，2005年普林斯顿大学博士/faculty/husheng/mainXiaopeng ZhaoAssistant Professor, Mechanical, Aerospace and Biomedical Engineering（力学、航空）1996、1999年清华大学工程力学系学士、硕士，2004年弗吉尼亚理工学院博士/~xzhao9/Yuanshun Dai （从印地安纳-普度大学转入）Assistant Professor, Joint appointment with EECS and Industrial & Information Engineering 清华大学自动化系学士，新加坡国立大学工业工程与系统工程系博士/~ydai1///2010年从工业界加入，此前工作11年Gong GuAssociate Professor1991年清华电子系学士，1999年普林斯顿大学博士/people/faculty/ggu1/Xiaoyan ZhuAssistant ProfessorIndustrial and Systems Engineering2000年清华热能系学士，2002年德州农工大学硕士，2005年德州农工大学博士。

北京2013新市政定额

主材主材主材主材主材主材主材主材主材主材主材主材主材主材主材主材主材主材9945其它工程机械9945其它工程机械9945其它工程机械9945其它工程机械9945其它工程机械其它工程机械99459945其它工程机械9945其它工程机械9945其它工程机械9945其它工程机械9945其它工程机械9945其他工程机械9945其他工程机械9945其他工程机械其他工程机械99459945其它工程机械9944泵类机械9944泵类机械9944泵类机械9944泵类机械9944泵类机械9944泵类机械9944泵类机械9944泵类机械9944泵类机械9944泵类机械9944泵类机械9943动力机械9943动力机械9943动力机械9943动力机械9943动力机械9943动力机械9943加工机械9943动力机械9939电气线路机械9935钻探及地下工程机械9935钻探及地下工程机械9935钻探及地下工程机械9935钻探及地下工程机械钻探及地下工程机械9935钻探及地下工程机械9935钻探及地下工程机械99359933破碎及凿岩机械9933破碎及凿岩机械破碎及凿岩机械99339931环卫机械9931环卫机械9931环卫机械9931环卫机械9931环卫机械9931环卫机械9931环卫机械9931环卫机械9931加工机械9931环卫机械9929无损探伤机械设备无损探伤机械设备99299927冷却及热处理机械设备9927冷却及热处理机械设备9927冷却及热处理机械设备9927冷却及热处理机械设备焊接机械设备9925焊接机械设备99259925焊接机械设备9925焊接机械设备焊接机械设备99259925焊接机械设备9925焊接机械设备焊接机械设备99259923切割及打磨机械设备9923加工机械9923切割及打磨机械设备9923切割及打磨机械设备9923切割及打磨机械设备9923切割及打磨机械设备9923加工机械9923切割及打磨机械设备9921木工机械加工机械99199919加工机械加工机械99199919加工机械9919加工机械9919加工机械9919加工机械9919加工机械9919加工机械9919加工机械9919加工机械9919加工机械加工机械99199919加工机械9919加工机械9919加工机械9919加工机械9919加工机械9917钢筋和预应力机械9917钢筋和预应力机械9917钢筋和预应力机械9917钢筋和预应力机械9917钢筋和预应力机械9917钢筋和预应力机械9913压实及路面机械9913压实及路面机械9913压实及路面机械9913压实及路面机械9913压实及路面机械9913压实及路面机械9913压实及路面机械9911机动工业车辆9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9909起重及垂直运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械9907铲土及水平运输机械混凝土及灰浆用机械9905混凝土及灰浆用机械9905混凝土及灰浆用机械99059905混凝土及灰浆用机械混凝土及灰浆用机械99059905混凝土及灰浆用机械9903桩工、钻孔机械桩工、钻孔机械9903桩工、钻孔机械99039903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械桩工、钻孔机械99039903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械9903桩工、钻孔机械挖掘机械99019901挖掘机械8027特种混凝土沥青混凝土8025沥青混凝土80258021水泥混凝土8021水泥混凝土8021水泥混凝土8021水泥混凝土水泥混凝土8021水泥混凝土80218021水泥混凝土水泥混凝土80218015胶泥、脂、油8015胶泥、脂、油8015胶泥、脂、油8015胶泥、脂、油8015胶泥、脂、油8011灰浆、水泥浆8009其它砂浆8009其他砂浆8007特种砂浆8001水泥砂浆8001水泥砂浆8001水泥砂浆8001水泥砂浆5547发电机5547发电机3321交通（安全）标志3321交通（安全）标志3321交通（安全）标志3321交通（安全）标志3321交通（安全）标志3321交通（安全）标志3321交通（安全）标志3321交通（安全）标志3321交通（安全）标志3311防撞装置3307路面天然石构件3307路面天然石构件3307路面天然石构件3307路面天然石构件3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3305路面砖、广场砖3303土工格栅3303土工格栅道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件33013301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3301道路管井、沟、槽等构件3217电动工具3217电动工具3217电动工具3215气动工具3211手动工具其余周转材料32093209其余周转材料3207胎具、模具类周转材料3207胎具、模具类周转材料3207胎具、模具类周转材料3203脚手架及其配件3203脚手架及其配件3201模板3041其它成型制品3041其他成型制品预制烟囱、烟道30393035装置设备附件3035装置设备附件3035装置设备附件3035装置设备附件3035装置设备附件3035装置设备附件3035装置设备附件3035装置设备附件3035装置设备附件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件机械设备安装用加工件30333033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件机械设备安装用加工件30333033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件3033机械设备安装用加工件变形缝3021变形缝3021压力容器构件3007压力容器构件3007压力容器构件30073005铸铁及铁构件3005铸铁及铁构件3005铸铁及铁构件3005铸铁及铁构件3001钢结构制作件钢结构制作件3001钢结构制作件30013001钢结构制作件3001钢结构制作件3001钢结构制作件钢结构制作件3001钢结构制作件3001钢结构制作件30013001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件钢结构制作件3001钢结构制作件30013001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件钢结构制作件30013001钢结构制作件钢结构制作件3001钢结构制作件30013001钢结构制作件3001钢结构制作件3001钢结构制作件钢结构制作件30013001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件3001钢结构制作件钢结构制作件3001钢结构制作件30013001钢结构制作件钢结构制作件3001钢结构制作件30013001钢结构制作件钢结构制作件3001钢结构制作件30012935其它园林绿化器材2935其它园林绿化器材2935其它园林绿化器材2935其它园林绿化器材2935其它园林绿化器材2935其它园林绿化器材2929园艺资材2929园艺资材2929园艺资材2923假山、观景石2923假山、观景石2923假山、观景石2907地被植物2907地被植物2907地被植物其余仿古材料2823其余仿古材料2823其余仿古材料28232823其余仿古材料其余仿古材料2823其余仿古材料28232823其余仿古材料2823其余仿古材料2823其余仿古材料2823其余仿古材料2823其余仿古材料2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）28112811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）粘土瓦件（黑活瓦件）28112811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）粘土瓦件（黑活瓦件）28112811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）28112811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）2811粘土瓦件（黑活瓦件）。

新一代电子航海图标准S_101的研究进展_王昭

第33卷第1期2013年1月海洋测绘HYDROGRAPHIC SURVEYING AND CHARTINGVol.33，No.1Jan．，2013收稿日期：2012-03-07；修回日期：2012-08-30作者简介：王昭（1982-），男，陕西宝鸡人，工程师，硕士，主要从事海图制图、地图信息度量理论研究。

DOI ：10．3969/j．issn．1671－3044．2013．01．022新一代电子航海图标准S －101的研究进展王昭（北海航海保障中心，天津300211）摘要：S －101是基于通用海道测量数据模型建立的新一代电子航海图产品规范，遵循了S －100规定的产品规范建立原则和方法，实现了对电子海图特定应用的准确技术描述。

在与S －57标准兼容性、数据内容和结构、数据编码和数据分发/保护等四个方面有了新的发展。

该规范仍处于开发阶段，探讨研究S －101的开发进展将有利于我国电子航海图技术的发展。

关键词：海洋测绘；电子海图；产品规范；S －101；S －100；电子海图显示和信息系统中图分类号：P201文献标志码：B文章编号：1671-3044（2013）01-0072-041引言2010年1月，国际海道测量组织（IHO ）发布了《S －100通用海道测量数据模型》，各国官方海道测量产品开始由海道测量信息时代进入地理信息时代，S －100的发布标志海道测量数据可以与传统的地理信息以统一的模式和方法表达、存储，以统一的方式发现、使用［1－5］。

随后，作为S －100标准体系的重要内容和具体实现，《S －101电子航海图产品规范》的开发开始进入实质性阶段。

按照国际海道测量组织计划：现行的电子航海图（ENC ）标准S －573.1版已经“冻结”，将被新一代ENC 标准代替。

新一代电子航海图标准S －101将分四阶段完成开发和测试，力争在2012年前后发布S －101第1版。

在S －101完成后，国际海道测量组织计划利用10 20年时间完成从S －57到S －101的过渡工作：201x 年 202x 年为S －57和S －101可以互相转换的阶段，从202x 年后，S －573.1版正式退出历史舞台，进入S －101成为唯一电子海图产品规范的新时代。

Operations Management Processes and Supply Chains (12)

Supplier Relationship Process
• Supplier selection
– Material costs
Annual material costs = pD
– Freight costs – Inventory costs
Q Cycle inventory = 2 Pipeline inventory = dL
Q = + dL H 2 = (10,000 units/2 + 1200 units/day(15 days)) $20/unit/year = $460,000 Administrative costs = $180,000 Total Annual Cost = $30,000,000 + $380,000 + $460,000 + $180,000 = $31,020,000
Copyright © 2016, 2013, 2010 Pearson Education, Inc. All Rights Reserved.
Integrated Supply Chains (2 of 2)
• SCOR Model
– – – – – Plan Source Make Delivery Return
Total Annual Costs for the Keyboard Suppliers
Supplier Belfast Hong Kong Shreveport
Shipping Quantity 10,000
blank blank blank
Shipping Quantity 20,000
blank blank blank

CADWorx等级库的制作流程

CADWorx的元件库(Catalog)包含了所有的尺寸、材料、壁厚等级、壁厚、端点类型、元件类别等数据，分为Global、Industry和Company三个层次，分别使用.cat、.ids和.cmp作为后缀名，等级库存放在等级库项目中，后缀名.prj，在之前的版本中，没有这么分，后缀名全部为.gbb，跟PDS的PCD文件有点类似。

这些文件都可以直接用记事本或者notepad等工具打开进行编辑，如果你后面对它们的学习深入以后，其实通过编辑这些文本都可以实现制作元件和等级。

而我们一般情况下都会选择使用软件的SpecEditor工具来进行元件库与等级库的制作。

如下图，软件安装好以后，默认自带的管道数据库以及SpecEditor启动程序存放在C:\CADWorx 2013\Plant\Spec下面。

这个目录下面还存放着一些自定义元件的图形文件和一些配置和预设数据的XML文件。

有意思的事情是，其实安装好以后SpecEditor工具的使用是不需要授权的，这一点和P3D的SpecEditor使用一样。

于是，我们直接可以复制目录下的Spec文件夹到自己的电脑上，即可开始数据库的制作，电脑上可以不用安装CADWorx。

这里给同学们提供单独的最新Spec文件夹下载：SpecEditor下载连接钢结构的数据库后缀名全部为.dat文件，这些文件分别存放在C:\CADWorx 2013\Plant\Steel_I和C:\CADWorx 2013\Plant\Steel_M下，这里面存放了很多种类的型钢，这些dat文件可以通过记事本或者notepad等工具打开进行编辑。

以后的内容我们会逐步介绍如何创建国标的型钢库。

2013.5.20 更新内容CADWorx中建模的时候要先加载一个相应的等级库项目，即.prj文件，这个.prj文件里面存着若干个等级。

首先进入软件后选择左上角的setup进入项目配置。

等级库的调用目录是在Setup下的Configuration Setting中Specification Directory设置，你所要调用的等级库项目必须放在这个目录下，当然，你也可以更改这个目录。

1769控制器新版选型手册2013

CompactLogix 1768-L43, 1768-L45 Compact GuardLogix 1768-L43S, 1768-L45S
SoftLogix 5800 1789-L10, 1789-L30, 1789-L60
• 1768-L43: 16; 32 programs/task
• 1768-L45: 30; 32 programs/task
• Drives, motors, and accessories (use the Motion Analyzer tool)
4 Compact GuardLogix Integrated Safety
Page 20
Select: • A 1768 Compact GuardLogix controller for integrated safety
• 48 ControlNet
• 48 ControlNet
• 128 EtherNet/IP; 64 TCP • 128 EtherNet/IP; 64 TCP
Backup via DeviceNet SERCOS interface
—
• SERCOS interface • Analog encoder input
• 1756-L71: 2 MB • 1756-L72: 4 MB • 1756-L72S,
1756-L72SXT: 4 MB + 2 MB safety • 1756-L73, 1756-L73XT: 8 MB • 1756-L73S: 8 MB + 4 MB safety • 1756-L74: 16 MB • 1756-L75: 32 MB
(C/C++)

大众VASS标准图纸说明

大众VASS标准图纸说明1.多语言文本翻译选项\设置\项目名\翻译\常规翻译语言：添加中英德语言显示语言：根据要求添加用于图纸中显示的语言源语言：必须为显示语言之一即可，具体功能未知工具\翻译\设置项目：与上面相同，单位选择：词范围：无需修改可译页：可以全选用户：导入词典位置\1_HW-WS_V05_TiguanNF_2015-07-15\04_Schaltungsunterlagen\EPLP8_20\Uebersetzung\C3_ VW326_0CS文件夹下词典文件后缀为.mdb如果有新增加翻译部分，可以通过功能文本-多语言翻译-存入词典与项目无关：此栏可以按下图设置最后，选定需要翻译区域，工具\翻译\翻译(R)2.图纸编号原则首先要了解大众工厂编号序列Werk：工厂代号xxHalle：厂房代号xxAnlage：工装区域xx xxxxARG：PLC系统编号xSK：安全区xStation：工位代号xxxxRoboter:机器人编号图纸编号并非完全与上面相同，示例如下79-E00-01E KD U1A1179 工厂代号：长春E00 图纸版本：根据修订（改造）次数编号，初始为E00 01EKD 车间区域U1A1 生产线代号（比如地板总成——）1PLC系统代号下面几张图为大众定义的工厂代号及工艺代号（不全）SKmnm 第几套PLCn 第几个安全区F屏I1 用于设置焊钳、激光、工艺参数等，需要依赖于网络柜实现生产线多PLC共用F屏供电有AKV柜提供A屏mIn m第几套PLC n 本套PLC内第几个屏每套PLC只有1个A屏，可以有多个C屏设备简称如下表3.设备标识符的命名原则设备标识符必须22位，不够用中划线“-”补齐具体设备命名可参照文档-“设备标识符解释.PDF”设备标识符在图纸中是根据高层代号位置代号自动生成22位的，工具-从外部编辑属性-导出功能（x）配置选择PNDevName 后面下拉菜单打开如上图选择，模板位置在workshop文件夹下\1_HW-WS_V05_Tiguan NF_2015-07-15\03_Ergaengzende_Dokumente\Konstruktionshilfen\Profinetgeraetenamen_K_20 131212\Profinetgeraetenamen_K_20131212\Tpl_EdPropExtPNDevName_K_20131212.xls语言选择德语输出方式选择用外部应用程序编辑并回读，在实际操作过程中出现了EPlan内部错误，导致导出回读操作失败，原因是上面模板文件位置文件夹名字太长，将其拷贝至根目录操作完成导出过程中，会自动打开模板文件，按文件上方提示按钮点击第一步第二步，然后保存关闭，在Eplan中点击同意导入数据，该工作完成。

关于711便利店的日语PPT介绍

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• •
1973 WPS Office
コンビニエンスストアは、いま、大きな転換期を迎えています。高齢化社会の進展、単身者や共働き世帯の増加などを背景に、お客様の生活スタイルは大きく変化し、「日常生活に必要な品々を、近くの店で時間をかけずに購入したい」というニーズが高まっています。その一方で、日本各地の中小小売店は減少を続けており、お客様のご不便の解消に、「変化対応業」を標榜するセブン-イレブンが果たすべき役割は大きいと自負しています。国内で地域ニーズに密着するのと並行して、グローバル化も強力に進めています。海外のセブン-イレブンのライセンシー（事業者）やメーカーとともに行う商品開発をはじめ、店舗設備・資材、情報システムなどの共有化も視野に入れ、「世界のセブン-イレブン」としてのブランド力向上を図っています。地球規模の視点と、地域のお客様の視点を融合し、セブン-イレブンは、新たな時代のコンビニエンスストア事業に挑戦してまいります。
• • • •
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WPS Office
米國·711·昼
WPS Office
711·夜
WPS Office
日本·711
WPS Office
谢谢观赏
WPS Office
• • • • • • •
WPS Office
企业が环境に対するの保护を强化し
（711力争做环保达人，以呼吁全球开展环保。）
WPS Office
• •
セブン＆アイHLDGS. 環境宣言私たちは、今、地球環境を保全し、豊かで美しい自然環境を次世代へ継承することこそが、人類共通の課題であり、私たちの使命であると考えています。地球環境と企業活動の調和を実現するため、商品の開発、製造、物流、販売に至るサプライチェーン全体でお客様、地域社会、お取引先様と協力しあいながら、商品の安全・安心はもとより、環境問題対策において世界の小売業のトップリーダーを目指しセブン＆アイグループ全社をあげて取り組みます。私たちは、地球温暖化の防止は地球上における最大かつ喫緊の課題であると認識し、低炭素社会の実現に向けて、温暖化の主因である二酸化炭素の排出削減をより一層積極的に推進します。私たちは、グループ全社員への環境教育等を通じた啓発に努めるとともに、社員一人ひとりが企業市民としての社会的責任を自覚し、地球環境、地域社会との共生に取り組みます。私たちは、誠実かつ透明性の観点から、こうした取り組みについて正確・確実・迅速に情報を公開していきます。策定日 2008年6月5日

义务教育均衡发展培训

实施素质教育，促进学生全面发展
坚持德育为先
把立德树人作为教育的根本任务，加强社会主义核心价值观教育，培养学生良好的思想品德和行
为习惯。
强化体育美育
开足开齐体育、音乐、美术等课程，开展丰富多彩的课外文体活动，增强学生体质和审美素养。
减轻学生课业负担
严格控制学生在校时间和作业量，保证学生有足够的睡眠和锻炼时间，切实减轻学生过重的课业负担。
自查自纠的范围和重点
明确地方政府在义务教育均衡发展方面的自查自纠范围，突出对办学条件不达标、师资配置不均衡等问题的自查自纠。
整改落实的措施和要求
针对自查自纠中发现的问题，提出具体的整改措施和要求，包括改善办学条件、优化师资配置、提高管理水平等方面的举措。
监督检查和问责机制
建立对地方政府自查自纠及整改落实情况的监督检查和问责机制，确保问题得到切实解决。
在追求均衡发展的过程中，一些学校过于注重标准化和统一化，而忽视了学校的特色发展和个性化教育。
教师队伍结构性矛盾突
教师数量不足与结构不合理
在一些地区和学校，教师数量不足，同时教师队伍的结构也不合理，如年龄、学历、职称等方面的分布不均衡。
优秀教师流失严重
由于待遇、工作环境等原因，一些优秀教师选择离开教育行业或者流向其他地区和学校，导致教师队伍的整体素质下降。
加强教师队伍建设，提高整体素质
严格教师准入制度
完善教师资格认证制度，严把教师入口关，确保新入职教师
具备相应的教育教学能力。
加强在职教师培训
建立健全教师在职培训体系，定期开展各类培训活动，提高教师的专业素养和教育教学能力。
推进教师交流轮岗
实行区域内教师交流轮岗制度，促进优质师资资源共享，缩小城乡、区域、校际间师资水平差距。

2013新日化最-新日化贸易拓展香港有限公司

新日化贸易拓展（香港）有限公司NEW JAFFER TRADE & DEVELOPMENT (HK) LTDNEW JAFFER TRADE & DEVELOPMENT (HK) LTD新日化贸易拓展（香港）有限公司代理以下香精公司：Symrise 德之馨有限公司 Delio 得俪龙有限公司Resources 维沙思香精有限公司Firmenich 芬美意香精公司Iberchem爱伯馨公司月在香港成立并进入中国市场，前身是广州市新日化贸易洗涤原料经营部，主营日用化妆品原料、香精等。

经过多年的发展，已拥有一批大型的客户，彼此信任、支持。

为了自身发展以及为客户提供更优质高效的服务，我们在广州、上海、汕头、厦门设有分公司或办事处，业务覆盖华南和华东。

自成立以来，我们与多家全球性大公司建立了友好的合作关系，如美国迈图（Momentive）、美(DOW)、美国森馨(Sensient)、德国德之馨等。

国际大型香精公司如(Delio)、维沙思(Resources)、等也是我们的主要支持者。

我们和合作伙伴共同努力通过高效的、有全球竞争力的、大规模的供应网络体系来满足客户对高品质我们将一如既往地坚持优质的产品、有竞争力的价格、竭诚的服务，致力目录SENSIENTSENSIENTSENSIENTMOMENTIVEMOMENTIVE产品名称命名简介包装苯基改性硅树脂Silshine 151苯丙基二甲基硅氧烷基硅酸酯苯基丙基改性的硅氧烷树脂，是款硅成膜剂和光亮剂，非常适合于唇部产品和发类产品，提高产品光泽度。

高折射率、不挥发、抗迁徙性以及优异的相容性。

Silshine 151硅树酯结构提供了优异的成膜特性，而苯基功能团则有利于与有机油脂的相容性，与硅油的相容性更不在话下，广泛用于护肤、护发和彩妆产品。

50.00KG/Drum有机硅结构/肤感增进剂Velvesil 034辛基聚甲基硅氧烷/C30-45烷基鲸蜡硬脂基聚二甲基硅氧烷交联聚合物分散在辛基甲基硅氧烷中的有机硅共聚物，多功能肤感加强结构体，它独有的粒径分布，可改善产品涂抹时的肤感和使用后丝绒般的触感，具有柔和焦距的效果。

elcomsoft_2013_en

Password Recovery Software .................................................................................. 14
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2013_14_Trade_Catalogue

is likely to rain. If the number is higher, it is likely to stay clear.
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Temperature trend indicator
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Is my family as comfortable as possible? Is my wine being stored at the corrwer: Place a temperature and humidity (thermo-hygro) sensor(s) inside your house in the area(s) you’d like to monitor.
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福尼压缩试验机说明书

PRODUCT SPECIFICATIONSFHS 500 Test Machine, Flexural Tester LA-270, TestPilot TA-1253Forney manufactured test machine, flexural tester and digital control to be compatible with both test machine and flexural tester. Forney brand and model FHS-500B/LA-270-TP 500K Frame with stand, ¾ HP B Rev. A which consists of FHS 500B Test Machine, Flexural Tester LA-270, and TestPilot TA-1253; or an equivalent system.FHS 500 Test MachineDESCRIPTION: Compression testing instrument for testing concrete cylinders, beams, cubes, masonry products, rock samples and other products.CAPACITY: 500,000 lbf compression.RANGE: 5,000 lbf to 500,000 lbfDESIGN: To be a single unit consisting of a base section, load frame, and a load digital indicator. The hydraulic control valve is conveniently located at the right front of the load frame, affording easy operator access. This unitized design permits easy installation and provides portability without disassembling hydraulic or electrical pump wiring components. Lexan doors for total containment of test chamber.COMPRESSION UNIT CONSTRUCTION: The load frame to be fabricated from solid steel into a one-piece, welded unit. The vertical side members to be 2" thick x 12" wide and the top crosshead 5” thick and bottom crosshead 6" thick x 12" wide x 12" deep. The unit to be designed to reduce deflection under full load, with frame rigidity expressed as 35.7 x 106 lbf/in. The hydraulic power piston assembly to be bolted to the bottom of the load frame with force applied in an upward direction.A. INSIDE DIMENSIONS: The compression area of the load frame to have a verticaldaylight opening of 19", measured from the bottom platen to the top crosshead. The total horizontal inside opening to be 12". All dimensions are without accessories installed.B. OUTSIDE DIMENSIONS: The complete unit including steel base is to measure 60"high x 27 5/8" wide x 19" deep, as viewed looking at the front. The base is to have fourpre-drilled holes to accommodate floor mounting.HYDRAULIC POWER PISTON ASSEMBLY: Testing pressure to be applied by an 8.5" diameter power piston. Stability length of the piston to be 5.875" with a working stroke of 2.50". Piston to be precision turned to an 8 RMS finish. Cylinder to have inside mating surface precision bored to a 16 RMS finish and be manufactured from seamless steel tubing with a wall thickness of more than 1.5". System to be sealed by a non-frictional "O" ring and Teflon back-up ring.LOWER COMPRESSION PLATEN: The lower compression platen to be 10.25" wide x 16.00" long x 1.00" thick on top of working plate. The platen surface to be hardened to a Rockwell hardness of not less than 55 R c and be precision ground to maintain planeness within .0005" in any 6.00" of direction. The platen surface to be scribed with a center line and concentric circles including 4 and 6 in. diameters for test specimen centering and be electro-plated with industrial hard chrome for wear and rust resistance. The platen to be directly mounted to the top of the power piston to prevent foreign matter from entering the piston and cylinder assembly. HYDRAULIC PUMPING SYSTEM: Hydraulic pressure to be supplied to the power piston assembly by a special two-stage pump. The first stage supercharger pump to provide low-pressure, high-volume delivery for rapid advance of the power piston. Once system pressure exceeds 75 PSI, the second stage pump automatically activates to deliver high-pressure throughout the remainder of the testing range to system capacity. Pump to be directly connected to the electric motor shaft and run immersed in oil, rendering it maintenance free. HYDRAULIC CONTROL SYSTEM: To consist of a single automatic control valve with multiple loading and unloading functions.A. METERED ADVANCE: Stress loading to be maintained by a patented pressurecompensating valve that maintains a precise rate of loading (force per minute) and beadjustable by the operator from 2,000 to 200,000 lb./min. At any time during the testcycle, the rate of loading can be increased or decreased. Loading to be appliedcontinuously and without shock until sample failure.B. FULL ADVANCE: The rapid traverse lever to be used to position the compressionplaten at the rate of 3.00" travel per minute. This feature is most often used for pre-loading of the specimen and for rapid advancement of the power piston prior to making specimen contact.C. HOLD: Pressure advance can be stopped and held to inspect the alignment of the testsample or interrupt the test cycle.D. RETRACT: This function to release pressure and return the power piston to start. LOAD READOUT SYSTEM: See Digital Indicator Product Data Sheet. Refer to Forney website Catalog 2013-2014 Digital and Control Systems.ACCURACY: The load readout system to be calibrated to within +/- 0.5% of the indicated load. Factory and field calibration can be performed in strict accordance to ASTM E-4 and British specifications BS-1610.COMPLIANCE: Instrument to be in strict compliance with ASTM C-39, E-4; British specifications BS-1881, BS-1610, BS-5328, BS-3693, BS-308, BS-427, BS-970 and ACI Committee 363.ELECTRICAL SPECIFICATIONS: The hydraulic pump motor to be rated at 110/220 volts, 12.0/6.0 full load amps. Single phase, 50/60 Hz. current required. Standard motor to develop 3/4 horsepower. Other electrics to be available upon request.ACCESSORY SYSTEM: Accessories to be held in the compression unit by means of a holding stem system. This holding stem to insert into the top crosshead and be held by a quick change locking setscrew, accessible from the front for operator convenience and safety. High tensile aluminum spacers to be used for obtaining proper spacing for specimens of various heights.SAFETY FEATURES: Safety features to be incorporated to protect both operator and testing instrument:A. MAXIMUM CAPACITY PROTECTION: A high-pressure safety valve to protect thehydraulic circuit and load frame from exceeding their maximum capacity. This high-pressure relief valve, incorporated in the hydraulic pump, to be preset at the factory. Once maximum system capacity is reached, the high-pressure relief valve to stop theinstrument from going beyond the maximum capacity of the load frame.B. FRAGMENT SAFETY GUARDS: Fragment safety guards are mounted to the frontand rear of the compression frame. Lexan to protect the operator from flying testspecimen fragments.UNIT WEIGHT: Complete unit weight without accessories to be approximately 2,000 lbs.SHIPPING: Instrument to be shipped in an upright position, bolted to a wooden skid and crated. Total shipping weight to vary, depending upon the type and number of accessories ordered. INSTRUCTION MANUAL: Instrument to have instruction manual detailing installation, operation, maintenance and calibration procedures.Flexural Tester LA-270Capable to perform flexural test (modulus of rupture) of concrete beam samples with dimensions 6 x 6 x 21 inches (width, height and length).Refer to Forney website Catalog 2013-2014 Testing Machines for a listing of Flexural Testers LA-270specification.TestPilot TA-1253 Digital and Control SystemsFour channels that allows two machine frames to be operated from one digital. Two load channels and two strain channels for multiple language options and to allow download to a printer or to any PC.A four-channel system that includes two selectable load channels to capture load data from one or two load frames; and two additional channels to capture data for strain and/or displacement commonly used when collecting data from compressometers or extensometers or other LVDTs. Refer to Forney website Catalog 2013-2014 Digital and Control Systems for a listing of TestPilot TA-1253specification.。

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System DiagramComputer & PeripheralsDisplayPanelNetworking & CommunicationMobilityTablet PCIntel PlatformAMD PlatformDesktop PC- MOSFETDesktop PC03- 04Notebook PCIntel PlatformAMD PlatformNotebook PC-MOSFET05- 06Graphic CardStand-Alone Graphic CardMXM Graphic Card07- 08TV Monitor xDSL Modem/DSLAM Set-Top Box VOIPWLAN Card09- 10Mobile Phone 11- 12Switching Power - Boost ConverterBoost ConverterSwitching Power - Buck ConverterSingle Buck ConverterMultiple Output Buck Converter21- 24Switching Power AccessoryVoltage ConsoleCurrent Console25- 26Product Selection GuideAudio ApplicationPower ManagementClass AB/DAudio Amplifier13- 14Switching Power - Buck ControllerSingle Buck ControllerSingle Buck Controller with LDOMultiple Output Buck ControllerMultiple Phase Buck Controller13- 20Power Supply ApplicationPower Supply Application17- 18SensorTemperature SensorTiming ControlClock GeneratorL ED Driver LED DriverMulti-Channel Power Management IC MOSFET Driver Power MonitoringMotor DriverMotor DriverLinear Power - Low Dropout RegulatorSingle Output LDOMultiple Output LDO27- 30Linear Power - Power Switch & ConsolePower DistributionUSB Power Switch29- 30Battery ChargerLinear Mode31- 32Supervisory / Reset IC 33- 34Light Sensor35- 36Battery ManagementBattery ProtectionOperational AmplifiersOperational AmplifiersUBIQ MOSFET Selection Guide39- 70Analog OutputDigital OutputClock BufferDC-DC Type2 to 4 CellGas GaugeSingle Cell37- 38System DiagramComputer & Peripherals+1.1V Run(1.1V / 6.2A)Core GPUInterfaceUSB SWI2CPCI/PCIe LAN HDDCRT/HDMIConsoleV DDQ_IO V DDQuP1805 (I2C, 3-Channel Volt.DAC, SOT23-8)uP1811 (I2C, 3-Channel Current DAC, SOT23-8)VDL5VDL ACPI ControlleruP7501 (ACPI 5VDL SW, SOT23-8)5VDL -> 3.3VDLuP1712 (3A Buck Converter, PSOP-8, WLCSP)uP0104 (3A LDO, 100mΩ , PSOP-8, DFN6x5-8)uP0105 (2A LDO, 150mΩ , PSOP-8, DFN3x3-10)CPUVC ORE+VGTPCHMOSFET Dri MOSFET DriveruP1602 (4+2Phase; Auto-PSI; QFN6x6-48)uP1640 (4+2 Phase; Dr MOS; QFN6x6-48)uP1643 (3(2) +2(1) Phase; QFN7x7-56)VDD/VDDNBuP1909 (Single Ch.; 5V Drive, DFN2x2-8)uP1959 (Single Ch.; 12V Drive, DFN2x2-8)uP1952 (Single Ch.: PSOP-8) uP1951 (Dual Ch.; QFN3x3-16)uP1961 (1 2 Phase Extender; QFN3x3-16) VDDA/1A uP1602 (4+2Phase; Auto-PSI; QFN6x6-48)uP0104S (3A LDO; PSOP-8)VDDAuP1542 (PWM; Ext. Comp; SOP-8)uP1504 (PWM; REFIN; SOP-8)uP7534 (1.5A; 90mΩ ; SOT23-5)uP7536 (Dual ports SW; 100mΩ ; SOT23-8)uP7537 (6 ports SW; 80mΩ ; PSOP-8)uP7551 (Quick Charging Port, 70mΩ ; WQFN3x3-16)uP1542 (PWM; Ext. Comp; PSOP-8)uP1504 (PWM; Int. Comp; PSOP-8, SOP-8)uP1508 (PWM; Ext. Comp; D.MOS, SOT23-8)uP1606 (2Phase Buck; Auto-PSI; QFN4x4-24)uP1612 (3Phase Buck; Auto-PSI; QFN5x5-32) uP1608 (3+1Phase Buck, QFN6x6-48)uP0104S (3A LDO; 100mΩ ; PSOP-8)V CCSAV CCIOVCC PLLuP1542 (PWM; Ext. Comp; PSOP-8)uP1504 (PWM; Int. Comp; PSOP-8, SOP-8)uP1508 (PWM; Ext. Comp; D.MOS, SOT23-8)uP1536 (PWM, RCOT, DFN3x3-10)uP1564 ((PWM+LDO, WQFN3x3-20)uP1606 (2phase ; Auto-PSI; QFN4x4-24)(VTT BUS Terminator)uP0109 (2A VTT LDO; PSOP-8)uP0125 (2A VTT LDO; PSOP-8, MLCC)VLDTuP1542 (PWM; Ext. Comp; PSOP-8)uP1504 (PSM/PWM; Int. Comp; PSOP-8)uP0121 (5A LDO; 40mΩ ; PSOP-8)uP0115 (LDO controller; SOT23-6)uP1536 (PSM/PWM; Ext Comp; DFN3x3-10)AMD PlatformV CORECoreGPUCPUInterfaceLynxpointPCI-e SPILPC SATAPCIE Gen.3VRMMOS DriverIntel PlatformUSB SWI2CConsoleVDL5VDL ACPI ControlleruP7501 (ACPI 5VDL SW, SOT23-8)5VDL -> 3.3VDLuP1712 (3A Buck Converter, PSOP-8, WLCSP)uP0104 (3A LDO, 100mΩ, PSOP-8, DFN6x5-8)uP0105 (2A LDO, 150mΩ, PSOP-8, DFN3x3-10)uP1649 (VR12.5, 4(0) Dr MOS; I2C; QFN5x5-40)uP1656 (VR12.5, 4(0) Dr MOS; QFN4x4-32)uP1651 (VR12.5, 4(3) Phase; QFN5x5-40)uP1959 (Single Ch.; DFN2x2-8)uP1952 (Single Ch.: PSOP-8) uP1951 (Dual Ch.; QFN3x3-16)uP1961 (1 2 Phase Extender; QFN3x3-16)VCCIO_PCHuP1542 (PWM; Ext Comp; PSOP-8; DFN2x2-8)uP0115 ( LDO controller, 2bit-VID, TSOT23-8) uP1741 (8A Converter, QFN4x4-32)uP0121 (5A LDO, 30mΩ ; PSOP-8)uP7536 (Dual ports SW; 100mΩ ; SOT23-8)uP7537 (6 ports SW; 80mΩ ; PSOP-8)uP7551 (Quick Charging Port, 70mΩ ; WQFN3x3-16)uP7534 (1.5A; 90mΩ ; SOT23-5)HDMIuP1542 (PWM; Ext. Comp; PSOP-8)uP1504 (PWM; Int. Comp; PSOP-8, SOP-8)uP1508 (PWM; Ext. Comp; D.MOS, SOT23-8)uP1564 ((PWM+LDO, WQFN3x3-20)uP1606 (2phase ; Auto-PSI; QFN4x4-24)(VTT BUS Terminator)uP0109 (2A VTT LDO; PSOP-8)uP0125 (2A VTT LDO; PSOP- 8, MLCC)PCH ME VR (1.05V/0,55A)AMT OnlyuP0104S (3A LDO; 100mΩ ; PSOP-8)uP1722 (1A Buck Converter; TSOT23-5)uP1805 (I2C; 3 Volt Outputs; SOT23-8) uP1811 (I2C; 3 Current Outputs; SOT23-8)uP1542 (PWM; Ext. Comp; PSOP-8)uP1504 (PWM; Int. Comp; PSOP-8, SOP8)uP1508 (PWM; Ext. Comp; D.MOS, SOT23-8)uP1606 (2Phase Buck; Auto-PSI; QFN4x4-24)uP1612 (3Phase Buck; Auto-PSI; QFN5x5-32)uP1608 (3+1Phase Buck, QFN6x6-48)VDDQ_IOVDDQuP0104S (3A LDO; 100mΩ ; PSOP-8)MOSFETVCORECore GPUCPUInterfaceLynxpointPCIE Gen.3PCI/PCleLAN HDD CRT/HDMIMOSFET for Buck Controller QM3006D/QM3006M6 (30V 5.5m Ω NMOS)QM3056M6 (30V 4.2m Ω NMOS)QM3016D/QM3016M6 (30V 4m Ω NMOS)QM3018D/QM3018M6 (30V 3m Ω NMOS)VCCIO_PCHQM2710D (20V, VGS=+/-16V, 28m Ω)QM2702D (20V, VGS=+/-16V, 20m Ω)HDMIPCH ME VR (1.05V/0,55A)AMT OnlyVDDQ_IOVDDQH/S MOSQM3014D/QM3014M6 (30V 12m Ω NMOS)QM3052M6 (30V 8m Ω NMOS)QM3024D/QM3024M6 (30V 9m Ω NMOS)QM3004D/QM3004M6 (30V 8.5m Ω NMOS)QM3022D/QM3022M6 (30V 7m Ω NMOS)QM3054M6 (30V 5m Ω NMOS)QM3058M6 (30V 3m Ω NMOS)QM3036D (25V 4.3m Ω NMOS)L/S MOSFTLinear Reg. SolutionVCORE+VGTVDDA/1A +1.1V Run (1.1V/6.2A)01Computer & Peripherals02- Computer & Peripherals - Desktop PCSystem Diagram Desktop PCIntel PlatformAMD PlatformDesktop PCMOSFETComputer & PeripheralsDesktop PC- MOSFETAMD Platform Intel Platform - Computer & Peripherals - Desktop PC System DiagramSystem DiagramComputer & Peripherals03Computer & Peripherals04Computer & Peripherals Notebook PCIntel PlatformAMD PlatformNotebook PC-MOSFETIntel Platform2C/4C GPUInterfaceUSB3/0/2.0/1.0I2CPCI-e SPI LPCSATACPULPTuP1737P (6A Buck Converter ; VQFN4x4-24)uP1727P (3A Buck Converter ;WDFN3x3-10/PSOP-8)VccCoreuP1586/7(5V/3.3V Sys. VQFN4x4-24/3x3-20)uP1590(5V/3.3V Sys. VQFN3x3-20)VGFXuP1561P(DDR2/3 VDDQ+3AVTT; VQFN4x4-24)uP1564P/Q(DDR3/3L/4 ; VDDQ+1.5AVTT / WQFN3x3-20/16)uP1566P(DDR3/3L/4 ; VDDQ+1.5AVTT / WQFN3x3-20)uP1740P/Q(DDR3/3L/4 VDDQ+1.5AVTT; uP1509P(Single Buck Controller W/2 bit VID ; WQFN3x3-20)uP1642P(3Phase Buck Controller ; PWMVID VQFN4x4-24)VDDR3L8/10A Converter, WQFN4x4-32)System PowerBattery BatteryAdapterAudioUSB SwitchuP7534 (1.5A; 90mΩ ; MSOP-8/SOP-8)uP7549 (2A; 70mΩ ; MSOP8/SOP8/SOT23-5)uP7551 (Adj,73mΩ ; WQFN3x3-16)V1.5V1.05uP1537 (Single buck controller ; WDFN3x3-10)VR12.5uP1651P ( 3/2/1Phase ; RCOT ; VQFN5x5-40)uP1642Q (3Phase Buck Controller W/Vref-In VQFN4x4-24)AMD PlatformPCIEDDR3/3LI2CPCI-eSPI LPC SATAAPU FS1r2uP1586/7(5V/3.3V Sys. VQFN4x4-24/3x3-20)uP1590(5V/3.3V Sys. VQFN3x3-20)uP1509P(Single Buck Controller W/2 bit VID ; WQFN3x3-20)VDD_11System PowerBatteryVDD_33USB SwitchuP7534 (1.5A; 90mΩ ; MSOP-8/SOP-8)uP7549 (2A; 70mΩ ; MSOP-8/SOP-8/SOT23-5)uP7551 (Adj,73mΩ ; WQFN3x3-16)AMD SVI2uP1643Q ( 2+1Phase; QFN6x6-52)uP1643R (1+!Phase; QFN5x5-40)MOS DriveruP1909 (Single Ch.; WDFNx2-8)FusionPiledriverVDDA VDDP/RVDD_CORE VDD_NBCORE+1.5VuP0105 (2A LDO; 150mΩ ; PSOP-8 )uP0105 (2A LDO; 150mΩ ; PSOP-8 )uP1727P (3A Buck Converter: WDFN3x3-10)SATA lll SPl l /0APU FS1r2PCIEUSB2.0/3.0uP1537P (RCOT; DFN3x3-10)uP1737 (6A Buck Converter VQFN4x4-24)VDD_MEMuP1561P(DDR2/3 VDDQ+3AVTT; VQFN4x4-24)uP1564P/Q(DDR3/3L/4 ; VDDQ+1.5AVTT / WQFN3x3-20/16)uP1566P(DDR3/3L/4 ; VDDQ+1.5AVTT / WQFN3x3-20)uP1740P/Q(DDR3/3L/4 VDDQ+1.5AVTT; 8/10A Converter, WQFN4x4-32)MXM3.0MOSFET2C/4C GPUInterfaceI2CPCI-e SPI LPC SATACPULPTVccCoreVGFXVDDR3LSystem Power BatteryAdapterV1.5V1.05Core Voltage QM3024M6 (30V 13.5mΩ NMOS)QM3004M6 (30V 14mΩ NMOS)QM3052M6 (30V 12.5mΩ NMOS)H/S MOSFETQM3022M6 (30V 9mΩ NMOS)QM3054M6 (30V 7.2mΩ NMOS)QM3016M6 (30V 6mΩ NMOS)QM3056M6 (30V 6.2mΩ NMOS)QM3058M6 (30V 4.8mΩ NMOS)QM3018M6 (30V 4mΩ NMOS)L/S MOSFTLoad Switch / SwitchQM3006D/M6/S (30V 6mΩ NMOS)QM3016D/M6/S (30V 4mΩ NMOS)QM3003S (-30V 20mΩ PMOS)QM3005D/M6/S (-30V 15mΩ PMOS)QM3015D/M6/S (-30V 10.5mΩ PMOS)QM3002V (30V 28mΩ NMOS)QM2N7002E3K1 (60V 3Ω NMOS)QM3408Y2 (30V 1.1Ω SOT-523)QM3502C1 (30V 1.1Ω SOT-363)System/Peripheral Power H/S MOSFETQM3002S/M3 (30V 28mΩ NMOS)QM3002ANA (30V 29mΩ NMOS)L/S MOSFETQM3002S/M3 (30V 28mΩ NMOS)QM3014S/M3 (30V 18mΩ NMOS)QM3004S/M3 (30V 14mΩ NMOS)QM3004SM3 (30V 15mΩ NMOS)Dual N MOSFETQM3202M3 (30V 30mΩ Dual NMOS)QM3212M3 (30V 25mΩ Dual NMOS)Battery Pack ProtectionQM3038S (30V 6mΩ NMOS)QM3062M3 (30V 4mΩ NMOS)QM3007K (-30V 70mΩ PMOS)QM3008K (30V 33mΩ NMOS)QM3404K (30V 40mΩ NMOS)BatteryNotebook PC-MOSFETAMD Platform Intel Platform - Computer & Peripherals - Notebook PC System DiagramSystem DiagramComputer & Peripherals, Display05Computer & Peripherals06- Computer & Peripherals - Desktop PCSystem Diagram Computer & PeripheralsGraphic CardStand-Alone Graphic CardMXM Graphic CardStand-Alone Graphic CardGPUMemory PowerMemoryI/O PortsHDMICore PowerOthersVoltage ConsoleuP1801 (2bits VID for PVI, SVI, TSOT23-8)uP1809 (5-bit VID for PVI, TSOT23-8)uP1814 ( PWM-VID console, TSOT23-8)MOSFET for Syn. Buck Controller H/S MOSQM3014D/QM3014M6 (30V 12mΩ NMOS)QM3024D/QM3024M6 (30V 9mΩ NMOS)QM3004D/QM3004M6 (30V 8.5mΩ NMOS)QM3052M6 (30V 8mΩ NMOS)QM3022D/QM3022M6 (30V 7mΩ NMOS) uLDOL/S MOSQM3006D/QM3006M6 (30V 5.5mΩ NMOS)QM3054M6 (30V 5mΩ NMOS)QM3056M6 (30V 4.2mΩ NMOS)QM3016D/QM3016M6 (30V 4mΩ NMOS)QM3018D/QM3018M6 (30V 3mΩ NMOS)QM3058M6 (30V 3mΩ NMOS)Single/Multi- Phase Buck Controller for Core Power uP1529 (1 Phase Buck, PSOP-8, PSOP-8)uP1508 (1 Phase Buck, Dr MOS, TSOT23-8)uP1509 (1 Phase Buck, 2 bit VID, PSM, QFN3x3-20)uP1510 (1 Phase Buck, 2 bit VID, PSM, DRMOS, QFN3x3-20)uP1542 (Single Buck, Linear OCP, PSOP-8)uP1563 (1 Phase Buck + LDO, SOP-14/PSOP-14)uP1525 (1 Phase Buck, 2 bit VID, QFN3x3-20)uP1605 (2 Phase Buck, QFN4x4-24, PSI)uP1607 (2 Phase Buck, QFN3x3/4x4-24, REFIN and PSI)uP1608 (3+1 Phase, Auto-PSI, QFN6x6-48)uP1609 (3 Phase Buck, 2bit VID and I2C, QFN6x6-40)uP1610 (2 Phase Buck, QFN4x4-24)uP1633 (4/3/2 Phase Buck, VR11, DR. MOS, QFN6x6-40)uP1641 (2 Phase Buck, RCOT. VRHOT/TM, QFN4x4-24)uP1636 (8/7/6/5/4/3/2/1 Phase, I2C, 3bit VID, PSI, QFN5x5-40)uP1637 (6/5/4/3/2/1 Phase, I2C, 3bit VID, PSI, QFN5x5-40)uP1638 (4/3/2/1 Phase, I2C, 3bit VID, PSI, QFN5x5-40)Buck Controller for Memory Power uP1529 (Single Buck, Linear OCP, PSOP-8)uP1563 (Single Buck + LDO, SOP-14/PSOP-14)uP1509 (Single Buck, 2 bit VID, QFN3x3-20)uP1542 (Single Buck, Linear OCP, PSOP-8)Buck ConverteruP1706 (3A, 4MHz, Ext. comp., WDFN3x3-10)uP1707 (3A, 340KHz, Ext. comp., HV23V, PSOP-8)uP1713 (2A, 1MHz, Int. comp., WQFN3x3-16)uP1714 (4A, 2MHz, , Ext. comp., WQFN3x3-16)uP1728 (3A, 1.2MHz, Int. comp., POK, DFN3x3-10)LDOuP0102 (3A, 75mΩ , VDFN6x5-8, PSOP-8)uP0104S (3A, 100mΩ , PSOP-8, DFN2x2-10)uP0105 (2A, 150mΩ , PSOP-8)MXM Graphic CardCore PowerSingle Phase Buck for Core Power uP1508 (Single Buck, Dr MOS, TSOT23-8)uP1509 (Single Buck, 2 bit VID,PSM, QFN3x3-20)uP1510 (Single Buck, 2 bit VID,PSM, Dr MOS, QFN3x3-20)uP1642 (2+1 Phase , PSM, Ext. SS, OCS, QFN4x4-24)uP1658 (2 Phase , PSM, OCS, QFN3x3-20)Memory PowerSingle Phase Buck for Memory Power uP1508 (Single Buck, Dr MOS, TSOT23-8)uP1509 (Single Buck, 2 bit VID,PSM, QFN3x3-20)uP1510 (Single Buck, 2 bit VID,PSM, Dr MOS, QFN3x3-20)ConsoleuP1801 (2bits VID for PVI, SVI, TSOT23-8)uP1809 (5-bit VID for PVI, TSOT23-8)uP1814 ( PWM-VID console, TSOT23-8)Memory PowerConverter and LDOuP1706 (3A, 4MHz, Ext. comp., WDFN3x3-10)uP1707 (3A, HV23V, 340KHz, Ext. comp., PSOP-8)uP1713 (2A, 1MHz, Int. comp., WQFN3x3-16)uP1714 (4A, 2MHz, Ext. comp., WQFN3x3-16)uP1728 (3A, 1.2MHz, Int. comp., POK, DFN3x3-10)uP0102 (3A, 75mΩ , VDFN6x5-8, PSOP-8)uP0104S (3A, 100mΩ , PSOP-8, DFN2x2-10)uP0105 (2A, 150mΩ , PSOP-8)GPUGDDR GDDR GDDR GDDRGDDRGDDR GDDR GDDR LDOCore PowerMemory PowerMXM Graphic Card Stand-Alone Graphic Card - Computer & Peripherals - Graphic Card System Diagram TV MonitorDisplay TV/ MNT ScalarFrame Bu erOSDMCU EEPROM TMDS ReceiverDVIVideo DecoderNTSC/PAL S - Video Light SensorLVDS Tx LVDS RxLCD Data/Timing ControllerAudio ampli erPanel Module (Next Page)LED DriverMultiple output converterUSB switchuP7534 (1.5A, 90mΩ)uS5151 (ALS only, Digital output)uS5182 (ALS only, 16-bit Digital output)uP6032 (8CH LED, 100mA)uP6034 (4CH LED, 200mA)uP1781 (Dual Buck, 1000mA, 1.5 MHz)Buck ConverteruP1703 (5Vin, 1A)uP1711 (5Vin, 2A)uP1706 (5Vin, 3A)uP1714 (5Vin, 4A)uP1734 (5Vin, 5A)uP1715 (23Vin, 2A)uP1707 (23Vin, 3A)uP1708 (28Vin, 3A/5A Back Light Unit Boost MOSFET QM0016D/U (100V, 47mΩ)QM0018AD (100V, 22mΩ)Current Balance MOSFET QM6008G/K (60V, 100mΩ)QM6208V/S (60V, 100mΩ, Dual)QM8214S (80V, 100mΩ, Dual)QM0008G/J/K (100V, 310mΩ)18/36-bits or 24/48-bitsR G BReset ICuP7601/ uP7602 (active Hi/ Low, Push Pull)uP7603/ uP7604 (active Hi/ Low, Open Drain)uA2202 (3.2W Stereo Class AB)uA2203 (3.2W Stereo Class AB)uA2551 (3W Mono Class DMOSFET for Load Switch QM3003D (-30V, 20mΩ)QM3005D (-30V, 15mΩ)QM3015D (-30V, 10.5mΩ)Low-Noise LDO uP7901 (300mA/ch, dual)uP0108 (300mA, SOT23/SC-70)uP0111 (600mA, SOT23/DFN3x3)uP0113 (1.5A LDO, SOT203)uP0110 (1A, SOT23/PSOP-8)uP0105 (2A, PSOP-8) uP0125 (3A LDO)TFT LCD PanelSource DriverLED DriverG a t e D r i v e rLevel ShifterT-CONGamma / Vcom Bu erOP Ampli eruS5507 (1 CH: 20V, Peak:1.3A)uS5506 (2 CH: 20V, SR 40V/us)uS5505 (4 CH: 20V, SR 40V/us)uS5509 (10bit, 16CH, P-Gamma,2ch P_VCOM_DNQFN-5x5-28L)uS5510 (10bit,14CH P-Gamma,1ch P_VCOM_WQFN-4x4-24L_uS5801 (8 CH)uP6032 (4CH, 200mA, SW outside)uP6034 (8CH, 100mA, SW outside)uP6031 (4CH, 80mA SWinside)LVDS Vout_BVGHMVout_LDOXAOBuckGPMLDOReset ICVin_R Vin_LDO VGHVin_B uP7601/ uP7602 (Active Hi/ Low, Push Pull)uP7603/ uP7604 (Active Hi/ Low, Open Drain)uP0108 (300mA, SOT23/SC-70)uP0111 (600mA, SOT23/DFN3x3)uP0113 (1.5A LDO, SOT203) uP0110 (1A, SOT23/PSOP-8)uP0105 (2A, PSOP-8) uP0125 (3A LDO)uS5802 (35V.PSOP-8L)Boost Comerter uP6002(Boost; 1.5A) Buck Converter uP1715 (23Vin, 2A)uP1707 (23Vin, 3A)Multiple Output ConverteuP1781 (Dual Buck, 1000mA, 1.5 MHz)LCD PMU uP6663 (For Monitor)uP6668 (For TV)PanelPanelTV Monitor - Computer & Peripherals - Display System DiagramBaseband Processor&Medium Access ControllerI&Q TransceiverRF Front EndHost Interface (USB/PCI/Card Bus)USB Power SwitchFlashSRAM EEPROM Buck ConverteruP1722 (1000mA, 1.5MHz, SOT23-5, DFN2x2)uP1706/1711 (2A, 4MHz, DFN3x3/MSOP-8)uP1712/1713 (2A/3A, 1MHz, PSOP-8,WLCSP)uP1784 (Dual Buck, 1000mA, 1.5MHz, DFN3x3-10)uP1707S (3A/23V, PSOP-8)uP1715P/uP1718Q (2A/18V, PSOP-8, SOP-8)uP1723 (2A/18V, PSM)uP1707Q (3A/23V, PSM)uP7534 (70mΩ, SOT23, MSOP )LDOPMUuP0105 (2A, PSOP-8)uP0110 (1A, SOT23/PSOP-8)uP0126 (1A,SOT223)uP0111 (600mA, SOT23/DFN3x3)uP0108 (300mA, SOT23/SC-70)Micro-Power Supply-Voltage Supervisors uP7602/04 (SOT23-3,SOT23-5,SC70-3)System DiagramNetworking & Communication09Networking & Communication10- Computer & Peripherals - Desktop PCSystem Diagram WLAN CardNetworking & CommunicationDesktop PCMOSFETAMD Platform Intel VR12.5 Platform - Computer & Peripherals - Desktop PC System Diagram Baseband Processor&Medium Access ControllerI&Q TransceiverRF Front EndHost Interface (USB/PCI/Card Bus)USB Power SwitchFlashSRAM EEPROM Buck ConverteruP1722 (1000mA, 1.5MHz, SOT23-5, DFN2x2)uP1706/1711 (2A, 4MHz, DFN3x3/MSOP-8)uP1712/1713 (2A/3A, 1MHz, PSOP-8, WLCSP)uP1784 (Dual Buck, 1000mA, 1.5MHz, DFN3x3-10)uP1707S (3A/23V, PSOP-8)uP1715P/uP1718Q (2A/18V, PSOP-8, SOP-8)uP1723 (2A/18V,PSM)uP1707Q (3A/23V,PSM)uP7534 (70mΩ, SOT23, MSOP )LDOPMU uP0105 (2A, PSOP-8)uP0110 (1A, SOT23/PSOP-8)uP0126 (1A,SOT223)uP0111 (600mA, SOT23/DFN3x3)uP0108 (300mA, SOT23/SC-70)Micro-Power Supply-Voltage Supervisors uP7602/04 (SOT23-3,SOT23-5,SC70-3)xDSL Modem/DSLAMData I/O PortsAC/DC AdapterLDOLDOBuck ConverterBuck RegulatorforSystem PowerPhone Line & FiberLine DriverRx Pre-Amp Rx FilterTx Filter ADCDACSDRAM EEPROM Gateway Ready VoiceCPUUSB PortLAN PortMicro-Power Supply-Voltage Supervisors uP7602/04 (SOT23-3,SOT23-5,SC70-3)uP7534 (70mΩ, SOT23, MSOP)uP1722P/Q(1000mA, 1.5MHz, SOT23-5, DFN2x2)uP1706/1711 (2A, 4MHz, DFN3x3/MSOP-8)uP1712/1713 (2A/3A, 1MHz, PSOP-8,WLCSP)uP1784 (Dual Buck, 1000mA, 2MHz, DFN3x3-10)uP1707S (3A/23V, PSOP-8)uP1715P/uP1718Q (2A/18V, PSOP-8, SOP-8)uP1723 (2A/18V,PSM)uP1707Q (3A/23V,PSM)uP0105 (2A, PSOP-8)uP0110 (1A, SOT23/PSOP-8)uP0126 (1A, SOT223)uP0111 (600mA, SOT23/DFN3x3)uP0108 (300mA, SOT23/SC-70)uP0105 (2A, PSOP-8)uP0110 (1A, SOT23/PSOP-8)uP0126 (1A, SOT223)uP0111 (600mA, SOT23/DFN3x3)uP0108 (300mA, SOT23/SC-70)uP1504/1511 (VIN=5~12V)uP1501 (VIN=5V~12V;PWM/PSM)uP1520 (VIN=5V~24V; PWM/PFM)MOSFET for Buck controllerQM3202S /QM3208S /QM3214S (30V Dual NMOS)QM3002S / QM3008S / QM3014S (30V MOSFET)Set-Top BoxVOIPData I/O PortsAC/DC AdapterLDOLDOBuck ConverterBuck RegulatorforSystem PowerPhone Line & FiberLine DriverRx Pre-Amp Rx FilterTx Filter ADCDACSDRAM EEPROM Gateway Ready VoiceCPUUSB PortLAN PortMicro-Power Supply-Voltage Supervisors uP7602/04 ,SOT23-3,SOT23-5,SC70-3uP7534 (70mΩ, SOT23, MSOP)uP1722P/Q(1000mA, 1.5MHz, SOT23-5, DFN2x2)uP1706/1711 (2A, 4MHz, DFN3x3/MSOP-8)uP1712/1713 (2A/3A, 1MHz, PSOP-8,WLCSP)uP1784 (Dual Buck, 1000mA, 2MHz, DFN3x3-10)uP1707S (3A/23V, PSOP-8)uP1715P/uP1718Q (2A/18V, PSOP-8, SOP-8)uP1723 (2A/18V,PSM)uP1707Q (3A/23V,PSM)uP0105 (2A, PSOP-8)uP0110 (1A, SOT23/PSOP-8)uP0126 (1A,SOT223)uP0111 (600mA, SOT23/DFN3x3)uP0108 (300mA, SOT23/SC-70)uP0105 (2A, PSOP-8)uP0110 (1A, SOT23/PSOP-8)uP0126 (1A, SOT223)uP0111 (600mA, SOT23/DFN3x3)uP0108 (300mA, SOT23/SC-70)uP1504/1511 (VIN=5~12V)uP1501 (VIN=5V~12V;PWM/PSM)uP1520 (VIN=5V~24V; PWM/PFM)MOSFET for Buck controllerQM3202S /QM3208S /QM3214S (30V Dual NMOS)QM3002S / QM3008S / QM3014S (30V MOSFET)System DiagramMobility11Mobility12Mobile PhoneMobilityTablet PCBaseband Processor&Medium Access ControllerI&Q TransceiverRF Front EndHost Interface (USB/PCI/Card Bus)USB Power SwitchFlashSRAM EEPROM Buck ConverteruP1722 (1000mA, 1.5MHz, SOT23-5, DFN2x2)uP1706/1711 (2A, 4MHz, DFN3x3/MSOP-8)uP1712/1713 (2A/3A, 1MHz, PSOP-8,WLCSP)uP1784 (Dual Buck, 1000mA, 1.5MHz, DFN3x3-10)uP1707S (3A/23V, PSOP-8)uP1715P/uP1718Q (2A/18V, PSOP-8, SOP-8)uP1723 (2A/18V,PSM)uP1707Q (3A/23V,PSM)uP7534 (70mΩ, SOT23, MSOP )LDOPMUuP0105 (2A, PSOP-8)uP0110 (1A, SOT23/PSOP-8)uP0126 (1A, SOT223)uP0111 (600mA, SOT23/DFN3x3)uP0108 (300mA, SOT23/SC-70)Micro-Power Supply-Voltage Supervisors uP7602/04 (SOT23-3,SOT23-5,SC70-3)SensorBoost ConverterBattery Charger Gas GaugeSRAM EEPROM Flash DSP/CPUDisplay UnitUSB Discrete LDO Boost LED DriverLoad SwitchVoltage Reset IC Temp. SensorDiscrete DC-DC ConverterBacklight LCD Bias PowerPower ManagementUnitLi-ion BatteryPack Protection IC MOSFETUSB SwitchSIM Card MOSFET for Switch uP0108 (0.3A/0.5A; SOT23-5)uP7901 (Dual 300mA LDO)uP1704 (0.6A, 1.5MHz; TSOT23-5)uP1703 (1A, 1.5MHz; TSOT23-5)uP1714 (4A, 2MHz; TDFN3x3-16)uS5152 (Ambient Light Sensor; I2C interface)uS5182A (Ambient + Proximity Sensor + IR LED Driver interface)uS5182C (Ambient + Proximity Sensor)uP6003 (≤7”~8”; TSOT23-6, DFN2x2-8)uP6006 (≤10.1”; DFN2x2-8, DFN3x3-8)uP6035 (4ch, >10.1”, QFN3x3-20)uP6004 (Touch Panel Bias Power; TSOT23-5, DFN2x2-6)uP7552 (<30mΩ, WLSCP 0.9x1.3-6B)uP7610 (DFN1.2x1.6)uS5004 (Local/Remote Temp. Sensor; SOT23-6/WDFN2x2-8)uP6631 (5ch DC/DC and 2ch LDOs; QFN5x5-32)uG3105 (Single Cell; VDFN3x3-14)Under DevelopmentuP8204/6 – 2/4 Cell PTIC QM3006S (30V 6mΩ)QM3016S (30V 4mΩ)uP7534 (1.5A; SOT23-5/MSOP-8)QM2N7002QM3401K QM3403K QM3003M3QM3005M3Tablet PCMobile Phone - Computer & Peripherals - Mobility System Diagram uP6635 (4ch DC/DC, 8ch LDOs, 4LED driver, RTC Built-in; QFN6x6-48)Audio ApplicationClass AB / DSingle Buck ControllerPower ManagementSingle Buck ControllerPower ManagementSingle Buck Controller with LDOMultiple Output Buck ControllerPower Supply ApplicationPower ManagementPower ManagementPower ManagementPower ManagementPower ManagementPower ManagementPower ManagementCurrent ConsolePower ManagementBoost ConverterPower ManagementVoltage ConsolePower ManagementPower ManagementPower ManagementPower ManagementPower ManagementPower ManagementPower ManagementPower ManagementPower ManagementPower ManagementMotor DriverSensorSensorTimeing ControlSensorLED DriverBattery ManagementOperational AmplifiersBattery ManagementDS(ON)GS10V 4.5V 2.5V 1.8V R (m ) max. at V Ciss(pF)V GS(V)V th max. (V)Package Type ConfigurationMOSFET Type V DS (V)SOT23Single N 20±8 1.0 --------485565382SOT23Single N 20±8 1.0 --------283442952SOT23Single N 20±12 1.2 --------5065--------296SOT23Single N 20±12 1.2 --------3745--------635SOT23Single N 20±12 1.2--------2838--------865SOT323Single N 20±8 1.0--------657590382SOT323Single N 20±12 1.2--------90112--------180SOT363Single N 20±12 1.2--------90112--------180SOT363Single N 20±8 1.0 --------657590382SOT363Single N 20±8 1.0 --------334050952SOT363Single N 20±12 1.2 --------3040--------865SOT363Dual N 20±8 1.0 --------115145175204SOT363Dual N 20±12 1.2--------90112--------180TSOP6Dual N 20±8 1.0 --------253242630TSSOP8Dual N 20±12 1.2--------2835--------635TSSOP8Dual N 20±12 1.2--------2228--------865TSOP6Single N 20±8 1.0 --------283442952TSOP6Single N 20±12 1.2 --------5065--------296TSOP6Single N 20±12 1.2 --------3745--------635TSOP6Single N 20±12 1.2--------2838--------865TO252Single N 20±16 1.2--------2838--------574TO252Single N 20±16 1.2--------2028--------772DFN2*5Dual N 20±20 1.2 9.7--------1767--------13SOT563Dual N 20±6 1.0--------400(4V)50070047PRPAK3*3Dual N 20±12 1.220--------735--------24PRPAK3*3Dual N 20±12 1.212.5--------1317--------15.6Part Number QM2416K QM2404K QM2414K QM2410K QM2402K QM2416Y1QM2418Y1QM2418C1QM2416C1QM2404C1QM2402C1QM2520C1QM2518C1QM8205V*QM2506W QM2502W QM2404V QM2414V QM2410V QM2402V QM2710D QM2702D QM2534M9QM2536C2QM2532M7QM2530M7QM2422M3PRPAK3*3SingleN20±121.2--------4.65.8--------5207Coss (pF)Tc=25Tc=100T A =25T A =70Tc=25T A =25T A =70Schottky Diode I D (A)EAS,max (mJ)P D (W)ESD Diode Qg (nC)Qgs(nC)Crss (pF)Qgd (nC)419044708641303041908643.63033 6.20.36 1.56---------------- 3.5 2.8----------------1--------X X 7914.8 1.43 2.87---------------- 4.8 3.8----------------10.64X X 35 4.70.68 1.3---------------- 3.6 2.8----------------1--------X X 638.6 1.37 2.3---------------- 4.2 3.3----------------1--------X X 7211.4 1.59 2.81---------------- 4.8 3.8----------------1--------X X 33 6.40.54 1.25---------------- 1.8 1.4----------------0.33--------X X 25 3.730.5 1.22---------------- 1.52 1.22----------------0.33--------X X 25 3.640.4 1.35---------------- 1.52 1.22----------------0.33--------X X 33 6.40.54 1.25---------------- 1.8 1.4----------------0.33--------X X 7914.8 1.243---------------- 2.6 2.1----------------0.33--------X X 7211.4 1.43 2.74---------------- 2.7 2.1----------------0 --------X X 30 3.30.510.88---------------- 1.4 1.1----------------0.33--------X X 25 3.640.4 1.35---------------- 1.52 1.22----------------0.33--------XX 666310.4 1.3 2.6----------------6 4.8---------------- 1.1--------X X 708690447086638.5 1.44 2.3----------------54---------------- 1.1--------X X 7211.3 1.59 2.86---------------- 5.8 4.6---------------- 1.1--------X X 7914.8 1.44 2.8---------------- 5.1 4.1---------------- 1.1--------X X 35 4.70.68 1.3---------------- 3.83---------------- 1.1--------X X 638.6 1.37 2.3---------------- 4.5 3.6---------------- 1.1--------X X 7211.3 1.59 2.86---------------- 5.1 4.1---------------- 1.1--------X X 68.783618.5 1.64 3.122147 5.5--------212--------X X 799.8 2.132817.47.8 6.3--------252--------XX 18415523 3.58.410.68.5 1.67--------X --------------------------------15.410.6 1.20.240.3----------------0.560.45----------------0.2--------X83819.86 1.41 2.487.7 6.2 1.67----------------------------------------14013017.3 2.2 4.19.47.5 1.67----------------------------------------50045092212880501612.8--------801.7--------XXX XPRPAK3*3Single N 30±20 2.5 46----------------2422PRPAK5*6Single N 30±20 2.51218----------------940PRPAK5*6Single N 30±20 2.5913.5----------------1127PRPAK5*6Single N 30±20 2.58.514----------------1317PRPAK5*6Single N 30±20 2.5710.5----------------1512PRPAK5*6Single N 30±20 2.5 5.59----------------2295PRPAK5*6Single N 30±20 2.5812.5----------------710PRPAK5*6Single N 30±20 2.5 4.87.2----------------1185PRPAK5*6Single N 30±20 2.5 4.2 6.2----------------1390PRPAK5*6Single N 30±20 2.546----------------3075PRPAK5*6Single N 30±20 2.534----------------5935PRPAK3*3Dual N 30±20 2.51830----------------572PRPAK3*3DualN30±202.51826----------------607PRPAK5*6Single N 30±20 2.53 4.8----------------222010V 4.5V 2.5V 1.8V R DS(ON) (m ) max. at V GSCiss(pF)V GS(V)V th max. (V)Package Type ConfigurationMOSFET Type V DS (V)DFN3*3Single N 30±20 2.5 1218----------------940DFN3*3Single N 30±20 2.5 1015----------------1390DFN2*2Single N 30±20 2.52029----------------583DFN3*3Single N 30±20 2.5 1830----------------572DFN3*3Single N 30±20 2.51826----------------583DFN3*3Single N 30±20 1.9 915----------------1317DFN3*3Single N 30±20 2.5 710----------------2295DFN3*3Single N 30±20 2.5 46----------------3075PRPAK3*3Single N 30±20 2.51830----------------572PRPAK3*3Single N 30±20 2.51218----------------940PRPAK3*3Single N 30±20 2.5915----------------1317PRPAK3*3Single N 30±20 2.5 1015----------------1390PRPAK3*3Single N 30±20 2.5710----------------2295PRPAK3*3Single N 30±20 2.5 46----------------3075QM3062M3QM3014M6QM3024M6QM3004M6QM3022M6QM3006M6QM3052M6QM3054M6QM3056M6QM3016M6QM3018M6QM3202M3QM3212M3QM3058M6Part Number QM3014N3QM3004SN3QM3002ANA QM3002N3QM3002AN3QM3004N3QM3006N3QM3016N3QM3002M3QM3014M3QM3004M3QM3004SM3QM3006M3QM3016M3QM3024M3PRPAK3*3Single N 30±20 2.5913.5----------------1127465317257.410.7825218.814.210643.42--------X X 1311941632622671099.8 4.2 3.650301085341.72--------X X 7710.6 4.245736129.6130462--------X X 13112.6 4.2 5.15838129.6130462--------X X 13813.2 4.8 4.976481411.225259.52--------X X 210207.67.281511512252592--------X X 210987.43 2.2624013.110.56946.32--------X X 33014811.5 4.1 3.5976116.613.2135702--------X X 39217013.5 4.4 4.31036517.614136702--------X X 40031531.67.3413.8100641714317692--------X X 7255385618211631032117378119----------------X X 81657.2 1.4 2.228187.467220.8 1.67--------X X 837472.72.927177.767220.81.67--------XX 60024520 6.2 6.614089211723190--------X X 2Coss (pF)Tc=25Tc=100T A =25T A =70Tc=25T A =25T A =70Schottky Diode I D (A)EAS,max (mJ)P D (W)ESD Diode Qg (nC)Qgs(nC)Crss (pF)Qgd (nC)1312001099.82 4.2 3.637249.57.65326 1.67--------X X11011.4 5.7 2.7432710.38.25429 1.67--------X 7759 6.1222113.47 5.77215 1.67X X 8065 6.2 2.4 2.528187.467220.8 1.67--------X X 7759 6.12228187.567220.8 1.67--------X X 16313112.6 4.2 5.1462911913028 1.67--------X X 267210207.67.2603812.710.225237 1.67--------X X 4008013116320026740031531.68.611.7805017.213.831743.4 1.67--------X X 65 6.2 2.4 2.528187.467220.8 1.67--------X X 1099.8 4.2 3.637249.57.65326 1.67--------X X 13112.6 4.2 5.1462911913028 1.67--------X X 11011.4 5.7 2.7432710.38.25429 1.67--------X 210207.67.2603812.710.225237 1.67--------X X 31531.6 6.0713.88050171431743.4 1.67--------X X 1947710.6 4.244629118.713029 1.67--------X X --------。