AM119-614中文资料

格式：pdf
大小：160.77 KB
文档页数：3

下载文档原格式

A194A194M

Designation:A194/A194M–06a Endorsed byManufacturers Standardization Societyof the Valve and Fittings IndustryUsed in USNRC-RDT StandardsStandard Speciﬁcation forCarbon and Alloy Steel Nuts for Bolts for High Pressure orHigh Temperature Service,or Both1This standard is issued under theﬁxed designation A194/A194M;the number immediately following the designation indicates the yearof original adoption or,in the case of revision,the year of last revision.A number in parentheses indicates the year of last reapproval.A superscript epsilon(e)indicates an editorial change since the last revision or reapproval.This standard has been approved for use by agencies of the Department of Defense.1.Scope*1.1This speciﬁcation2covers a variety of carbon,alloy,and martensitic stainless steel nuts in the size range1⁄4through4 in.and metric M6through M100nominal.It also covers austenitic stainless steel nuts in the size range1⁄4in.and M6 nominal and above.These nuts are intended for high-pressure or high-temperature service,or both.Grade substitutions with-out the purchaser’s permission are not allowed.1.2Bars from which the nuts are made shall be hot-wrought. The material may be further processed by centerless grinding or by cold drawing.Austenitic stainless steel may be solution annealed or annealed and strain-hardened.When annealed and strain hardened austenitic stainless steel is ordered in accor-dance with Supplementary Requirement S1,the purchaser should take special care to ensure that8.2.2,Supplementary Requirement S1,and Appendix X1are thoroughly understood.1.3Supplementary requirements(S1through S8)of an optional nature are provided.These shall apply only when speciﬁed in the inquiry,contract,and order.1.4This speciﬁcation is expressed in both inch-pound units and in SI units.However,unless the order speciﬁes the applicable“M”speciﬁcation designation(SI units),the mate-rial shall be furnished to inch-pound units.1.5The values stated in either inch-pound units or SI units are to be regarded separately as standard.Within the text,the SI units are shown in brackets.The values stated in each system are not exact equivalents;therefore,each system must be used independently of the bining values from the two systems may result in nonconformance with the speciﬁ-cation.2.Referenced Documents2.1ASTM Standards:3A153/A153M Speciﬁcation for Zinc Coating(Hot-Dip)on Iron and Steel HardwareA276Speciﬁcation for Stainless Steel Bars and ShapesA320/A320M Speciﬁcation for Alloy-Steel and Stainless Steel Bolting Materials for Low-Temperature ServiceA370Test Methods and Deﬁnitions for Mechanical Testing of Steel ProductsA962/A962M Speciﬁcation for Common Requirements for Steel Fasteners or Fastener Materials,or Both,Intended for Use at Any Temperature from Cryogenic to the Creep RangeB695Speciﬁcation for Coatings of Zinc Mechanically Deposited on Iron and SteelB696Speciﬁcation for Coatings of Cadmium Mechanically DepositedB766Speciﬁcation for Electrodeposited Coatings of Cad-miumE112Test Methods for Determining Average Grain Size F1941Speciﬁcation for Electrodeposited Coatings on Threaded Fasteners(Uniﬁed Inch Screw Threads(UN/ UNR))2.2American National Standards:4B1.1Uniﬁed Screw ThreadsB1.2Gages and Gaging for Uniﬁed Inch Screw Threads B1.13M Metric Screw ThreadsB18.2.2Square and Hex NutsB18.2.4.6M Metric Heavy Hex Nuts3.Terminology3.1Deﬁnitions of Terms Speciﬁc to This Standard:1This speciﬁcation is under the jurisdiction of ASTM Committee A01on Steel, Stainless Steel and Related Alloys and is the direct responsibility of SubcommitteeA01.22on Steel Forgings and Wrought Fittings for Piping Applications and Bolting Materials for Piping and Special Purpose Applications.Current edition approved June15,2006.Published July2006.Originally approved st previous edition approved in2006as A194/A194M–06.2For ASME Boiler and Pressure Vessel Code applications see related Speciﬁ-cation SA-194in Section II of that code.3For referenced ASTM standards,visit the ASTM website,,or contact ASTM Customer Service at service@.For Annual Book of ASTM Standards volume information,refer to the standard’s Document Summary page on the ASTM website.4Available from American National Standards Institute(ANSI),25W.43rd St., 4th Floor,New York,NY10036.*A Summary of Changes section appears at the end of this standard. Copyright©ASTM International,100Barr Harbor Drive,PO Box C700,West Conshohocken,PA19428-2959,United States.3.1.1Austenitic Grades—All grades with a preﬁx of“8”or “9”.3.1.2Ferritic Grades—Grades1,2,2H,2HM,3,4,6,6F,7, 7M,and16.3.1.3Lot:3.1.3.1Unless otherwise speciﬁed(see3.1.3.2),a lot is the quantity of nuts of a single nominal size and grade produced by the same manufacturing process.3.1.3.2When Supplementary Requirement S5is invoked on the purchase order,the following deﬁnitions of a lot shall apply:For Grade8Nuts—The quantity of all the nuts of a single nominal diameter and grade made from the same heat of steel and made by the same manufacturing process.For All Other Grade Nuts(see8.2and8.1.2.1)—All the nuts of a single nominal diameter and grade made from the same heat number and heat treated in the same batch if batch-type heat treating equipment is used or heat treated in the same continuous run of not more than8h under the same conditions if continuous-type heat treating equipment is used.3.1.4Type3.1.4.1For Grade8Nuts—Variations within the grade designated by a letter and differentiated by chemistry and by manufacturing process.3.1.4.2For Grade6Nuts—Variations within the grade designated by the letter F as differentiated by chemical addi-tions made for machineability.3.1.5Series—The dimensional relationship and geometry of the nuts as described in ANSI B18.2.2or B18.2.4.6M. 4.Ordering Information4.1The inquiry and order for material under this speciﬁca-tion shall include the following as required to describe the material adequately:4.1.1Speciﬁcation designation,year date,and grade,issue date and revision letter,4.1.2Quantity,number of pieces,4.1.3Dimensions(see Section9),4.1.4Options in accordance with8.2.2.1,9.1,9.2,10.3,and 12,and4.1.5Supplementary Requirements,if any.4.2Coatings—Coatings are prohibited unless speciﬁed by the purchaser(see Supplementary Requirements S7and S8). When coated nuts are ordered,the purchaser should take special care to ensure that Appendix X2is thoroughly under-stood.4.3See Supplementary Requirement S3for nuts to be used in low temperature applications(Speciﬁcation A320/A320M).mon Requirements5.1Material and fasteners supplied to this speciﬁcation shall conform to the requirements of Speciﬁcation A962/A962M. These requirements include test methods,ﬁnish,thread dimen-sions,marking,certiﬁcation,optional supplementary require-ments,and others.Failure to comply with the requirements of Speciﬁcation A962/A962M constitutes nonconformance with this speciﬁcation.In case of conﬂict between the requirements of this speciﬁcation and Speciﬁcation A962/A962M,this speciﬁcation shall prevail.6.Manufacture(Process)6.1Stainless steels for all types of Grade6and8nuts shall be made by one of the following processes:6.1.1Electric-furnace(with separate degassing and reﬁning optional),6.1.2Vacuum induction furnace,or6.1.3Either of the above followed by electroslag remelting, or consumable-arc remelting.6.2The steel producer shall exercise adequate control to eliminate excessive unhomogeneity,nonmetallics,pipe,poros-ity,and other defects.6.3Grades1and2nuts shall be hot or cold forged,or shall be machined from hot-forged,hot-rolled,or cold-drawn bars.6.3.1All Grade1and2nuts made by cold forging or by machining from cold-drawn bars shall be stress-relief annealed at a temperature of at least1000°F[538°C].6.3.2Grade1and2nuts made by hot forging or by machining from hot-forged or hot-rolled bars need not be given any stress relief annealing treatment.6.4Grades2H,2HM,3,4,6,6F,7,7M,and16nuts shall be hot-or cold-forged or shall be machined from hot-forged, hot-rolled,or cold-drawn bars and shall be heat treated to meet the required mechanical properties.These grades shall be reheated above the critical range of the steel,quenched in a suitable medium,and then tempered at a temperature not less than the following:GradeMinimum Tempering Temperature,°F[°C]2H850[455]2HM1150[620]31050[565]41100[595]6and6F1100[595]71100[595]7M1150[620]161200[650]Nuts machined from bar heat treated in accordance with this speciﬁcation need not be reheat-treated.For Grade2HM and 7M nuts,aﬁnal stress relief shall be done at or above the minimum tempering temperature after all forming,machining, and tapping operations.Thisﬁnal stress relief may be the tempering operation.6.4.1Grade6and6F nuts shall be tempered for a minimum of1h at the temperature.6.5Grades8,8C,8M,8T,8F,8P,8N,8MN,8R,8S,8LN, 8MLN,8MLCuN,and9C nuts shall be hot or cold forged,or shall be machined from hot-forged,hot-rolled or cold-drawn bars.6.6Grades8A,8CA,8MA,8TA,8FA,8PA,8NA,8MNA, 8RA,8SA,8LNA,8MLNA,8MLCuNA,and9CA nuts shall be hot-or cold-forged or shall be machined from hot-forged, hot-rolled,or cold-drawn bars and the nuts shall subsequently be carbide-solution treated by heating them for a sufficient time at a temperature to dissolve chromium carbides followed by cooling at a rate sufficient to prevent reprecipitation of the carbides.7.Chemical Composition7.1Each alloy shall conform to the chemical composition requirements prescribed in Table1.TABLE 1Chemical Requirements A ,B ,CGrade Symbol Material UNS NumberCarbon,%Manga-nese,%Phospho-rus,%Sulfur,D%Silicon,%Chromium,%Nickel,%Molyb-denum,%Tita-nium,%Colum-bium and Tanta-lum,%Nitrogen,%Other Elements,%1carbon 0.15min 1.000.0400.0500.40.....................2,2HM,and 2H carbon0.40min1.000.0400.0500.40.....................4carbon,molyb-denum 0.40–0.500.70–0.900.0350.0400.15–0.35......0.20–0.30............3Type 5010.10min 1.000.0400.030 1.00 4.0–6.0...0.40–0.65............6Type 410S410000.15 1.000.0400.030 1.0011.5–13.5..................6F Type 416S416000.15 1.250.0600.15min 1.0012.0–14.0..................6F Type 416Se S416230.151.250.0600.060 1.0012.0–14.0............Selenium,0.15min 7,7MType 4140/4142/4145,4140H,4142H,4145H0.37–0.490.65–1.100.0350.040.15–0.350.75–1.20...0.15–0.25............8,8A Type 304S304000.08 2.000.0450.030 1.0018.0–20.08.0–11.0...............8C,8CA Type 347S347000.08 2.000.0450.030 1.0017.0–19.09.0–12.0......10x carbon content,min ......8M,8MA Type 316S316000.08 2.000.0450.030 1.0016.0–18.010.0–14.0 2.00–3.00............8T,8TA Type 321S321000.08 2.000.0450.030 1.0017.0–19.09.0–12.0 (5x)(C+N)min -0.70max.........8F,8FA Type 303S303000.15 2.000.200.15min 1.0017.0–19.08.0–10.0...............8F,8FAType 303SeS303230.15 2.000.200.06 1.0017.0–19.08.0–10.0.........Selenium,0.15min 8P,8PA Type 305with restricted carbonS305000.082.000.0450.0301.0017.0–19.011.0–13.0...............8N,8NA Type304NS304510.08 2.000.0450.030 1.0018.0–20.08.0–11.0.........0.10–0.168LN,8LNA Type 304LN S304530.030 2.000.0450.030 1.0018.0–20.08.0–11.0.........0.10–0.168MN,8MNA Type 316N S316510.08 2.000.0450.030 1.0016.0–18.010.0–13.0 2.00–3.00......0.10–0.168MLN,8MLNA Type 316LN S316530.030 2.000.0450.030 1.0016.0–18.010.0–13.0 2.00–3.00......0.10–0.168R,8RA E XM19S209100.06 4.0–6.00.0450.030 1.0020.5–23.511.5–13.5 1.50–3.00...0.10–0.300.20–0.40Vanadium,0.10–0.308S,8SAS218000.107.0–9.00.0600.030 3.5–4.516.0–18.08.0–9.0.........0.08–0.188MLCuN,8MLCuNAS31254S312540.020 1.000.0300.0100.8019.5–20.517.5–18.5 6.0–6.5......0.18–0.22Copper,0.50–1.009C,9CA N08367N083670.0302.000.0400.030 1.0020.0-22.023.5-25.5 6.0-7.00.18-0.25Copper0.7516Chromium Molyb-denum Vanadium0.36–0.470.45–0.700.0350.0400.15–0.350.80–1.15...0.50–0.65.........Vanadium,0.25–0.35Aluminum B 0.015A The intentional addition of Bi,Se,Te,and Pb is not permitted except for Grades 6F,8F,and 8FA,in which Se is speciﬁed and required.BTotal aluminum,soluble and insoluble.CMaximum,unless minimum or range is indicated.DBecause of the degree to which sulfur segregates,product analysis for sulfur over 0.060%max is not technologically appropriate.EAs described in Speciﬁcation A 276.8.Mechanical Requirements 8.1Hardness Test :8.1.1Requirements :8.1.1.1All nuts shall meet the hardness requirements speci-ﬁed in Table 2.8.1.1.2Sample nuts of Grades 1,2,2H,2HM,3,4,7,7M,and 16which have been given the treatment described in 8.1.5shall meet the minimum hardness speciﬁed in Table 2.8.1.2Number of Tests —(Grades 1,2,2H,3,4,7,and 16and all types of Grade 6):8.1.2.1Tests on the number of sample nuts in accordance with the following table shall be performed by the manufac-turer following all production heat treatments:Lot SizeSamplesUp to 8001801to 800028001to 220003Over 2200058.1.2.2In addition,a hardness test shall be performed by the manufacturer in accordance with 8.1.5on one sample nut selected from each nominal diameter and series from each grade and heat number following completion of all production heat treatments.8.1.3Number of Tests,Grades 2HM and 7M :8.1.3.1Each nut shall be tested by Brinell or Rockwell methods to ensure product conformance.58.1.3.2In addition,8.1.2.2shall be met.8.1.4Number of Tests,All Types of Grade 8—Tests on the number of sample nuts in accordance with 8.1.2.1shall be performed by the manufacturer.8.1.5Test 2—In addition to the testing required by 8.1.2.1the manufacturer shall also perform hardness tests on sample nuts after the following test heat treatment.After completion of all production heat treatments heat the specimen nuts to the temperatures indicated below for 24h,then slow cool.Test at room temperature.Grade ATemperature,°F [°C]1850[455]2,2H,2HM 1000[540]3,4,7,7M 1100[590]161200[650]ANuts intended to be coated with zinc or cadmium (marked in accordance with the requirements of Supplementary Requirement S8)are not subjected to the requirements of 8.1.5(See Appendix X2).8.1.5.1Special Requirement,Grades 2HM and 7M —Preparation of Grades 2HM and 7M nuts for hardness test and the hardness test itself shall be performed with consideration to (1)protect legibility of markings;(2)minimize exterior dimen-sional changes;and (3)maintain thread ﬁt.8.2Proof Load Test :8.2.1Requirements —All nuts shall be capable of withstand-ing the proof loads speciﬁed in Table 3and Table 4.However,nuts manufactured to dimensions and conﬁgurations other than those covered by ANSI B 1.1,ANSI B 1.13M ,ANSI B 18.2.2,and B 18.2.4.6M are not subject to the proof load test.8.2.2Number of Tests :8.2.2.1The manufacturer shall test the number of nuts speciﬁed in 8.1.2.1following all production heat treatments.Nuts that would require a proof load in excess of 160000lb/f or 705kN may be furnished on the basis of minimum hardness requirements.Testing of nuts requiring a proof load in excess of 160000lb/f or 705kN is covered in Supplementary Requirements S1amd S4.8.2.3Test Method —The test shall be in accordance with Annex A3,Paragraph A3.5.1,of Test Methods and Deﬁnitions A 370.8.3Cone Proof Load Test:8.3.1Requirements —This test shall be performed only when visible surface discontinuities become a matter of issue between the manufacturer and the purchaser.The requirements speciﬁed in Table 5and Table 6shall be met for the size range 1⁄4to 11⁄2in.and M6to M36.Nuts not in this size range and all types of Grade 8nuts are not subject to this test.Also,nuts manufactured to dimensions and conﬁgurations other than5An underline as a marking requirement for grades 2HM and 7M has been removed but is permitted.TABLE 2Hardness RequirementsGrade and TypeCompleted NutsSample Nut after Treatment as in 8.1.5Brinell HardnessRockwell HardnessBrinell Hardness,min Rockwell Hardness B Scale,minC ScaleB Scale 1121min ...70min 121702159to 352...84min 159842H to 11⁄2in.or M36,incl 248to 32724to 35...179892H over 11⁄2in.or M36212to 32735max 95min 147792HM and 7M 159to 235...84to 99159843,4,7,and 16248to 32724to 35...201946and 6F228to 27120to 28.........8,8C,8M,8T,8F,8P ,8N,8MN,8LN,8MLN,8MLCuN,and 9C 126to 30032max60min......8A,8CA,8MA,8TA,8FA,8PA,8NA,8MNA,8LNA,8MLNA,8MLCuNA,and 9CA 126to 192...60to 90......8R,8RA,8S,and 8SA183to 27125max 88min ......those covered by ANSI B 1.1,ANSI B 1.13M ,ANSI B 18.2.2,and ANSI B 18.2.4.6M are not subject to the cone proof load test.8.3.2Number of Tests —Sample nuts in accordance with 8.1.2.1shall be tested by the manufacturer.8.3.3Test Method —The test shall consist of assembling a hardened cone (see Fig.1)and the nut to be tested on ahardened steel mandrel,and applying the proof load speciﬁed in Table 5and Table 6.The mandrel shall conform to the requirements of Annex A3,Paragraph A3.5.1of Test Methods and Deﬁnitions A 370except that the threads shall be in accordance with ANSI B 1.1of the appropriate thread series,Class 3A ﬁt or ANSI B 1.13M of the appropriate thread pitch,tolerance 4H.The hardened cone shall be as described in Fig.2.The lot shall be considered acceptable if the sample nut withstands application of the proof load without failure.9.Dimensions9.1Nuts shall be hexagonal in shape,and in accordance with the dimensions for the hex or heavy hex series,as required,by ANSI B 18.2.2and ANSI B 18.2.4.6M .Unless otherwise speciﬁed,the American National Standard Heavy Hex Series shall be used and nuts shall be either doubleTABLE 3Proof Load Using Threaded Mandrel —Inch SeriesN OTE 1—Proof loads are not design loads.Nominal Size,in.Threads per Inch Stress Areain.2Proof Load,lbf AGrade 1Grades 2,2HM,6,6F,7M Grades 2H,3,4,7,16Heavy Hex BHex CHeavy Hex D Hex E Heavy Hex F Hex G1⁄4200.03164130382047704300557047705⁄16180.05246810629078607070917078603⁄8160.0774100809300116201046013560116207⁄16140.10631382012760159401435018600159401⁄2130.14191845017030212801916024830212809⁄16120.1822366021840273002457031850273005⁄8110.2262938027120339003051039550339003⁄4100.3344342040080501004509058450501007⁄890.462600605544069300623708085069300180.606787807272090900818101060009090011⁄880.7901027009480011850010670013820011850011⁄48 1.00013000012000015000013500017500015000013⁄88 1.23316020014800018500016650021580018500011⁄281.492194000170040223800201400261100223800All Types of Grade 8,Grades 9C and 9CAHeavy Hex HHex I1⁄4200.0316254023805⁄16180.0524419039303⁄8160.0774620058107⁄16140.1063850079701⁄2130.141911*********⁄16120.18214560136505⁄8110.22618080169503⁄4100.33426720250507⁄890.4623696034650180.606484804545011⁄880.790632005925011⁄48 1.000800007500013⁄88 1.233986409245011⁄281.492119360111900A See limit for proof load test in 8.2.2.1.The proof load for jam nuts shall be 46%of the tabulated load.BBased on proof stress of 130000psi.CBased on proof stress of 120000psi.DBased on proof stress of 150000psi.EBased on proof stress of 135000psi.FBased on proof stress of 175000psi.GBased on proof stress of 150000psi.HBased on proof stress of 80000psi.IBased on proof stress of 75000psi.FIG.1Application of Hardened Steel Cone to Testing ofNutschamfered or have a machined or forged washer face,at the option of the manufacturer,and,conform to the angularity requirements of ANSI B 18.2.2and ANSI B 18.2.4.6M .9.2Unless otherwise speciﬁed,threads shall be in accor-dance with ANSI B 1.1or ANSI B 1.13M ,and shall be gaged in accordance with ANSI B 1.2and ANSI B 1.13M as de-scribed in 9.2.1and 9.2.2.9.2.1Nuts up to and including 1in.nominal size shall be UNC Series Class 2B ﬁt.Metric nuts up to and including M24nominal size shall be coarse thread series tolerance 6H.9.2.2Nuts over 1in.nominal size shall be either UNC Series Class 2B ﬁt or 8UN Series Class 2B ﬁt.Unless otherwise speciﬁed,the 8UN series shall be furnished.Metric nuts over M24nominal size shall be coarse thread series tolerance 6H.10.Workmanship,Finish,and Appearance10.1Nuts shall be free of defects and shall be good commercial ﬁnish.10.2If visible surface imperfections in size 1⁄4through 11⁄2in.and M6through M36and in any grade other than Grade 8become a matter of issue between the manufacturer and the purchaser,the cone proof load test described in 8.3shall be employed.TABLE 4Proof Load Using Threaded Mandrel —MetricN OTE 1—Proof loads are not design loads.Nominal Size,mm Threads Pitch Stress Areamm 2Proof Load,kN AGrade 1Grades 2,2HM,6,6F,7M Grades 2H,3,4,7,16Heavy Hex BHex C Heavy Hex DHex E Heavy Hex FHex G M6 1.020.118.016.620.818.729.220.8M8 1.2536.632.830.237.934.044.137.9M10 1.5058.051.947.960.053.969.960.0M12 1.7584.375.569.587.378.4101.687.3M14 2.0115.0102.994.9119.0107.0138.6119.0M16 2.0157.0140.5129.5162.5146.0189.2162.5M20 2.5245.0219.3202.1253.6227.8295.2253.6M22 2.5303.0271.2249.9313.6281.8365.1313.6M24 3.0353.0315.9291.2365.4328.3425.4365.4M27 3.0459.0411.0378.7475.1426.9553.4475.1M30 3.5561.0502.1462.8580.6521.7676.0580.6M364.0817.0731.2674.0845.6759.8984.5845.6All Types of Grade 8,and Grades 9C and 9CANominal Size,mmThread PitchStress Area,mm 2Heavy Hex HHex IM6 1.020.111.110.4M8 1.2536.620.118.8M10 1.5058.031.929.9M12 1.7584.346.443.4M14 2.0115.063.359.2M16 2.0157.086.480.9M20 2.5245.0134.8126.2M22 2.5303.0166.7156.0M24 3.0353.0194.2181.8M27 3.0459.0252.5236.4M30 3.5561.0308.6288.9M364.0817.0449.4420.8A See limit for proof load test in 8.2.2.1.The proof load for jam nuts shall be 46%of the tabulated load.BBased on proof stress of 895MPa.CBased on proof stress of 825MPa.DBased on proof stress of 1035MPa.EBased on proof stress of 930MPa.FBased on proof stress of 1205MPa.GBased on proof stress of 1035MPa.HBased on proof stress of 550MPa.IBased on proof stress of 515MPa.FIG.2Hardened SteelConeTABLE 5Proof Load Using 120°Hardened Steel Cone —Inch ANominal Size,in.Threads per Inch Stress Areain.2Proof Load,lbfGrade 1Grades 2,2HM,6,6F,7M Grades 2H,3,4,7,16Heavy Hex BHex C Heavy Hex D Hex E Heavy Hex F Hex D 1⁄4200.03183800355044004000515044005⁄16180.05246150570071006400830071003⁄8160.07748950825010300930012000103007⁄16140.10631200011100138501245016150138501⁄2130.14191570014500181001630021100181009⁄16120.1821965018150227002040026500227005⁄8110.2262390022050275502480032150275503⁄4100.3343365031050388503495045300388507⁄890.462443004090051100466005965051100180.60655150509006365057300742506365011⁄880.79068000628007850070650916007850011⁄48 1.000812507500093750844001093509375013⁄88 1.23394250869501087509780012685010875011⁄281.49210670098500123100110800143600123100ABased upon the following equation (this equation cannot be used for extrapolating values beyond the size ranges listed in this table):CPL 5~120.30D !3f 3Aswhere:CPL =cone stripping proof load lbf,D =nominal diameter of nut,in.,f =minimum proof stress of nut,psi;see footnote b ,c ,d ,e ,and f ,As =tensile stress area of nut,in.2=0.7854[D -0.9743/n]2,and n =threads per inch.B Based on proof stress of 130000psi.CBased on proof stress of 120000psi.DBased on proof stress of 150000psi.EBased on proof stress of 135000psi.FBased on proof stress of 175000psi.TABLE 6Proof Load Using 120°Hardened Steel Cone —Metric ANominal Size,mm Thread Pitch Stress Areamm 2Proof Load,kNGrade 1Grades 2,2HM,66F,7M Grades 2H,3,4,7,16Heavy Hex BHex C Heavy Hex DHex E Heavy Hex FHex D M6 1.020.116.915.419.317.322.519.3M8 1.2536.629.627.334.230.839.934.2M10 1.5058.045.742.152.847.561.552.8M12 1.7584.364.659.574.767.186.974.7M14 2.0115.085.678.999.088.9115.399.0M16 2.0157.0113.5104.7131.2118.0152.9131.2M20 2.5245.0166.6153.6192.7173.2224.4192.7M22 2.5303.0199.6183.9230.8207.4268.7230.8M24 3.0353.0224.9207.4260.1233.7302.9260.1M27 3.0459.0277.7256.0321.1288.6373.9321.1M30 3.5561.0321.3296.2371.6334.0432.6371.6M364.0817.0415.3382.8480.3431.6559.2480.3ABased upon the following equation (this equation cannot be used for extrapolating values beyond the size ranges listed in this table):CPL 5~120.012D !3f 3As 30.001where:CPL =cone stripping proof load lbf [kN],D =nominal diameter of nut,in.[mm],f =minimum proof stress of nut,psi [MPa];see footnote b ,c ,d ,e ,and f ,As =tensile stress area of nut,mm 2=0.7854[D -0.9382P]2,and n =thread pitch,mm.B Based on proof stress of 895MPa.CBased on proof stress of 825MPa.DBased on proof stress of 1035MPa.EBased on proof stress of 930MPa.FBased on proof stress of 1205MPa.10.3If a scale-free bright ﬁnish is required,this shall be speciﬁed on the purchase order.11.Retests11.1Provisions for retests by the purchaser and his repre-sentative are speciﬁed in Supplementary Requirement S2.12.Certiﬁcation12.1The producer of nuts shall furnish a certiﬁcation to the purchaser or his representative showing the results of the chemical analysis,macroetch examination (Carbon and Alloy Steels Only),mechanical tests,and the minimum tempering temperature for nuts of Grades 2H,2HM,3,4,6,6F,7,and 7M.12.2Certiﬁcation shall also include at least the following:12.2.1A statement that the fasteners were manufactured,sampled,tested and inspected in accordance with the speciﬁ-cation and any supplementary requirements or other require-ments designated in the purchase order or contract and was found to meet those requirements.12.2.2The speciﬁcation number,year date,and identiﬁca-tion symbol.13.Product Marking13.1All nuts shall bear the manufacturer’s identiﬁcation mark.13.2Nuts shall be legibly marked on one face to indicate the grade and process of the manufacturer,as presented in Table 7.Marking of wrench ﬂats or bearing surfaces is not permitted unless agreed upon between manufacturer and purchaser.13.3For purposes of identiﬁcation marking,the manufac-turer is considered the organization that certiﬁes the fastener was manufactured,sampled,tested,and inspected in accor-dance with the speciﬁcation and the results have been deter-mined to meet the requirements of this speciﬁcation.14.Keywords14.1bolting;chemical analysis;coated;marking on fasten-ers;platedTABLE 7Marking of NutsGrade and Type Nuts Hot-Forged or Cold-Punched Nuts Machined from Bar Stock Nuts Manu-factured in Accordance with 6.6111B ...222B ...2H A 2H 2HB ...2HM A 2HM 2HMB ...333B ...444B ...4L B 4L 4BL ...666B ...6F 6F 6FB ...777B ...7L B 7L 7BL ...7M A7M 7MB ...888B 8A 8C 8C 8CB 8CA 8M 8M 8MB 8MA 8T 8T 8TB 8TA 8F 8F 8FB 8FA 8P 8P 8PB 8PA 8N 8N 8NB 8NA 8MN 8MN 8MNB 8MNA 8R 8R 8RB 8RA 8S 8S 8SB 8SA 8LN 8LN 8LNB 8LNA 8MLN 8MLN 8MLNB 8MLNA 8MLCuN 8MLCuN 8MLCuNB 8MLCuNA 9C 9C 9CB 9CA161616BA The letters H and M indicate heat-treated nuts (see Section 6).BSee Supplementary Requirement S3.SUPPLEMENTARY REQUIREMENTSOne or more of the following supplementary requirements shall be applied only when speciﬁed by the purchaser in the inquiry,contract,or order.Details of these supplementary requirements shall be agreed upon in writing by the manufacturer and purchaser.Supplementary requirements shall in no way negate any requirement of the speciﬁcation itself.S1.Strain-Hardened Austenitic Steel NutsS1.1Strain hardened Grades 8,8C,8T,8M,8F,8P,8N,or 8MN nuts may be speciﬁed.When Supplementary Require-ment S1is invoked in the order,nuts shall be machined from cold drawn bars or shall be cold forged to shape.No subse-quent heat treatment shall be performed on the nuts.Nuts made in accordance with this requirement shall be proof load tested in accordance with 8.2.2.1and shall withstand the proof load speciﬁed in Table 8and Table 9.Testing nuts requiring proof loads over 160000lbf or 705kN is only required when Supplementary Requirement S4is invoked.The hardness limits of Table 2do not apply to strain hardened nuts.Nuts made in accordance with this requirement shall be marked with the Grade symbol underlined.S2.Retests by Purchaser’s RepresentativeS2.1The purchaser’s representative may select two nuts per keg (200-lb unit [90-kg])for sizes 5⁄8in.and M16and smaller,one nut per keg for sizes over 5⁄8in.and M16up to and including 11⁄2in.and M36,and one nut per every two kegs for sizes larger than 11⁄2in.and M36,which shall be subjected to the tests speciﬁed in Section 8.S3.Low-Temperature Requirements for Grade 4,Grade 7or Grade 7M NutsS3.1When low-temperature requirements are speciﬁed for Grade 4or Grade 7nuts,the Charpy test procedures andrequirements as deﬁned in Speciﬁcation A 320/A 320M for Grade L7shall apply.When low-temperature requirements are speciﬁed for Grade 7M nuts,the Charpy test procedures and requirements as deﬁned in Speciﬁcation A 320/A 320M for Grade L7M shall apply.Depending on the size of nuts,separate test samples of the same heat may be required and shall be processed through heat treatment with the nuts for which the test is to apply.Impact testing is not required when the bar stock or nut is smaller than 5⁄8in.[16mm]in diameter.S3.2An“L”shall be added to the marking,as shown in Table 7,for nuts so tested.S4.Proof Load Tests of Large NutsS4.1Proof load testing of nuts requiring proof loads of over 160000lbf or 705kN is required.Testing shall be performed in accordance with 8.2to the loads required in Table 10and Table 11.The maximum load will be based entirely on the equipment available.S5.Control of Product by Heat NumberS5.1When control of nuts by actual heat analysis is required and this supplementary requirement is speciﬁed,the manufacturer shall identify the completed nuts in each ship-ment by the actual heat number.When this supplementary requirement is speciﬁed,a certiﬁcate including the results of the actual production tests of each test lot together with the heat chemical analysis shall be furnished by the manufacturer.TABLE 8Proof Load Testing of Strain Hardened Nuts Using Threaded Mandrel —Inch SeriesN OTE 1—Proof loads are not design loads.Proof Load,lbf ANominal Size,in.Threads per in.Stress Area,in.2Grade 8M (strain hardened)Grade 8M (strain hardened)All Other Types of Grade 8(strain hardened)All Other Types of Grade 8(strain hardened)Heavy Hex BHex C Heavy Hex DHex B 1⁄4200.031634803160395034805⁄16180.052357605240655057603⁄8160.077485107740967585107⁄16140.1063116901063013290116901⁄2130.1419156101419017740156109⁄16120.182200201820022750200205⁄8110.226248602260028250248603⁄4100.334367403340041750367407⁄890.46246200415805313046200180.6066060054540696906060011⁄880.7907505067150829507505011⁄48 1.00095000850001050009500013⁄88 1.2331109709864012330011097011⁄281.492134280119360149200134280A The proof load for jam nuts shall be 46%of the tabulated value.BBased on proof stress of 110000psi up to 3⁄4in.;100000psi 7⁄8to 1in.;95000psi 11⁄8to 11⁄4in.;90000psi 13⁄8to 11⁄2in.CBased on proof stress of 100000psi up to 3⁄4in.;90000psi 7⁄8to 1in.;85000psi 11⁄8to 11⁄4in.;80000psi 13⁄8to 11⁄2in.DBased on proof stress of 125000psi up to 3⁄4in.;115000psi 7⁄8to 1in.;105000psi 11⁄8to 11⁄4in.;100000psi 13⁄8to 11⁄2in.。

北大青鸟报价单2010

套套套只只只台台台台只只只台只只
8980.00 10800.00 14000.00 200.00 200.00 200.00 11400.00 12400.00 14400.00 17000.00 390.00 350.00 110.00 11750.00 920.00 850.00
JB-TG-JBF-11S
C8800
台
263800.00
431
火灾报警控制器（联动型）
JB-TG-JBF-11S
C9200
台
268800.00
432
火灾报警控制器（联动型）
JB-TG-JBF-11S
C9600
台Байду номын сангаас
273800.00
433
火灾报警控制器（联动型）
JB-TG-JBF-11S
C10000
台
276300.00
点型感温火灾探测器（A2R） JTY-ZD-JBF-3110 探测器底座点型感温火灾探测器（A2）探测器底座 VB3301A JTW-ZD-LN2110/C VB1301A
107
手动火灾报警按钮
J-SAP-M-JBF-101F-N
只
325.00
108
消火栓按钮
J-SAP-M-VM3332A
只
480.00
C7200
台
243800.00
427
火灾报警控制器（联动型）
JB-TG-JBF-11S
C7600
台
248800.00
428
火灾报警控制器（联动型）
JB-TG-JBF-11S
C8000
台
253800.00

C1419中文资料

Vectron International · v.2005-02-10 · page 1 of 3Vectron International Headquarters Vectron International LLC. 100 Watts StreetVectron international GmbH & Co. KG LandstrasseVectron Asia Pacific Sales OfficeUnit 3119 31st Floor, Jin Mao Tower, 88Typical ApplicationsFeaturesTelecommunication Standard 4-Pin DIP Package Universal Clock Enable FunctionPrevious Vectron Model NumbersMCO1XXX; AA;Frequency range1 MHz – 100 MHzFrequency stabilities 1ParameterMin Typ Max. Units Operating temprange Ordering Code 5Overall (vs. Initial, vs. operatingtemperature range vs. supply voltage change vs. load change vs. aging /1. Yea)r-100.0 -50.0 -25.0 -100.0 -50.0 -32.0+100.0 +50.0 +25.0 +100.0 +50.0 +32.0ppm ppm ppm ppm ppm ppm-0 … +70°C -0 … +70°C -0 … +70°C -40 … +85°C -40 … +85°C -40 … +85°CC104 C505 C255 F104 F505 F325Supply voltageParameterMin Typ Max. Units ConditionOrdering Code 5Supply voltage (Vs)4.755.0 5.25 VDCSV050Current consumption40 50 55 70 mA@ HCMOS fo < 24.0 MHz @ HCMOS fo < 50.0 MHz @ HCMOS fo < 70.0 MHz @ HCMOS fo < 100.0 MHz Supply voltage (Vs) 3.135 3.3 3.465 VDC SV033 Current consumption30 35 40 50mA@ HCMOS fo < 24.0 MHz @ HCMOS fo < 50.0 MHz @ HCMOS fo < 70.0 MHz @ HCMOS fo < 100.0 MHzRF outputParameter Min Typ Max.Units ConditionOrdering Code 5SignalHCMOSRFHLoad15.0 pFRise and Fall time 10 ns @ 15 pF 10 to 90 %Duty cycle4060%@ Vs/2Vectron International · v.2005-02-10 · page 2 of 3Vectron International Headquarters Vectron International LLC.100 Watts StreetVectron international GmbH & Co. KGLandstrasseVectron Asia Pacific Sales OfficeUnit 3119 31st Floor, Jin Mao Tower, 88EnclosuresAbsolute Maximum RatingsParameter Min Typ Max. Units Condition Supply voltage (Vs) 7 VOperable temperature range -30 +80 °CStorage temperature range -40 +90 °CVectron International · v.2005-02-10 · page 3 of 3Vectron International Headquarters Vectron International LLC.100 Watts StreetVectron international GmbH & Co. KGLandstrasseVectron Asia Pacific Sales OfficeUnit 3119 31st Floor, Jin Mao Tower, 88How to Order this Product:Step 1 Use this worksheet to forward the following information to your factory representative:Model Stability Code Supply Voltage Code RF Output Code Package Code C1419Example: C1419 C104 SV050 RFH A1Step 2 The factory representative will then respond with a Vectron Model Number in the following Configuration: Model Package Code Dash Dash NumberC1419 [Customer Specified Package Code]- [Factory Generated 4 digit number] Typical P/N = C1419A1-0001Notes:1 Contact factory for improved stabilities or additional product options. Not all options and codes are available at all frequencies.2 Unless otherwise stated all values are valid after warm-up time and refer to typical conditions for supply voltage, frequency controlvoltage, load, temperature (25°C)3 Phase noise degrades with increasing output frequency.4 Subject to technical modification.5 Contact factory for availability.。

LM119-LM219中文资料

元器件交易网
LM119 - LM219 LM319
HIGH SPEED DUAL COMPARATORS
. TWO INDEPENDENT COMPARATORS . OPERATES FROM A SINGLE +5V SUPPLY . TYPICALLY 80ns RESPONSE TIME AT ±15V . MINIMUM FAN-OUT OF 2 EACH SIDE . MAXIMUM INPUT CURRENT OF 1µA OVER
Q18
900 Ω
R14 2k Ω
R16 600 Ω
Q17 R17 3Ω
To other half
V CC
GND
ABSOLUTE MAXIMUM RATINGS
Symbol
VO - VCCVCCVCC+ Vid Vi Ptot Toper Tstg
Parameter
Output to Negative Supply Voltage Negative Supply Voltage Positive Supply Voltage Differential Input Voltage Input Voltage – (note 1) Power Dissipation Operating Free-air Temperature Range Storage Temperature Range
8 - Ground 2 9 - Non-inverting input 2 10 - Inverting input 2 11 - VCC+ 12 - Output 1 13 - N.C. 14 - N.C.
1/9
元器件交易网
LM119 - LM219 - LM319

国家（地区）代码表

海关代码中文名称英文名称字母代码（2位）字母代码（3位）999 中性包装原产国别Conutries of Neutral Package ——702 联合国及机构和国际组织UN and other interational ——701 国（地）别不详Countries(reg.) unknown ——699 大洋洲其他国家（地区）'Oth. Ocean. nes ——625 瓦利斯和富图纳Wallis and Futuna WF WLF623 法属波利尼西亚French Polynesia PF PYF622 帕劳共和国Palau PW PLW621 马绍尔群岛Marshall Is Rep MH MHL620 密克罗尼西亚联邦Micronesia Fs FM FSM619 图瓦卢Tuvalu TV TUV618 基里巴斯Kiribati KI KIR617 萨摩亚Samoa WS WSM614 汤加Tonga TO TON613 所罗门群岛Solomon Is SB SLB612 社会群岛Society Is CX CXR611 巴布亚新几内亚Papua New Guinea PG PNG610 诺福克岛Norfolk Is NF NFK609 新西兰New Zealand NZ NZL608 瓦努阿图Vanuatu VU VUT607 新喀里多尼亚New Caledonia NC NCL海关代码中文名称英文名称字母代码（2位）字母代码（3位）606 瑙鲁Nauru NR NRU605 马克萨斯群岛Marquesas Is. ——604 盖比群岛Gambier Is. ——603 斐济Fiji FJ FJI602 库克群岛Cook Is CK COK601 澳大利亚Australia AU AUS504 百慕大Bermuda BM BMU503 格陵兰Greenland GL GRL502 美国United States US USA501 加拿大Canada CA CAN449 荷属安地列斯群岛the Netherlands Antilles AN ANT448 圣皮埃尔和密克隆St.Pierre and Miquelon PM SPM447 圣其茨-尼维斯St. Kitts-Nevis ——446 英属维尔京群岛Br. Virgin Is VG VGB445 委内瑞拉Venezuela VE VEN444 乌拉圭Uruguay UY URY443 特克斯和凯科斯群岛Turks & Caicos Is TC TCA442 特立尼达和多巴哥Trinidad & Tobago TT TTO441 苏里南Suriname SR SUR440 萨尔瓦多El Salvador SV SLV海关代码中文名称英文名称字母代码（2位）字母代码（3位）439 圣文森特和格林纳丁斯Saint Vincent & Grenadines VC VCT437 圣卢西亚Saint Lucia LC LCA435 波多黎各Puerto Rico PR PRI434 秘鲁Peru PE PER433 巴拉圭Paraguay PY PRY432 巴拿马Panama PA PAN431 尼加拉瓜Nicaragua NI NIC430 蒙特塞拉特Montserrat MS MSR429 墨西哥Mexico MX MEX428 马提尼克Martinique MQ MTQ427 牙买加Jamaica JM JAM426 洪都拉斯Honduras HN HND425 海地Haiti HT HTI424 圭亚那Guyana GY GUY423 危地马拉Guatemala GT GTM422 瓜德罗普Guadeloupe GP GLP421 格林纳达Grenada GD GRD420 法属圭亚那French Guyana GF GUF419 厄瓜多尔Ecuador EC ECU418 多米尼加共和国Dominican Rep. DO DOM海关代码中文名称英文名称字母代码（2位）字母代码（3位）417 库腊索岛Curacao ——416 古巴Cuba CU CUB415 哥斯达黎加Costa Rica CR CRI414 多米尼克共和国Dominica DM DMA413 哥伦比亚Colombia CO COL412 智利Chile CL CHL411 开曼群岛Cayman Is KY CYM410 巴西Brazil BR BRA408 玻利维亚Bolivia BO BOL406 伯利兹Belize BZ BLZ405 巴巴多斯Barbados BB BRB404 巴哈马Bahamas BS BHS403 阿鲁巴岛Aruba AW ABW402 阿根廷Argentina AR ARG401 安提瓜和巴布达Antigua & Barbuda AG ATG359 黑山the Republic of Montenegro ——358 塞尔维亚the Republic of Serbia ——356 梵蒂冈城国Vatican City State VA VAT355 波斯尼亚-黑塞哥维那共和国（波黑）Bosnia&Hercegovina BA BIH354 马其顿Macedonia Rep MK MKD海关代码中文名称英文名称字母代码（2位）字母代码（3位）353 斯洛伐克Slovak Rep SK SVK352 捷克共和国Czech Rep CZ CZE351 克罗地亚Croatia Rep HR HRV350 斯洛文尼亚Slovenia Rep SI SVN347 乌克兰Ukraine UA UKR344 俄罗斯联邦Russia RU RUS343 摩尔多瓦Moldavia MD MDA340 白俄罗斯Byelorussia BY BLR339 阿塞拜疆Azerbaijan AZ AZE338 亚美尼亚Armenia AM ARM337 格鲁吉亚Georgia GE GEO336 立陶宛Lithuania LT LTU335 拉脱维亚Latvia LV LVA334 爱沙尼亚Ectonia EE EST331 瑞士Switzerland CH CHE330 瑞典Sweden SE SWE329 圣马力诺San Marino SM SMR328 罗马尼亚Romania RO ROM327 波兰Poland PL POL326 挪威Norway NO NOR海关代码中文名称英文名称字母代码（2位）字母代码（3位）325 摩纳哥Monaco MC MCO324 马耳他Malta MT MLT323 列支敦士登Liechtenstein LI LIE322 冰岛Iceland IS ISL321 匈牙利Hungary HU HUN320 直布罗陀Gibraltar GI GIB318 芬兰Finland FI FIN316 保加利亚Bulgaria BG BGR315 奥地利Austria AT AUT314 安道尔Andorra AD AND313 阿尔巴尼亚Albania AL ALB312 西班牙Spain ES ESP311 葡萄牙Portugal PT PRT310 希腊Greece GR GRC309 荷兰Netherlands NL NLD308 卢森堡Luxembourg LU LUX307 意大利Italy IT ITA306 爱尔兰Ireland IE IRL305 法国France FR FRA304 德国Germany DE DEU海关代码中文名称英文名称字母代码（2位）字母代码（3位）303 英国United Kingdom GB GBR302 丹麦Denmark DK DNK301 比利时Belgium BE BEL259 马约特岛Mayotte YT MYT258 厄立特里亚Eritrea ER ERI257 斯威士兰Swaziland SZ SWZ256 梅利利亚Melilla ——255 莱索托Lesotho LS LSO254 津巴布韦Zimbabwe ZW ZWE253 赞比亚Zambia ZM ZMB252 民主刚果Congo，DR CD COD251 布基纳法索Burkina Faso BF BFA250 乌干达Uganda UG UGA249 突尼斯Tunisia TN TUN248 多哥Togo TG TGO247 坦桑尼亚Tanzania TZ TZA246 苏丹Sudan SD SDN245 西撒哈拉Western Sahara EH ESH244 南非S.Africa ZA ZAF243 索马里Somalia SO SOM海关代码中文名称英文名称字母代码（2位）字母代码（3位）242 塞拉利昂Sierra Leone SL SLE241 塞舌尔Seychelles SC SYC240 塞内加尔Senegal SN SEN239 圣多美和普林西比Sao Tom e & Principe ST STP238 卢旺达Rwanda RW RWA237 留尼汪Reunion RE REU236 尼日利亚Nigeria NG NGA235 尼日尔Niger NE NER234 纳米比亚Namibia NA NAM233 莫桑比克Mozambique MZ MOZ232 摩洛哥Morocco MA MAR231 毛里求斯Mauritius MU MUS230 毛里塔尼亚Mauritania MR MRT229 马里Mali ML MLI228 马拉维Malawi MW MWI227 马达加斯加Madagascar MG MDG226 利比亚Libyan Arab Jm LY LBY225 利比里亚Liberia LR LBR224 肯尼亚Kenya KE KEN223 科特迪瓦Cote d’lvoir CI CIV海关代码中文名称英文名称字母代码（2位）字母代码（3位）222 几内亚(比绍) Guinea Bissau GW GNB221 几内亚Guinea GN GIN220 加纳Ghana GH GHA219 冈比亚Gambia GM GMB218 加蓬Gabon GA GAB217 埃塞俄比亚Ethiopia ET ETH216 赤道几内亚Eq.Guinea GN GNQ215 埃及Egypt EG EGY214 吉布提Djibouti DJ DJI213 刚果Congo CG COG212 科摩罗Comoros KM COM211 乍得Chad TD TCD210 塞卜泰（休达）Ceuta ——209 中非共和国Central African Rep. CF CAF208 佛得角Cape Vrde CV CPV207 加那利群岛Canary Is. ——206 喀麦隆Cam eroon CM CMR205 布隆迪Burundi BI BDI204 博茨瓦纳Botswana BW BWA203 贝宁Benin BJ BEN海关代码中文名称英文名称字母代码（2位）字母代码（3位）202 安哥拉Angora AO AGO201 阿尔及利亚Algeria DZ DZA149 乌兹别克斯坦Uzbekstan UZ UZB148 土库曼斯坦Turkmenistan TM TKM147 塔吉克斯坦Tadzhikistan TJ TJK146 吉尔吉斯斯坦Kirghizia KG KGZ145 哈萨克斯坦Kazakhstan KZ KAZ144 东帝汶East Timor TP TMP143 台澎金马关税区Taiwan prov. TW TWN142 中国China CN CHN141 越南Vietnam VN VNM139 也门共和国Republic of Yemen YE YEM138 阿联酋United Arab Emirates AE ARE137 土耳其Turkey TR TUR136 泰国Thailand TH THA135 叙利亚Syrian SY SYR134 斯里兰卡Sri Lanka LK LKA133 韩国Korea Rep. KR KOR132 新加坡Singapore SG SGP131 沙特阿拉伯Saudi Arabia SA SAU海关代码中文名称英文名称字母代码（2位）字母代码（3位）130 卡塔尔Qatar QA QAT129 菲律宾Philippines PH PHL128 巴勒斯坦Palestine PS PSE127 巴基斯坦Pakistan PK PAK126 阿曼Oman OM OMN125 尼泊尔Nepal NP NPL124 蒙古Mongolia MN MNG123 马尔代夫Maldives MV MDV122 马来西亚Malaysia MY MYS121 中国澳门Macau MO MAC120 黎巴嫩Lebanon LB LBN119 老挝Laos，PDR LA LAO118 科威特Kuwait KW KWT117 约旦Jordan JO JOR116 日本Japan JP JPN115 以色列Israel IL ISR114 伊拉克Iraq IQ IRQ113 伊朗Iran IR IRN112 印度尼西亚Indonesia ID IDN111 印度India IN IND海关代码中文名称英文名称字母代码（2位）字母代码（3位）110 中国香港Hong Kong HK HKG109 朝鲜Korea，DPR KP PRK108 塞浦路斯Cyprus CY CYP107 柬埔寨Cambodia KH KHM106 缅甸Myanmar MM MMR105 文莱Brunei BN BRN104 不丹Bhutan BT BTN103 孟加拉国Bangladesh BD BGD102 巴林Bahrian BH BHR101 阿富汗Afghanistan AF AFG。

LM614中文资料

LM614Quad Operational Amplifier and Adjustable ReferenceGeneral DescriptionThe LM614consists of four op-amps and a programmable voltage reference in a 16-pin package.The op-amp out-performs most single-supply op-amps by providing higher speed and bandwidth along with low supply current.This device was specifically designed to lower cost and board space requirements in transducer,test,measurement and data acquisition systems.Combining a stable voltage reference with four wide output swing op-amps makes the LM614ideal for single supply transducers,signal conditioning and bridge driving where large common-mode-signals are common.The voltage ref-erence consists of a reliable band-gap design that maintains low dynamic output impedance (1Ωtypical),excellent initial tolerance (0.6%),and the ability to be programmed from 1.2V to 6.3V via two external resistors.The voltage refer-ence is very stable even when driving large capacitive loads,as are commonly encountered in CMOS data acquisition systems.As a member of National’s new Super-Block ™family,the LM614is a space-saving monolithic alternative to a multichip solution,offering a high level of integration without sacrificing performance.FeaturesOp Ampn Low operating current:300µAn Wide supply voltage range:4V to 36Vn Wide common-mode range:V −to (V +−1.8V)n Wide differential input voltage:±36Vn Available in plastic package rated for Military Temperature Range Operation Referencen Adjustable output voltage: 1.2V to 6.3V n Tight initial tolerance available:±0.6%n Wide operating current range:17µA to 20mA n Tolerant of load capacitanceApplicationsn Transducer bridge driver and signal processing n Process and mass flow control systems n Power supply voltage monitornBuffered voltage references for A/D’sConnection DiagramOrdering InformationReference Tolerance &V OSTemperature RangePackageNSC Drawing MilitaryIndustrial Commercial −55˚C ≤T A ≤+125˚C−40˚C ≤T A ≤+85˚C0˚C ≤T A ≤+70˚C±0.6%@LM614AMN LM614AIN—16-pin N16E 80ppm/˚C max Molded DIP V OS ≤3.5mV maxLM614AMJ/883——16-pin J16A (Note 13)Ceramic DIP ±2.0%@LM614MNLM614BIN LM614CN 16-pin N16E 150ppm/˚C max Molded DIP V OS ≤5.0mV—LM614WMLM614CWM16-pin Wide M16BSurface MountSuper-Block ™is a trademark of National Semiconductor Corporation.DS009326-1May 1998LM614Quad Operational Amplifier and Adjustable Reference©1999National Semiconductor Corporation Absolute Maximum Ratings (Note 1)If Military/Aerospace specified devices are required,please contact the National Semiconductor Sales Office/Distributors for availability and specifications.Voltage on Any Pins except V R(referred to V −pin)(Note 2)36V (Max)(Note 3)−0.3V (Min)Current through Any Input Pin &V R Pin±20mA Differential Input Voltage Military and Industrial ±36V Commercial±32VStorage Temperature Range−65˚C ≤T J ≤+150˚CMaximum Junction Temperature150˚C Thermal Resistance,Junction-to-Ambient (Note 4)N Package 100˚C WM Package150˚C Soldering Information (Soldering,10seconds)N Package 260˚C WM Package220˚C ESD Tolerance (Note 5)±1kVOperating Temperature RangeLM614AI,LM614I,LM614BI −40˚C ≤T J ≤+85˚C LM614AM,LM614M −55˚C ≤T J ≤+125˚CLM614C0˚C ≤T J ≤+70˚CElectrical CharacteristicsThese specifications apply for V −=GND =0V,V +=5V,V CM =V OUT =2.5V,I R =100µA,FEEDBACK pin shorted to GND,unless otherwise specified.Limits in standard typeface are for T J =25˚C;limits in boldface type apply over the Operating Temperature Range .SymbolParameterConditionsTypical (Note 6)LM614AM LM614M UnitsLM614AI LM614BI Limits LM614I (Note 7)LM614C Limits (Note 7)I S Total Supply R LOAD=∞,4509401000µA max Current4V ≤V +≤36V (32V for LM614C)55010001070µA max V SSupply Voltage Range2.2 2.8 2.8V min 2.933V min 463632V max 433632V max OPERATIONAL AMPLIFIER V OS1V OS Over Supply 4V ≤V +≤36V1.5 3.5 5.0mV max (4V ≤V +≤32V for LM614C)2.0 6.07.0mV max V OS2V OS Over V CM V CM =0V through V CM = 1.0 3.5 5.0mV max (V +−1.8V),V +=30V1.5 6.07.0mV max Average V OS Drift(Note 7)15µV/˚C maxI B Input Bias Current 102535nA max 113040nA max I OSInput Offset Current 0.244nA max 0.355nA max Average Offset Drift Current4pA/˚C R IN Input Resistance Differential 1800M ΩCommon-Mode3800M ΩC IN Input Capacitance Common-Mode Input5.7pFe n Voltage Noisef =100Hz,Input Referred 74I n Current Noise f =100Hz,Input Referred 58CMRRCommon-Mode V +=30V,0V ≤V CM ≤(V +−1.8V),958075dB min Rejection RatioCMRR =20log (∆V CM /∆V OS )907570dB min 2Electrical Characteristics(Continued)These specifications apply for V−=GND=0V,V+=5V,V CM=V OUT=2.5V,I R=100µA,FEEDBACK pin shorted to GND, unless otherwise specified.Limits in standard typeface are for T J=25˚C;limits in boldface type apply over the Operating Temperature Range.Symbol Parameter Conditions Typical(Note6)LM614AM LM614M Units LM614AI LM614BILimits LM614I(Note7)LM614CLimits(Note7)OPERATIONAL AMPLIFIERPSRR Power Supply4V≤V+≤30V,V CM=V+/2,1108075dB min Rejection Ratio PSRR=20log(∆V+/∆V OS)1007570dB minA V Open Loop R L=10kΩto GND,V+=30V,50010094V/mVVoltage Gain5V≤V OUT≤25V504040minSR Slew Rate V+=30V(Note8)±0.70±0.55±0.50V/µs±0.65±0.45±0.45GBW Gain Bandwidth C L=50pF0.8MHz0.52MHzV O1Output Voltage R L=10kΩto GND V+−1.4V+−1.7V+−1.8V min Swing High V+=36V(32V for LM614C)V+−1.6V+−1.9V+−1.9V minV O2Output Voltage R L=10kΩto V+V−+0.8V−+0.9V−+0.95V max Swing Low V+=36V(32V for LM614C)V−+0.9V−+1.0V−+1.0V maxI OUT Output Source V OUT=2.5V,V+IN=0V,252016mA minV−IN=−0.3V151313mA minI SINK Output Sink V OUT=1.6V,V+IN=0V,171413mA minCurrent V−IN=0.3V988mA minI SHORT Short Circuit Current V OUT=0V,V+IN=3V,305050mA maxV−IN=2V,Source406060mA maxV OUT=5V,V+IN=2V,306070mA maxV−IN=3V,Sink328090mA max VOLTAGE REFERENCEV R Voltage Reference(Note9) 1.244 1.2365 1.2191V min1.2515 1.2689V max(±0.6%)(±2.0%) Average Temperature(Note10)1080150PPM/˚CDrift maxHysteresis(Note11)3.2µV/˚CV R Change V R(100µA)−V R(17µA)0.0511mV maxwith Current0.1 1.1 1.1mV maxV R(10mA)−V R(100µA) 1.555mV max(Note12) 2.0 5.5 5.5mV maxR Resistance∆V R(10→0.1mA)/9.9mA0.20.560.56Ωmax∆V R(100→17µA)/83µA0.61313Ωmax V R Change V R(Vro=Vr)−V R(Vro=6.3V) 2.577mV maxwith High V RO(5.06V between Anode and 2.81010mV maxFEEDBACK)3Electrical Characteristics(Continued)These specifications apply for V−=GND=0V,V+=5V,V CM=V OUT=2.5V,I R=100µA,FEEDBACK pin shorted to GND, unless otherwise specified.Limits in standard typeface are for T J=25˚C;limits in boldface type apply over the Operating Temperature Range.Symbol Parameter Conditions Typical(Note6)LM614AM LM614M Units LM614AI LM614BILimits LM614I(Note7)LM614CLimits(Note7)VOLTAGE REFERENCEV R Change with V R(V+=5V)−V R(V+=36V)0.1 1.2 1.2mV maxV+Change(V+=32V for LM614C)0.1 1.3 1.3mV maxV R(V+=5V)−V R(V+=3V)0.0111mV max0.01 1.5 1.5mV maxI FB FEEDBACK Bias V ANODE≤V FB≤5.06V223550nA maxCurrent294055nA max e n Voltage Noise BW=10Hz to10kHz,30µV RMSV RO=V RNote1:Absolute maximum ratings indicate limits beyond which damage to the component may occur.Electrical specifications do not apply when operating the de-vice beyond its rated operating conditions.Note2:Input voltage above V+is allowed.Note3:More accurately,it is excessive current flow,with resulting excess heating,that limits the voltages on all pins.When any pin is pulled a diode drop below V−,a parasitic NPN transistor turns ON.No latch-up will occur as long as the current through that pin remains below the Maximum Rating.Operation is undefined and unpredictable when any parasitic diode or transistor is conducting.Note4:Junction temperature may be calculated using T J=T A+P DθjA.The given thermal resistance is worst-case for packages in sockets in still air.For packages soldered to copper-clad board with dissipation from one comparator or reference output transistor,nominalθjA are90˚C/W for the N package,WM package.Note5:Human body model,100pF discharged through a1.5kΩresistor.Note6:Typical values in standard typeface are for T J=25˚C;values in boldface type apply for the full operating temperature range.These values represent the most likely parametric norm.Note7:All limits are guaranteed at room temperature(standard type face)or at operating temperature extremes(bold type face).Note8:Slew rate is measured with op amp in a voltage follower configuration.For rising slew rate,the input voltage is driven from5V to25V,and the output voltage transition is sampled at10V and@20V.For falling slew rate,the input voltage is driven from25V to5V,and the output voltage transition is sampled at20V and10V.Note9:V R is the Cathode-feedback voltage,nominally1.244V.Note10:Average reference drift is calculated from the measurement of the reference voltage at25˚C and at the temperature extremes.The drift,in ppm/˚C,is 106•∆V R/(V R[25˚C]•∆T J),where∆V R is the lowest value subtracted from the highest,V R[25˚C]is the value at25˚C,and∆T J is the temperature range.This parameter is guaranteed by design and sample testing.Note11:Hysteresis is the change in V R caused by a change in T J,after the reference has been“dehysterized”.To dehysterize the reference;that is minimize the hysteresis to the typical value,cycle its junction temperature in the following pattern,spiraling in toward25˚C:25˚C,85˚C,−40˚C,70˚C,0˚C,25˚C.Note12:Low contact resistance is required for accurate measurement.Note13:A military RETSLM614AMX electrical test specification is available on request.The LM614AMJ/883can also be procured as a Standard Military Drawing.Simplified Schematic DiagramsOp AmpDS009326-24Simplified Schematic Diagrams(Continued)Typical Performance Characteristics (Reference)T J =25˚C,FEEDBACK pin shorted to V −=0V,unless otherwise noted Reference /BiasDS009326-3Reference Voltage vs Temperatureon 5Representative UnitsDS009326-47Reference Voltage DriftDS009326-48Accelerated Reference Voltage Drift vs TimeDS009326-49Reference Voltage vs Current and Temperature DS009326-50Reference Voltage vs Current and Temperature DS009326-51Reference Voltage vs Reference CurrentDS009326-525Typical Performance Characteristics (Reference)T J =25˚C,FEEDBACK pin shorted to V −=0V,unless otherwise noted (Continued)Reference Voltage vs Reference CurrentDS009326-53Reference AC Stability RangeDS009326-54FEEDBACK Current vs FEEDBACK-to-Anode VoltageDS009326-55FEEDBACK Current vs FEEDBACK-to-Anode VoltageDS009326-56Reference Noise Voltage vs Frequency DS009326-57Reference Small-Signal Resistance vs FrequencyDS009326-58Reference Power-Up TimeDS009326-59Reference Voltage with FEEDBACK Voltage Step DS009326-60Reference Voltage with 100z 12µA Current StepDS009326-61 6Typical Performance Characteristics(Reference)TJ =25˚C,FEEDBACK pin shorted to V−=0V,unless otherwise noted(Continued)Typical Performance Characteristics(Op Amps)V+=5V,V−=GND=0V,VCM =V+/2,VOUT=V+/2,TJ =25˚C,unless otherwise notedReference Step Responsefor100µA z10mACurrent StepDS009326-62Reference Voltage Changewith Supply Voltage StepDS009326-63Input Common-ModeVoltage Range vsTemperatureDS009326-64V OS vs JunctionTemperature on9Representative UnitsDS009326-65Input Bias Current vsCommon-Mode VoltageDS009326-66Slew Rate vs Temperatureand Output Sink CurrentDS009326-67Large-SignalStep ResponseDS009326-68Output Voltage Swingvs Temp.and Current 7Typical Performance Characteristics (Op Amps)V +=5V,V −=GND =0V,V CM =V +/2,V OUT =V +/2,T J =25˚C,unless otherwise noted (Continued)Output Source Current vs Output Voltage and Temp.DS009326-70Output Sink Current vs Output Voltage and Temp.DS009326-71Output Swing,Large SignalDS009326-72Output Impedance vs Frequency and Gain DS009326-73Small-Signal Pulse Response vs Temp.DS009326-74Small-Signal Pulse Response vs LoadDS009326-75Op Amp Voltage Noise vs Frequency DS009326-76Op Amp Current Noise vs FrequencyDS009326-77Small-Signal Voltage Gain vs Frequency and TemperatureDS009326-78 8Typical Performance Characteristics (Op Amps)V +=5V,V −=GND =0V,V CM =V +/2,V OUT =V +/2,T J =25˚C,unless otherwise noted (Continued)Small-Signal Voltage Gain vs Frequency and LoadDS009326-79Follower Small-Signal Frequency ResponseDS009326-80Common-Mode Input Voltage Rejection RatioDS009326-81Power Supply Current vs Power Supply VoltageDS009326-7Positive Power Supply Voltage Rejection Ratio DS009326-21Negative Power Supply Voltage Rejection RatioDS009326-229Typical Performance Characteristics (Op Amps)V +=5V,V −=GND =0V,V CM =V +/2,V OUT =V +/2,T J =25˚C,unless otherwise noted (Continued)Typical Performance DistributionsInput Offset Current vs Junction TemperatureDS009326-24Input Bias Current vs Junction TemperatureDS009326-38Average V OS DriftMilitary Temperature RangeDS009326-29Average V OS DriftIndustrial Temperature RangeDS009326-30Average V OS DriftCommercial Temperature Range DS009326-31Average I OS DriftMilitary Temperature RangeDS009326-32 10Typical Performance Distributions(Continued)Average I OS DriftIndustrial Temperature RangeDS009326-33Average I OS DriftCommercial Temperature RangeDS009326-35Op Amp VoltageNoise DistributionDS009326-36Op Amp CurrentNoise DistributionDS009326-37 11Application InformationVOLTAGE REFERENCEReference BiasingThe voltage reference is of a shunt regulator topology thatmodels as a simple zener diode.With current I r flowing in the“forward”direction there is the familiar diode transfer func-tion.I r flowing in the reverse direction forces the referencevoltage to be developed from cathode to anode.The cath-ode may swing from a diode drop below V−to the referencevoltage or to the avalanche voltage of the parallel protectiondiode,nominally7V.A6.3V reference with V+=3V isallowed.The reference equivalent circuit reveals how V r is held at theconstant1.2V by feedback,and how the FEEDBACK pinpasses little current.To generate the required reverse current,typically a resistoris connected from a supply voltage higher than the referencevoltage.Varying that voltage,and so varying I r,has small ef-fect with the equivalent series resistance of less than an ohmat the higher currents.Alternatively,an active current source,such as the LM134series,may generate I r.Capacitors in parallel with the reference are allowed.See theReference AC Stability Range typical curve for capacitancevalues—from20µA to3mA any capacitor value is stable.With the reference’s wide stability range with resistive andcapacitive loads,a wide range of RC filter values will performnoise filtering.Adjustable ReferenceThe FEEDBACK pin allows the reference output voltage,V ro,to vary from1.24V to6.3V.The reference attempts tohold V r at1.24V.If V r is above1.24V,the reference will con-duct current from Cathode to Anode;FEEDBACK current al-ways remains low.If FEEDBACK is connected to Anode,then V ro=V r=1.24V.For higher voltages FEEDBACK isheld at a constant voltage above Anode—say3.76V for V ro=5V.Connecting a resistor across the constant Vrgeneratesa current I=V r/R1flowing from Cathode into FEEDBACKnode.A Thevenin equivalent3.76V is generated from FEED-BACK to Anode with R2=3.76/I.Keep I greater than onethousand times larger than FEEDBACK bias current for<0.1%error—I≥32µA for the military grade over the militarytemperature range(I≥5.5µA for a1%untrimmed error for acommercial part.)Understanding that V r is fixed and that voltage sources,re-sistors,and capacitors may be tied to the FEEDBACK pin,arange of V r temperature coefficients may be synthesized.DS009326-9FIGURE1.Voltages Associated with Reference(Current Source I r is External)DS009326-10FIGURE2.Reference Equivalent CircuitDS009326-11FIGURE3.1.2V ReferenceDS009326-12FIGURE4.Thevenin Equivalentof Reference with5V Output12Application Information(Continued)Connecting a resistor across Cathode-to-FEEDBACK cre-ates a0TC current source,but a range of TCs may be synthesized.HysteresisThe reference voltage depends,slightly,on the thermal his-tory of the petitive micro-power products vary—always check the data sheet for any given device.Do not assume that no specification means no hysteresis. OPERATIONAL AMPLIFIERSAny amp or the reference may be biased in any way with no effect on the other amps or reference,except when a sub-strate diode conducts(see Guaranteed Electrical Character-istics(Note1)).One amp input may be outside the common-mode range,another amp may be operated as a comparator,another with all terminals floating with no effect on the others(tying inverting input to output and non-inverting input to V−on unused amps is preferred). Choosing operating points that cause oscillation,such as driving too large a capacitive load,is best avoided.Op Amp Output StageThese op amps,like their LM124series,have flexible and relatively wide-swing output stages.There are simple rules to optimize output swing,reduce cross-over distortion,and optimize capacitive drive capability:1.Output Swing:Unloaded,the42µA pull-down will bringthe output within300mV of V−over the military tempera-ture range.If more than42µA is required,a resistor from output to V−will help.Swing across any load may be im-proved slightly if the load can be tied to V+,at the cost of poorer sinking open-loop voltage gainDS009326-14FIGURE6.Output Voltage has Negative Temperature Coefficient(TC)if R2has Negative TCDS009326-15FIGURE7.Output Voltage has Positive TCif R1has Negative TCDS009326-16 FIGURE8.Diode in Series with R1Causes Voltage across R1and R2to be Proportional to AbsoluteTemperature(PTAT)DS009326-17I=Vr/R1=1.24/R1FIGURE9.Current Source is Programmed by R1DS009326-18FIGURE10.Proportional-to-Absolute-TemperatureCurrent SourceDS009326-19FIGURE11.Negative-TC Current Source 13Application Information(Continued)2.Cross-over Distortion:The LM614has lower cross-over distortion (a 1V BE deadband versus 3V BE for the LM124),and increased slew rate as shown in the char-acteristic curves.A resistor pull-up or pull-down will force class-A operation with only the PNP or NPN output tran-sistor conducting,eliminating cross-over distortion3.Capacitive Drive:Limited by the output pole caused by the output resistance driving capacitive loads,a pull-down resistor conducting 1mA or more reduces theoutput stage NPN r e until the output resistance is that of the current limit 25Ω.200pF may then be driven without oscillation.Op Amp Input StageThe lateral PNP input transistors,unlike most op amps,have BV EBO equal to the absolute maximum supply voltage.Also,they have no diode clamps to the positive supply nor across the inputs.These features make the inputs look like high im-pedances to input sources producing large differential and common-mode voltages.Typical ApplicationsDS009326-42FIGURE 12.Simple Low Quiescent Drain Voltage Regulator.Total supply current approximately 320µA,when V IN =+5V.DS009326-43*10k must be low t.c.trimpot.FIGURE 13.Ultra Low Noise 10.00V Reference.Totaloutput noise is typically 14µV RMS .DS009326-44V OUT =(R 1/Pe +1)V REFR 1,R 2should be 1%metal film P βshould be low T.C.trim potFIGURE 14.Slow Rise Time Upon Power-Up,Adjustable Transducer Bridge Driver.Rise time is approximately 1ms.DS009326-46FIGURE 15.Low Drop-Out Voltage Regulator Circuit,drop-out voltage is typically 0.2V. 14Typical Applications(Continued)DS009326-45 FIGURE16.Transducer Data Acquisition System.Set zero code voltage,then adjust10Ωgain adjust pot for fullscale.15Physical Dimensions inches(millimeters)unless otherwise notedCeramic Dual-In-Line Package(J)Order Number LM614AMJ/883NS Package Number J16A16-Lead Molded Small Outline Package(WM)Order Number LM614CWM or LM614IWMNS Package Number M16B16Physical Dimensions inches(millimeters)unless otherwise noted(Continued)LIFE SUPPORT POLICYNATIONAL’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF NATIONAL SEMICONDUCTOR CORPORATION.As used herein:1.Life support devices or systems are devices orsystems which,(a)are intended for surgical implantinto the body,or(b)support or sustain life,andwhose failure to perform when properly used inaccordance with instructions for use provided in thelabeling,can be reasonably expected to result in asignificant injury to the user.2.A critical component is any component of a lifesupport device or system whose failure to performcan be reasonably expected to cause the failure ofthe life support device or system,or to affect itssafety or effectiveness.National SemiconductorCorporationAmericasTel:1-800-272-9959Fax:1-800-737-7018Email:support@National SemiconductorEuropeFax:+49(0)180-5308586Email:europe.support@Deutsch Tel:+49(0)180-5308585English Tel:+49(0)180-5327832Français Tel:+49(0)180-5329358Italiano Tel:+49(0)180-5341680National SemiconductorAsia Pacific CustomerResponse GroupTel:65-2544466Fax:65-2504466Email:sea.support@National SemiconductorJapan Ltd.Tel:81-3-5639-7560Fax:81-3-5639-7507 16-Lead Molded Dual-In-Line Package(N)Order Number LM614CN,LM614AIN,LM614BIN,LM614AMN or LM614MNNS Package Number N16ALM614QuadOperationalAmplifierandAdjustableReference National does not assume any responsibility for use of any circuitry described,no circuit patent licenses are implied and National reserves the right at any time without notice to change said circuitry and specifications.。

北师大版小学英语(一年级起)全部单词(1-6年级)字母排列版

北师大版小学英语(一年级起)全部单词A1 a 一个(单数形式) a2 accident 事故93 add 加，增加84 advice 建议95 afraid 害怕的；担心的76 after 在……之后 67 afternoon 下午 68 again 再；又379 agree 同意，赞同1010 air 大气；空气 511 a lot 非常；许多 312 a lot of 许多 513 all 全部；所有 214 all right 好；好吧 215 alright 安全的；健康的5 16 altogether 全部；总 317 always 总是，一直 618 a liter of milk 一升牛奶819 am 是 a20 ambulance 救护车 521 America 美国 122 amusement park 游乐园 623 an 一个(复数形式) a24 angry 发怒的，生气的925 animal 动物 426 ankle 脚踝1027 Ann 安（名字） a28 ant 蚂蚁 a29 any 任何的；一些 530 apple 苹果 a31 April 四月732 are 是(复数形式) b33 arm 手臂 434 art 艺术；美术 335 ask 问，提问 636 astronaut 宇航员 537 at home 在家 438 at last 最后 639 at night 夜间 440 at the same time 同时 641 August 八月742 aunt 婶，姑，姨 143 autumn 秋天，秋季744 awful 糟糕的/难以接受10B45 bad 坏的 446 back 背；背后747 backpack 背包848 badminton 羽毛球849 bag 书包、袋a150 bake 烘烤851 ball 球 a52 balloon 气球 a53 banana 香蕉a254 bank 银行 555 baseball 棒球956 basketball 篮球857 bathroom 卧室 358 bear 熊 259 beans 豆角 260 Be careful 小心！ 161 because 因为762 become 成为，变成763 bed 床 564 bedroom 浴室；洗手间3 65 behind 在……后面 566 believe 相信867 belt 皮带968 berry 浆果 469 between 在（两者）之间570 better（指身体）好一些；康复的471 bus stop 汽车站 572 big 大2473 bike 自行车 174 bird 鸟b275 birthday 生日776 black 黑；黑色 277 blue 蓝色a278 boat 船 179 bone 骨头，骨骼1080 book 书a181 bored 感到无聊的982 boring无聊的，无趣的，乏味的8983 bottle 瓶子1084 bowl 碗 485 bowling 保龄球运动986 boy 男孩 a87 break 打碎888 breakfast 早饭 689 Britain 英国 190 brake 车闸1091 break 打碎1092 broken 破的，坏的693 brother 兄弟b194 brown 棕；棕色a295 busy 忙碌的996 but 但是；可是b97 butter 黄油898 butterfly 蝴蝶 299 buy 买，购买89100 by bus 乘公共汽车7101 by car 乘小汽车7 C102 cabbages 卷心菜 2 103 cake 蛋糕 a 104 calendar 日历7 105 call 叫；呼叫 5 106 camera 照相机 3107 can 能，可以b2108 can't 不（能） 2109 Canada 加拿大 1110 candy bar 条形糖果 2111 cap 便帽，制服帽 4112 car 汽车小汽车a1113 carrots 胡萝卜 21114 carry 背；搬；运 2 115 cassette 盒式磁带 3 116 cat 猫 a 117 catch 抓住；接住 2 118 cauliflowers 菜花 2 119 CD 光盘 3 120 center 中心7 121 centimeter 厘米7 122 chair 椅子a5 123 change 零钱/零头/更改38 124 cheap 便宜 5 125 check 核查，检查79 126 cheer for 为…呐喊，加油8 127 chest 胸 4 128 chicken 鸡24 129 children 孩子，儿童 3 130 Children's Day 儿童节8 131 China 中国 1 132 Chinese 汉语；中文 3 133 chore 家务9 134 Christmas 圣诞节 3 135 circle 圆；圈子； b 136 city 城市910137 class （一节）课 6138 classmate 同班同学9139 classroom 教室 5140 clean 清理，清扫7141 climb 爬；攀；登 2142 clock 时钟 4143 close 关，关闭 6144 clothes 衣服；服装 5145 cloud 云 6146 cloudy 多云的 6147 club 俱乐部9148 coat 外套 5149 cold 凉，凉的 4150 color 色彩，颜色a2151 colorful 多彩的8152 come 来 5153 come in 进来 1154 Come on 来啊；来吧 1155 come back 回来 2156 comic 连环画 4157 competition 比赛，竞赛7158 competitor 参赛者10159 computer 计算机13160 concert 音乐会8161 cookbook 烹饪书，菜谱8162 cookies 饼干 2163 cooking 烹饪；做饭 3164 cool 口语/很棒的/极好9165 corn 玉米 4166 corner 角，角落 6167 corner kick 角球8168 cost 值（多少钱），花费9169 cough 咳，咳嗽7170 country 乡村，郊区10171 crab 螃蟹 2172 crash 撞，碰撞10173 crutch 拐杖10174 cry 哭；喊 3175 crocodile 鳄鱼a2176 cute 可爱的 5177 cycling shoes自行车专用鞋10 D178 dad 爸爸 1 179 dance 舞蹈b2 180 dancer 舞蹈演员 5 181 dangerous 危险的 5 182 dark 黑暗的10 183 date 日期7 184 day 天，日 6 185 December 十二月7 186 decide 决定7 187 deep 深的/深沉的9 188 deer 鹿 1 189 dentist 牙医9 190 desk 课桌/办公桌 5 191 diary 日志/记事本 6 192 dictionary 字典，词典8193 different 不同的10194 difficult 困难的8195 dinner 晚饭 6196 dinosaur 恐龙 6197 dish 盘子9198 diskman CD播放器 3199 dizzy 头晕的9200 do 5201 doctor 医生 5202 does 5203 dog 狗 a204 doll 洋娃娃 a205 don't 不（能） 3206 donkey 驴 5207 door 门 3208 draw 绘画 b209 drawing 绘画/素描/画图9210 dream 梦，梦想7211 dress 服装 b212 dress 连衣裙 5213 drink 喝 4214 drinking 喝；饮 3215 drum 鼓8216 duck 鸭子 a217 dust 掸去/刷去灰尘9 E218 ear 耳 4 219 early 早，提早 6 220 easy 简单的/容易的 9 221 eating 吃；食用 3 222 eat out 外出吃饭8 223 egg 鸡蛋 a 224 eggplants 茄子 2225 eggs 卵；蛋 2226 eight 八a2227 eighteen 18 3228 eighth 第八7229 eighty 八十 5230 either 表否定/也/而且8231 elbow 肘10232 elephant 大象 a233 eleven 11 3234 emergency 紧急事件10235 English 英语 32236 enough 足够 6 237 entry 进入10 238 eraser 橡皮 1 239 especially 特别的/尤其9 240 evening 傍晚 6 241 every 每一，每个 6242 everywhere 到处7243 eye 眼 4244 expensive 贵/昂贵58245 excited 激动的/兴奋的7246 exciting 令人激动的8247 Excuse me 请原谅/抱歉 6248 experiment 实验，试验9249 explain 解释，说明9250 eyesight 视力10 F251 face 脸 4252 fat 胖的 4253 fall 落下，跌倒8 254 family 家庭 1255 far away 远，遥远 6256 farm 农场 5257 farmer 农民；农场主 5 258 fast 快的，迅速的7 259 father 父亲b1260 favorite 喜欢的 4261 feather 羽毛 5262 February 二月7263 feed 喂（养），饲养9 264 feel 感觉，感受9 265 fell 跌倒，落下10 266 field 球场8267 field 野外10268 fifteen 15 3269 fifth 第五7270 fifty 五十 5 271 fill out 填写10272 finally 最终，终于78273 find 发现，找到89274 fine 好的/晴朗的 6275 finger 手指 4276 fire station 消防站 5277 first 第一7278 fish 鱼a2279 five 五a2280 fix 修理 6281 fixed 修好的/恢复的6282 flat 瘪的，平的10283 floor 地板 5284 flour 面，面粉8285 flower 花 2286 flute 笛，笛子8287 food 食品；食物34288 foot 脚 4289 forget 忘记7290 form 表，表格10291 forty 四十 5292 four 四a2293 fourteen 14 3294 fourth 第四7295 fox 狐狸 5296 free 免费的 6297 French fries 炸薯条 b298 French fries 炸薯条 4299 fresh 新鲜的 4300 Friday 星期五 6301 friend 朋友b1302 fried rice 炒米饭 4303 friendly 有好的7304 frog 青蛙a5305 from 从，来自 1306 fun 有趣的/愉快的6307 fruit 水果4308 funny 有趣可笑开玩笑的79309 furniture 家具9310 future 将来，未来10 G311 geography 地理学9 312 Germany 德国8313 get 得到/拿，取8 314 Get help 寻求帮助5 315 get up 起床6316 gift 礼物/礼品 a37 317 girl 女孩a2318 give 给，给予789 319 glad 高兴的，快活的9 320 glasses 眼镜5321 glove 手套9 322 go 去；前往5323 go to bed 上床睡觉6324 go to a movie 去看电影6325 go away 走开/离开 8326 go home 回家58327 goal 进球8328 goalkeeper 守门员8329 goat 山羊5330 good 好的4331 Good bye 再见1332 Good morning 早上好！1333 grandfather （外）祖父 1334 grandmother （外）祖母 1335 grass 草9336 great极好的/棒的/了不起/伟大的35337 green 绿；绿色a2338 grey 灰；灰色2339 ground 地面5340 guess 猜测8341 guitar 吉他8342 gym 体育馆，健身房9 H343 had 7 344 hair 发；毛发 4 345 hamburgers 汉堡包 b 346 hamburger 汉堡包 4 347 hammer 锤子 a348 hand 手 4349 happy 快乐的/高兴的7350 happy birthday 生日快乐a351 hardly ever 很少/几乎不9352 hat 帽子，礼帽a4353 hate 讨厌/不喜欢/憎恨810354 have a look 看一看 53355 he 他 1 356 head 头 4357 hear 听见，听到10 358 heart 心，心形 b359 heavy 重的7360 height 高度7361 hello 喂，你好a1 362 helmet 安全帽，头盔10 363 help 帮助；帮忙 2 364 her 她的 1365 here 这里35 366 hers 她的（所有物）8367 hi 嗨，你好a1368 high 高的，高度的7369 high jump 跳高7370 him 他5371 his 他的（所有物）1372 history 历史，历史学9373 homework 家庭作业9374 hope 希望10375 horse 马5376 hospital 医院 5377 hot 热，热的 4378 hot dog 热狗 4379 house 房；房屋 2380 how many 多少a2381 how much 多少 3382 how old 多大 a383 huge 巨大的10384 hungry 饿，饥饿 4385 hurt 受伤，疼45386 hurry 快，迅速6387 hundred 百7I388 ice cream 冰淇淋 a 389 ice-skate 滑冰，溜冰9 390 idea 想法，主意9 391 I’m 我(是) a1 392 in 在……里面、进入5 393 information 信息，消息9 394 in front of 在……前面5 395 injection 注射10396 insect 昆虫瓢虫 a397 interesting 有趣的8398 Internet 互联网9399 introduce 介绍9400 into 到……里 3401 in the end 最后，结果9402 invite 邀请710403 invitation 邀请，请帖9404 is 是a12405 isn't 不是1406 it 它a2407 it’s 这是a408 Italy 意大利9J409 jacket 夹克 a 410 January 一月7 411 Japan 日本9 412 jeans 牛仔裤 5 413 jeep 吉普车a414 join us 跟我们一起玩吧1415 juggle 杂耍 5416 juggler 杂技演员 5417 juice 水果汁，液 b418 July 七月7419 jump 跳；蹦b2420 June 六月7K421 karate 空手道9 422 keep 保留7 423 Ken 肯（名字） a 424 key 钥匙，键；关键a 425 keyboard 键盘 3 426 kid 开玩笑，欺骗8427 kid 小孩9428 kilogram 千克7429 kitchen 厨房 3430 kite 风筝 a431 kiwi fruit 猕猴桃 2432 knee 膝 4433 knife 小刀8434 knock 敲 3435 know 认识；知道5 L436 lake 湖泊9437 last 最后的/最近的 7 438 last night 昨天夜间7439 late 晚，迟 6440 latest 最新的/最近的 9 441 large 大的；大号的5 442 learn 学习；认识69 443 leave 留下，遗留10 444 left 左，左边35 445 leg 腿 4446 lemon 柠檬2 447 leopard 豹 5448 lesson 课，功课9449 Let' go 走吧！ 1450 letter 字母10451 library 图书馆 5452 light 光，光线10453 like 喜欢b4454 lion 狮子b5455 listen 听 2456 litter 乱扔；乱丢 3457 live 住，居住9458 living room 客厅 3459 lock 锁 a460 lollipop 棒棒糖 a461 long 长的 4462 look 看 2463 look at 看 (2)464 look for 寻找 5465 look out 小心 2466 lovely 可爱的 14M467 magazine 杂志 4 468 mail 邮寄10 469 make 导致，造成7 470 mall 大规模购物中心9 471 man 男人 4 472 March 三月7 473 May 五月7 474 manual 使用说明书9 475 many 许多的7 476 map 地图 5 477 math 数学 3478 matter 事情；问题2 479 maybe 或许，可能9 480 me 我1481 measure 量，测量7 482 medicine 药物9483 medium 中等的；中号的5484 meet 迎接8485 menu 菜单 4486 Merry Christmas 圣诞快乐3487 meter 米7488 Mexico 墨西哥9489 milk 牛奶 4490 mike 迈克 b491 mine 我的（所有物）8492 mix 混合，搅拌8493 Mocky 莫奇（名字） a494 modern 现代的10495 mom 妈妈 1496 Monday 星期一 6497 money 钱；货币36498 monkey 猴子a499 month 月份7500 moon 月球，月亮7501 more 更；更多2502 mother 母亲b1503 mountain 山，山脉9504 mouse 老鼠b505 mouse 鼠标3506 mouth 嘴 4507 move 动；移动 3508 movie theater 电影院5509 mushrooms 蘑菇 2510 music 音乐38511 my 我的B1N512 name 名字1 513 near 附近5 514 need 需要8 515 neighbor 邻居9 516 neighborhood 近邻/街坊9 517 neither 也不10 518 nest （鸟）巢/窝b2 519 net 网；网络 b 520 never 从不，决不69 521 new 新的 4522 newspaper 报纸 4523 next 下一次的/紧挨着7524 next to 在……旁边5525 nine 九a2526 nineteen 19 3527 ninety 九十 5528 ninth 第九7529 no 不1530 noodles 面条b4531 nose 鼻子 4532 November 十一月7533 now 现在 2534 number 第……号a10535 nurse 护士 5536 museum 博物馆 6537 nut 坚果 2O538 October 十月7539 octopus 章鱼 b540 o'clock 钟点 6541 of course 当然 5542 office 办公室 3 543 official 工作人员10 544 often 常常 6545 OK 好；行；可以2 546 old 年老的/旧的 4 547 on 在……上面 5548 once 一次/一回9549 once up a time 从前 (2)550 one 一/一个124551 one by one 一个个/依次地7552 onions 洋葱2553 only 仅仅；只56554 open 打开 3555 or 或者7556 orange 橘子/橘黄；橙色 2557 ostrich 鸵鸟 b558 other 其他的10559 Ouch 哎呦 1560 our 我们的3561 ours 我们的（所有物）8562 outside 外部的；外面的10563 over here 这里10564 over there 那里10P565 pad 垫子10 566 pain 疼痛10 567 painting画画；粉刷/绘画，油画39 568 pair （一）双/对，副9 569 pajamas 睡衣 5570 panda 熊猫b5571 pants 裤子 b572 parents 家长；父母 3573 park 公园 5574 parking 停车 3575 part 部分，部位10576 partner 伙伴，搭档9577 party 晚会；聚会 3578 pat 拍，打75579 peacock 孔雀b4 580 pear 梨 2581 pen 钢笔 1582 pencil 铅笔a1 583 pencil box 铅笔盒 1584 pencil sharpener 铅笔刀1 585 people 人/人们/人民9 586 peppers 辣椒 2587 person 人9588 photo 照片7589 piano 钢琴8590 pick up 捡起，抬起10 591 picture 图片8592 pig 猪b593 pilot 飞行员5594 pineapple 菠萝 2595 pink 粉红色2 596 pizza 比萨 b597 place 地方10598 planet 行星7599 plant 植物/种植910600 plate 盘子8601 playground 运动场/操场 3602 playing 玩耍 3603 play the piano 弹钢琴8604 please 请 a605 policeman 警察 5606 police station 警察局 5607 polish 擦（鞋）刷（鞋）9608 pollution 污染9609 poor 可怜的 1610 pop （口语）大众的/流行的9611 popcorn 爆米花9612 post 柱子10613 post office 邮局 5614 potatoes 土豆 2615 pour 倾倒，浇8616 prefer 更喜欢，选择9617 present 现在，当前10618 press 按、压9619 prize 奖赏，奖品7620 problem 问题，麻烦9621 program 节目单8622 P.T. 体育3623 puddle 水洼，积水10624 pyramid 金字塔9625 purple 紫；紫色 2626 purse 女用钱包 4627 puzzled 疑惑的/不明白 8 Q628 queen 女王 b 629 quick 快，迅速9 630 quickly 快地；迅速地58 631 quilt 被子 bR632 rabbit 兔子b5633 race 比赛7634 radio 无线电；收音机 3 635 rain 雨，下雨b6 636 rainy 阴雨的 6637 read 读；看书 2638 ready 准备 1639 really 真正地，确实89 640 receive 收到，接受9 641 recipe 烹饪方法8642 rectangle 矩形，方形 b643 red 红;红色a2644 relax 放松10645 remember 记住 6646 report 报告 6647 restaurant 餐厅 4648 rice 大米，米饭b4649 ride 骑，乘 6650 rider 骑士，骑手10651 right 右/右边/合适/恰好35652 river 河；河流 3653 robot 机器人b3654 rock 岩石 5655 room 房间 1656 row 排8657 ruler 尺子 1658 run 跑b2S659 sad 难过的；伤心地 5 660 salad 沙拉 b661 salt 盐8662 sandwich 三明治 b 663 Saturday 星期六 6 664 say 说47665 scales 称7666 scared 吃惊的/害怕的9 667 school 学校a3668 science 科学 6669 score 比分8670 screen 屏幕9 671 season 季节7672 second 第二7673 see 看见；看到 2674 sell 卖，出售 4675 September 九月7676 seven 七a2677 seventeen 17 3678 seventh 第七7679 seventy 七十 5680 shall ……好吗？6681 shark 鲨鱼 5682 she 她1683 sheep 绵羊 5684 shin 下巴10685 shirt 衬衫b5686 shoes 鞋b5687 shopping 购物 6688 short 短，短的 4689 shorts 短裤 5690 shoulder 肩 4691 shout 喊叫8692 show 展示 1693 sick 有病的/患病的7694 sign 标志106695 sing 唱；唱歌 2 696 sister 姐，妹b1 697 sixteen 16 3698 six 六a2699 sixth 第六7700 sixty 六十 5701 size 尺寸；号码 5 702 ski 滑雪运动9 703 skid 打滑10 704 skirt 裙子 5705 sky 天，天空 6 706 sleep 睡，睡觉 6 707 sleeping 睡觉 3708 slippery 滑的10 709 slow 慢，慢的 6 710 slowly 慢的7711 small 小，小的24 712 smaller 较小的 5713 smell 闻10714 smile 微笑 1715 smoking 吸烟 3716 snowy 下雪的 6717 so 那么；多么 5 718 socks 袜子b5 719 sofa 沙发 5720 some 一些 4 721 something 某事；某物7722 sometimes 有时69723 snow 雪 6724 sorry 对不起/抱歉 3725 soup 汤 4726 sour 酸的 4727 sound 听起来/听上去9728 sweet 甜的 4729 spaceship 宇宙飞船7730 spend 花费9731 sport 体育运动7732 sports day 运动会7733 sports star 运动明星8734 spring 春天，春季7735 square 广场 b736 squirrel 松鼠 5737 star 星星7738 start 开始68739 stay 停留，逗留 6740 step 步骤8741 still 依然；仍然 5742 stomach 肚子 4743 Stop thief 抓贼 3744 store 商店 4745 story 故事8746 strawberry 草莓 2747 street 街道9748 Student 学生 5749 study 书房3750 studying 学习3751 style 风格，样式9752 subject 学科9753 suitcase 小提箱，衣箱8754 sugar 糖8755 summer 夏天，夏季7756 Sunday 星期日 6757 sunglasses 太阳镜9758 sunny 阳光充足 6759 Super 太棒了 1760 supermarket 超市 5761 sure当然/确信的，有把握的69762 surprise意料之外的事，惊喜7763 sweater 毛衣 b764 sweater 毛衣 5765 sweatpants 宽松的运动裤9766 swim 游泳b2767 swimming pool 游泳池 5768 switch 开关9 T769 table 桌子 3 770 table tennis 乒乓球8 771 talk 说；交谈 2 772 tall 高 4773 taste 品尝10 774 tea 茶 b775 Teach 教；教学 5 776 teacher 老师 a 777 Teachers' Day 教师节3 778 team 队8779 teddy bear 泰迪熊 a 780 telephone 电话 5 781 television 电视 3 782 tell 告诉89 783 ten 十a2784 tennis 网球8 785 tenth 第十7 786 thank you 谢谢a3 787 that 那，那个 1 788 the 3789 then 那么；就 6790 their 他(她它）们的 3791 theirs 他们的（所有物）8792 themselves他们（她们、它们）自己9793 then 然后；那时7794 there 那里2795 these 这些b2796 they 他她它们 2797 thin 瘦的 4798 thing 物品 4799 think 认为，以为9800 third 第三7801 thirsty 渴 4802 thirteen 13 3803 thirty 三十 5804 this 这；这个b1805 those 那些 2806 thousand 千7807 three 三a2808 Thursday 星期四 6809 ticket 票 4810 tie 领带 5811 tiger 虎；老虎b5812 time 时间 6813 tin can 锡铁罐；饮料罐10814 tire 轮胎，车胎10815 tired 累的，疲倦的9816 today 今天 4817 toe 脚趾 4818 toilet 卫生间 5819 tomato 番茄 b820 tomatoes 西红柿 2821 tomorrow 明天 6822 tongue 舌 4823 tonight 今晚8824 too 太；过于/也257825 toothache 牙痛9 826 touch 触；摸 3 827 town 城镇 5 828 toy 玩具 3 829 track 赛道10 830 train 火车a34 831 train station 火车站 5 832 trash 垃圾9 833 trashcan 垃圾桶10834 tree 树24835 triangle 三角 b836 trip 旅行，行程8837 trousers 长裤 5838 try out 尝试8839 T-shirt T血衫 4840 Tuesday 星期二 6841 turn 转；转向 5842 turn on 打开9843 turtle 乌龟 4844 twelve 12 3845 twenty 20 3846 twice 两次，两回9847 two 二a2U848 umbrella 伞b4 849 uncle 叔，伯，舅1 850 Uncle Booky …大叔 a 851 under 在……下面5852 understand 理解/明白910853 up and down 上下8854 usually 通常 6 V855 vegetable 蔬菜 4 856 very good 很好 3 857 vet 兽医 5 858 video 录像带3859 video game 电子游戏9860 volleyball 排球8861 violin 小提琴b8862 visit 拜访/探望67 W863 walk 走；走路b2 864 walkman 随身听3865 walk through 走过，经过8 866 warning 警告，提示10 867 want 要，想要 4 868 was 7 869 watch 观察；看/手表b37 870 watch TV 看电视6871 water 水4872 watermelon 西瓜b2 873 washing 洗3874 Wear 穿；戴5875 weather 天气 6876 Wednesday 星期三6877 week 星期，周 6 878 weigh 称…的重量7 879 weight 重量7880 welcome 欢迎 3881 weekend 周末9882 well 身体健康的4883 Well down 干得好 3884 were 7885 whale 鲸鱼 5886 what 什么/怎么样a1887 what's 是什么a1888 wheat 麦；麦子 5889 wheel 轮；车轮 5890 where 哪里 5891 whistle 口哨/汽笛声 5892 white 白；白色 2893 win 赢，获胜7894 wind 风 6895 windy 刮风的 6896 winter 冬天，冬季7897 with 和…在一起 6898 who 谁 1899 whose 谁的34900 why 为什么7901 wrist 手腕10902 write 写 2903 woman 妇女 4904 wrong 错的，不对的7905 woods 树林10906 work 工作/干活/劳动910907 work out 锻炼，做运动9908 worry 担心；着急35X909 x-ray 射线 bY910 year 年7911 yellow 黄；黄色a2 912 yes 是；是的 2 913 yesterday 昨天7914 young 年轻的 4915 your 你(们）的1916 yours 你们的（所有物）8917 yo-yo 溜溜球 bZ918 zebra 斑马 b 919 zero 零 2 920 zoo 动物园 b8。

HWAE614中文资料

EGSM
DCS
Mode
T1
R1
T1
R1
T1 R1
T1
R1
Freq.(MHz)
880-915 925-960 1710-1785 1805-1880 880-915 925-960 1710-1785 1805-1880
Inband Level(dB) 0.9
3.0
1.2
3.0
0.9 3.3
1.0
3.5
$B!] (J Unbalance $B!] (J Unbalance $B!] (J Unbalance
Package
FEM-1
cdmaOne $BBP1~ (J
Package:FEM-1
$B;EMM!! (JSpecification
System
Model
Frequency (MHz) Contorl voltage(v)
Model
HWCG012 HWCG603 HWFG621 HWCE602 HWAE611 HWAE614
Center frequency (MHz)
1906.55 912.0
926
930.0
425,0
468.0
Bandwidth (MHz)
22.8
4,0
4.0
4
10
Insertion loss (dB)
Center frequency(MHz)
902.5
947.5 836.5 881.5 942.5 1842.5
Bandwidth(MHz)
25
25
35
75
Insertion loss(dB)
4.0
2.5

公共广播系统报价

公共广播系统报价表№名称功能简述品牌型号报价1合并式广播功放额定功率70W(三话筒.两线路输入)T-KOKOPA AP-200P910 2合并式广播功放额定功率130W(三话筒.两线路输入)T-KOKOPA AP-300P1280 3合并式广播功放额定功率260W(三话筒.两线路输入)T-KOKOPA AP-600P2185 4合并式广播功放额定功率60W(三话筒.两线路输入)T-KOKOPA AP-1000P3080 5分区广播功放额定功率70W(三话筒.两线路，五分区)T-KOKOPA PA-8200PS1215 6分区广播功放额定功率130W(三话筒.两线路，五分区)T-KOKOPA PA-8300PS1620 7分区广播功放额定功率260W(三话筒.两线路，五分区)T-KOKOPA PA-8600PS2385 8分区广播功放额定功率360W(三话筒.两线路，五分区)T-KOKOPA PA-9000PS3280 9纯后级广播功放额定功率360W(4-16Ω.70V.100V输出)T-KOKOPA AP-15002830 10纯后级广播功放额定功率460W(4-16Ω.70V.100V输出)T-KOKOPA AP-20003850 11纯后级广播功放额定功率660W(4-16Ω.70V.100V输出)T-KOKOPA AP-25004850 12纯后级广播功放额定功率1000W(4-16Ω.70V.100V输出)T-KOKOPA AP-30008600 13纯后级广播功放额定功率1500W(4-16Ω.70V.100V输出)T-KOKOPA AP-350012800 14纯后级广播功放额定功率2000W(4-16Ω.70V.100V输出)T-KOKOPA AP-400016800 15分区寻呼话筒遥控距离≤1公里.内置钟声发生T-KOKOPA AP-9810R1420 16MP3定时播放器中文MP3/FM定时定区定曲播放，64M内存T-KOKOPA AP-9808J/16300 17MP3定时播放器中文MP3/FM定时定区定曲播放，128M内存T-KOKOPA AP-9808J/26600 18MP3定时播放器中文MP3/FM定时定区定曲播放，256M内存T-KOKOPA AP-9808J/36900 19MP3定时播放器中文MP3/FM定时定区定曲播放，512M内存T-KOKOPA AP-9808J/47200 20柜式数字调谐器VFD显示，自动搜索记忆，AM/FM双波段T-KOKOPA AP-9809T1430 21十分区寻呼器两路话筒控制.两线输入.钟声发生T-KOKOPA AP-9810P1420 22前置放大器5话筒，3线路，2紧急输入/强插功能T-KOKOPA AP-9811P1125 23十分区监听器十路信号输入选择T-KOKOPA AP-9812M1035 24十六路分区器4台功放输入，16路输出T-KOKOPA AP-9813a1600 25十六路分区矩阵4背景1报警输入，16路输出，报警强行选通T-KOKOPA AP-9813A2080 26十路分区器两输入.十输出.(A端1-5CH/B端6-10CH)T-KOKOPA AP-9813B1170 27十分区矩阵器两路输入.十路输出.十路消防报警T-KOKOPA AP-9813D1520 28报警信号发生器1分钟数字录音/一路报警输入T-KOKOPA AP-9815E1735 29系统定时控制主机可编程制订一周时间表,三种钟声选择T-KOKOPA AP-9816T3300 30自动电话转接器一路电话自动接入广播系统或会议系统T-KOKOPA AP-9818I2330 31三十分区报警矩阵±4分区编程报警，可扩展到120区T-KOKOPA AP-9819A9860 32十分区强插电源10路受警报控制的24V直流电源输出T-KOKOPA AP-9820S1710 33主/备功放切换器4组独立的主/备功放切换器/故障自检T-KOKOPA AP-9821M1710 34电源时序器自动或定时依次序开启系统设备T-KOKOPA AP-9828S1690 35音频均衡器30路音频频点精细调节T-KOKOPA AP-9830H2200 36节目定时播放器自动或手动播放固化曲目或录制曲目T-KOKOPA AP-9839J2800。

LM119中文资料

LM119JANHigh Speed Dual ComparatorGeneral DescriptionThe LM119is a precision high speed dual comparator fabri-cated on a single monolithic chip.It is designed to operate over a wide range of supply voltages down to a single 5V logic supply and ground.Further,it has higher gain and lower input currents than devices such as the LM710.The uncommitted collector of the output stage makes the LM119compatible with RTL,DTL and TTL as well as capable of driving lamps and relays at currents up to 25mA.Although designed primarily for applications requiring opera-tion from digital logic supplies,the LM119is fully specified for power supplies up to ±15V.It features faster response than the LM111at the expense of higher power dissipation.How-ever,the high speed,wide operating voltage range and low package count make the LM119much more versatile than older devices such as the LM711.Featuresn Two independent comparators n Operates from a single 5V supplyn Typically 80ns response time at ±15V n Minimum fan-out of 2each siden Maximum input current of 1µA over temperaturen Inputs and outputs can be isolated from system ground nHigh common mode slew rateOrdering InformationNS Part Number JAN Part Number NS Package NumberPackage Description JL119BIA JM38510/10306BIA H10C 10LD T0-100Metal Can JL119BCAJM38510/10306BCAJ14A14LD CERDIPConnection DiagramsDual-In-Line PackageMetal Can Package20148104Top ViewSee NS Package Number J14A20148107Case is connected to pin 5(V −)Top ViewSee NS Package Number H10CJuly 2005LM119JAN High Speed Dual Comparator©2005National Semiconductor Corporation Schematic Diagram20148101*Do not operate the LM119with more than 16V between GND and V +L M 119J A N 2LM119JAN Absolute Maximum Ratings(Note1)Total Supply Voltage36VOutput to Negative Supply Voltage36VGround to Negative Supply Voltage25VGround to Positive Supply Voltage18VDifferential Input Voltage±5VInput Voltage(Note3)±15VPower Dissipation(Note2)500mWOutput Short Circuit Duration10secStorage Temperature Range−65˚C≤T A≤150˚COperating Ambient Temperature Range−55˚C≤T A≤125˚CMaximum Junction Temperature(T J)150˚CLead Temperature(Soldering,10sec.)260˚CThermal ResistanceθJAH Package(Still Air)162˚C/WH Package(500LF/Min Air flow)88˚C/WJ Package(Still Air)94˚C/WJ Package(500LF/Min Air flow)52˚C/WθJCH Package31˚C/WJ Package11˚C/WPackage WeightH Package TBDJ Package TBDESD rating(Note4)800VQuality Conformance InspectionMil-Std-883,Method5005-Group ASubgroup Description Temp˚C 1Static tests at252Static tests at1253Static tests at-554Dynamic tests at255Dynamic tests at1256Dynamic tests at-557Functional tests at258A Functional tests at1258B Functional tests at-559Switching tests at2510Switching tests at12511Switching tests at-5512Settling time at2513Settling time at12514Settling time at-553Electrical Characteristics DC ParametersSymbol ParameterConditionsNotesMin Max Unit Sub-groups V IOInput Offset Voltage+V CC =15V,-V CC =-15V,V CM =0V,R S =50Ω-4.0 4.0mV 1-7.07.0mV 2,3+V CC =27V,-V CC =-3V,V CM =-12V,R S =50Ω-4.0 4.0mV 1-7.07.0mV 2,3+V CC =3V,-V CC =-27V,V CM =12V,R S =50Ω-4.0 4.0mV 1-7.07.0mV 2,3+V CC =2.5V,-V CC =-2.5V,V CM =2.5V,R S =50Ω-4.0 4.0mV 1-7.07.0mV 2,3I IOInput Offset Current+V CC =15V,-V CC =-15V,V CM =0V-75+75nA 1,2-100+100nA 3+V CC =27V,-V CC =-3V,V CM =-12V-75+75nA 1,2-100+100nA 3+V CC =3V,-V CC =-27V,V CM =12V-75+75nA 1,2-100+100nA 3+I CC Power Supply Current +V CC =15V,-V CC =-15V 10mA 1,211.5mA 3-I CCPower Supply Current+V CC =15V,-V CC =-15V-5.0mA 1-4.5mA 2-6.0mA3±I IBInput Bias Current+V CC =15V,-V CC =-15V,V CM =0V-0.1500nA 1,2-0.11000nA 3+V CC =27V,-V CC =-3V,V CM =-12V-0.1750nA 1,2-0.11000nA 3+V CC =3V,-V CC =-27V,V CM =12V-0.1750nA 1,2-0.11000nA 3CMRR Common Mode Rejection-12V ≤V CM ≤+12V,-27V ≤-V CC ≤-3V,3V ≤+V CC ≤27V,R S =50Ω90dB1,2,3V OLLow Level Output Voltage+V CC =3.5V,-V CC =-1V,V CM =1V,V IO =7mV,I O =3.2mA0.4V 1,20.6V 3+V CC =2.25V,-V CC =-2.25V,V CM =2.25V,V IO =7mV,I O =3.2mA0.4V 1,20.6V 3+V CC =27V,-V CC =-3V,V CM =-12V,V IO =7mV,I O =25mA1.5V1,2,3+V CC =3V,-V CC =-27V,V CM =12V,V IO =7mV,I O =25mA1.5V 1,2,3I CEX Output Leakage Current +V CC =18V,-V CC =-18V,V O =18V-1.0 2.0µA 1-1.010µA 2A VVoltage Gain (Collector)+V CC =15V,-V CC =-15V,V O =1.5V to 11.5V(Note 5)10K 4(Note 5)5.0K5,6L M 119J A N 4Electrical Characteristics(Continued)AC ParametersThe following conditions apply to all the following parameters,unless otherwise specified. AC:±15V,C L=50pFSymbol Parameter Conditions Notes Min Max UnitSub-groupstR LHC Response Time(CollectorOutput)V OD(overdrive)=+5mV,V I=100mV125nS9tR HLC Response Time(CollectorOutput)V OD(overdrive)=-5mV,V I=100mV160nS9DC Drift ParametersDelta calculations performed at Group B-5Symbol Parameter Conditions Notes Min Max UnitSub-groupsV IO Input Offset Voltage+V CC=15V,-V CC=-15V,V CM=0V,R S=50Ω-1.0 1.0mV1+V CC=27V,-V CC=-3V,V CM=-12V,R S=50Ω-1.0 1.0mV1+V CC=3V,-V CC=-27V,V CM=12V,R S=50Ω-1.0 1.0mV1±IIBInput Bias Current+V CC=15V,-V CC=-15V,V CM=0V-5050nA1+V CC=27V,-V CC=-3V,V CM=-12V-5050nA1+V CC=3V,-V CC=-27V,V CM=12V-5050nA1Note1:Absolute Maximum Ratings indicate limits beyond which damage to the device may occur.Operating Ratings indicate conditions for which the device is functional,but do not guarantee specific performance limits.For guaranteed specifications and test conditions,see the Electrical Characteristics.The guaranteed specifications apply only for the test conditions listed.Some performance characteristics may degrade when the device is not operated under the listed test conditions.Note2:The maximum power dissipation must be derated at elevated temperatures and is dictated by T Jmax(maximum junction temperature),θJA(package junction to ambient thermal resistance),and T A(ambient temperature).The maximum allowable power dissipation at any temperature is P Dmax=(T Jmax-T A)/θJA or the number given in the Absolute Maximum Ratings,whichever is lower.Note3:For supply voltages less than±15V the absolute maximum input voltage is equal to the supply voltage.Note4:Human Body model,1.5KΩin series with100pF.Note5:K=V/mV.LM119JAN5Typical Performance CharacteristicsInput CurrentsCommon Mode Limits2014811020148111Transfer FunctionResponse Time for VariousInput Overdrives2014811220148113Response Time for VariousInput OverdrivesInput Characteristics2014811420148115L M 119J A N 6Typical Performance Characteristics(Continued)Response Time for Various Input OverdrivesResponse Time for VariousInput Overdrives 2014811620148117Output Saturation Voltage Supply Current2014811820148119Supply CurrentOutput LimitingCharacteristics2014812020148121LM119JAN 7Typical Applications (Note 6)Relay DriverWindow Detector20148105Note 6:Pin numbers are for metal can package.20148106V OUT =5V for V LT ≤V IN ≤V UTV OUT =0for V IN ≤V LT or V IN ≥V UTL M 119J A N 8LM119JAN Revision History SectionRevision Section Originator ChangesDateReleased7/0105A New release to corporate format L.Lytle1MDS datasheet converted into onecorporate data sheet format MJLM119-XRev.0BL will be archived.9Physical Dimensionsinches (millimeters)unless otherwise notedMetal Can Package (H)NS Package Number H10CCavity Dual-In-Line Package (J)NS Package Number J14AL M 119J A N 10NotesNational does not assume any responsibility for use of any circuitry described,no circuit patent licenses are implied and National reserves the right at any time without notice to change said circuitry and specifications.For the most current product information visit us at .LIFE SUPPORT POLICYNATIONAL’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT AND GENERAL COUNSEL OF NATIONAL SEMICONDUCTOR CORPORATION.As used herein:1.Life support devices or systems are devices or systemswhich,(a)are intended for surgical implant into the body,or(b)support or sustain life,and whose failure to perform whenproperly used in accordance with instructions for use provided in the labeling,can be reasonably expected to result in a significant injury to the user.2.A critical component is any component of a life supportdevice or system whose failure to perform can be reasonably expected to cause the failure of the life support device or system,or to affect its safety or effectiveness.BANNED SUBSTANCE COMPLIANCENational Semiconductor manufactures products and uses packing materials that meet the provisions of the Customer Products Stewardship Specification(CSP-9-111C2)and the Banned Substances and Materials of Interest Specification(CSP-9-111S2)and contain no‘‘Banned Substances’’as defined in CSP-9-111S2.Leadfree products are RoHS compliant.National Semiconductor Americas CustomerSupport CenterEmail:new.feedback@ Tel:1-800-272-9959National SemiconductorEurope Customer Support CenterFax:+49(0)180-5308586Email:europe.support@Deutsch Tel:+49(0)6995086208English Tel:+44(0)8702402171Français Tel:+33(0)141918790National SemiconductorAsia Pacific CustomerSupport CenterEmail:ap.support@National SemiconductorJapan Customer Support CenterFax:81-3-5639-7507Email:jpn.feedback@Tel:81-3-5639-7560 LM119JAN High Speed Dual Comparator。

CIPAC代码

CIPAC 号中文通用名称1 2，4-滴2 2 甲5 氯3 滴滴涕4 六六六5 溴硫磷6 2,4,5-涕7 氯酸钠8 烟碱9 砷酸铅10 对硫磷11 敌敌畏12 马拉硫磷13 氯丹14 甲氧滴滴涕15 二嗪磷16 狄氏剂17 石硫合剂18 硫磺19 二硝酚20 威百亩21 代森钠22 西玛津23 毒杀芬24 福美双25 代森锌26 甲萘威27 艾氏剂28 异狄氏剂29 石油油30 重焦油31 福美锌32 除虫菊素33 增效醚34 代森锰锌35 杀螟硫磷36 七氯37 保棉磷38 鱼藤酮39 安妥40 克菌丹41 一氯醋酸42 杀螨醚43 氯苯胺灵44 铜化合物45 速灭磷46 地乐酚47 S-甲基内吸磷48 ---49 草芽畏50 2 甲5 氯丁酸51 2 甲4 氯丙酸52 茅草枯53 杀螨酯54 芬螨酯55 敌草快56 百草枯57 福美铁58 甲氟磷59 乐果60 因毒磷61 代森锰62 四聚乙醛63 苯胺灵64 八甲磷65 四氯硝基苯66 特普67 三氯乙酸68 敌百虫69 磷化锌70 杀鼠灵71 汞化合物72 氯氟酰草胺73 敌草腈74 苯氟磺胺75 灭菌丹76 利谷隆77 甜菜宁78 五氯硝基苯79 倍硫磷80 残杀威81 噻恩威82 联苯83 2，4-滴丁酸84 2,4,-滴丙酸85 麦草畏86 碘苯腈87 溴苯腈88 毒虫畏89 硫丹90 杀草强91 莠去津92 扑灭津93 扑草净94 盖草津95 双酰草胺96 燕麦敌97 野麦畏98 消螨普99 灭草隆100 敌草隆101 多果定102 乙硫磷103 锡化合物104 异索威105 灭蚜硫磷106 五氯酚107 芬硫磷108 稻丰散109 伏杀硫磷110 磷胺111 氯草敏112 皮蝇磷113 三氯杀螨砜114 四氯杀螨硫115 甲基乙拌磷116 威菌磷117 蚜灭磷118 2,4,5-涕丙酸119 乙酯杀螨醇120 丙酯杀螨醇121 蝇毒磷122 育畜磷123 三氯杀螨醇227CIPAC 号中文通用名称CIPAC 号中文通用名称CIPAC 号中文通用名称124 敌口恶磷125 溴乙烷126 氰化氰127 磷化氰128 溴甲烷129 异氯磷130 混杀威131 敌鼠132 二丙烯草胺133 莠灭净134 莠去通135 燕麦灵136 草除灵137 醌肟腙138 乐杀螨139 除草定140 三硫磷141 草灭畏142 可乐津143 矮壮素144 八氯145 硫杂磷146 棉隆147 敌草净148 除线磷149 二氯萘醌150 氯硝胺151 敌灭生152 乙拌磷153 二氰蒽醌154 茵多酸155 菌草敌156 甲醛157 益硫磷158 非草隆159 氟草隆160 安硫磷161 六氯苯162 碳氯灵163 环草定164 地乐施165 甲硫威166 醚草通167 ---168 溴谷隆169 绿谷隆170 除草醚171 亚砜磷172 灭螨猛173 甲拌磷174 氨氯吡啶酸175 扑灭通176 毒草胺177 丙森锌178 西灭通179 西草净180 2,4,5-涕酸181 铊化合物182 虫线磷183 氟乐灵184 炔草隆185 敌菌丹186 氯溴隆187 枯草隆188 氯灭鼠灵189 杀鼠醚190 鼠立死191 田乐磷192 抗螨唑193 杀扑磷194 伐草快195 二溴磷196 鼠完197 氰化钾198 治螟磷199 滴滴滴200 毒壤膦201 甲基苯噻隆202 氧乐果203 生物烯丙菊酯204 甲草胺205 敌稗206 苯菌灵207 氟乙酸208 氯鼠酮209 克鼠灵210 杀鼠酮211 磺胺喹口恶啉212 特丁净213 恶草酮214 环草敌215 涕灭威216 炔螨特217 绿麦隆218 灭线磷219 甲氧隆220 抑草蓬221 毒死蜱222 生物苄呋菊酯223 消螨通224 灭蚜磷225 环氧乙烷226 甲酸甲酯227 磷化铝228 磷化镁229 新燕灵230 氰草津231 抗蚜威232 恶虫威233 乙氧氟草磺234 特丁津235 禾草敌236 克草敌237 灭草敌238 特乐酚239 甲基嘧啶磷240 磺草灵241 偶氮苯242 乙嘧酚243 四氯对醌244 对二氯苯245 二甲嘧吩246 邻苯基苯酚247 二苯基砜248 2-氨基丁烷249 氯醛糖250 氧化砷（Ⅲ）251 碳酸钡252 氰化钙228CIPAC 号中文通用名称CIPAC 号中文通用名称CIPAC 号中文通用名称253 双杀鼠灵254 氟乙酰胺255 鼠特灵256 毒鼠磷257 ---258 萘茚满酮259 红海葱260 毒鼠碱261 乙嘧吩磺酸酯262 甲基硫菌灵263 多菌灵264 灭多威265 杀虫畏266 丁草敌267 烯丙菊酯268 苄呋菊酯269 溴酚肟270 燕麦酯271 敌草胺272 特草定273 萎锈灵274 氧化萎锈灵275 甲苯氟磺胺276 克百威277 杀虫脒278 异菌脲279 恶唑隆280 乙烯菌核利281 氯乙氟灵282 1-萘酚乙酰胺283 嗪草酮284 草甘膦285 乙丁氟灵286 甲基砷酸287 久效磷288 百菌清289 三环锡290 蒽醌291 氯苯氧乙酸292 滴滴伊293 灭害威294 敌菌灵295 地散磷296 氯炔灵297 开蓬298 氯化苦299 百治磷300 十二环吗啉301 肼菌酮302 苯硫膦303 丰索磷304 芴丁酯305 三氟硝草酯306 地虫硫磷307 赤霉酸308 灰黄霉素309 异草完隆310 抑芽丹311 邻酰胺312 链霉素313 萘乙酸314 草不隆315 炔苯酰草胺316 土霉素317 甲氯酰草胺318 亚胺硫磷319 啶菌腈320 水杨酰替苯胺321 环草隆322 胺菊酯323 噻菌灵324 十三吗啉325 双氯酚326 叠氮净327 氯亚胺硫磷328 氯酞酸甲酯329 巴毒磷330 丁酰肼331 氯菊酯332 氯氰菊酯333 溴氰菊酯334 氰戊菊酯335 抑霉唑336 异丙隆337 氯甲硫磷338 乙酰甲胺磷339 除虫脲340 双硫磷341 氯辛硫磷342 杀线威343 灭菌磷344 杀木膦345 增效胺346 1,4,4a,5a,6,9,9a,9b-八氢二苯并呋喃甲醛347 驱蝇啶348 麦草氟349 麦草氟甲酯350 吡菌磷351 久效威352 三唑酮353 三唑磷354 丁草胺355 甲胺磷356 苯醚菊酯357 二甲戊灵358 禾草灵359 苯丁锡360 嗪氨灵361 双胍辛362 双甲脒363 乙硫苯威364 辛硫磷365 甲霜灵366 灭草松367 野燕枯368 特安灵369 灭草唑370 溴鼠灵371 溴敌隆372 双苯酰草胺373 乙烯利374 环嗪酮375 灭蚁灵376 三氯吡氧乙酸377 苯螨特378 丁酮威379 乙嘧硫磷380 氯苯嘧啶醇229CIPAC 号中文通用名称CIPAC 号中文通用名称CIPAC 号中文通用名称381 苯嗪草酮382 酞菌酯383 腐霉利384 三乙膦酸385 氟氯氰菊酯386 联苯三唑醇387 杀螟丹388 禾草丹389 四氯苯肽390 仲丁威391 绿磺隆392 益芬卡393 异稻瘟净394 胺丙畏395 吡氟禾草灵396 异丙威397 口恶霜灵398 三唑醇399 霜霉威400 异丙甲草胺401 烯禾啶402 戊菌隆403 地乐酯404 三唑锡405 氯氟氰菊酯406 氟氰戊菊酯407 咪鲜胺408 丙环唑409 敌瘟磷410 四氟丙酸411 吡唑草胺412 异柳磷413 甲羧除草醚414 烯虫酯415 联苯菊酯416 苯霜灵417 丁硫克百威418 四螨嗪419 霜脲氰420 灭蝇胺421 苄氯三唑醇422 顺-9-诱虫十二酯423 甲呋酰胺424 恶唑禾草灵425 苯氧威426 甲氰菊酯427 丁苯吗啉428 氟螨噻429 喹禾灵430 氟咯草酮431 氯氟吡氧乙酸432 氟胺氰菊酯433 呋霜灵434 炔呋菊酯435 氟硅唑436 粉唑醇437 草铵膦438 氟吡禾草灵439 噻螨酮440 甲哌翁441 甲磺隆442 腈菌唑443 氟苯嘧啶醇444 呋酰胺445 多效唑446 戊菌唑447 哒草特448 啶斑肟449 喹硫磷450 氟苯脲451 七氟菊酯452 噻吩磺隆453 氟鼠灵454 顺式氯氰菊酯455 二氯吡啶酸456 稻瘟灵457 溴鼠胺458 3-氯丙-1，2-二醇459 特丁硫磷460 二苯胺461 丙溴磷462 吡氟酰草胺463 高效氯氟氰菊酯464 杀虫磺465 己唑醇466 虫螨畏467 精吡氟禾草灵468 bisthisemide 469 放线菌酮470 氟虫脲471 醚菊酯472 杀虫双473 氟环脲474 氟喹唑475 精2 甲5 氯丙酸476 精2,4-滴丙酸477 甜菜安478 代森联479 甲基立枯磷480 醚苯磺隆481 S-氰戊菊酯482 高效氟氯氰菊酯483 烯酰吗啉484 精口恶唑禾草灵485 益棉磷486 甲基毒死蜱487 甲基对硫磷488 林丹489 三苯基乙酸锡490 三苯基氢氧化锡491 乙菌利492 嘧啶磷493 二氯喹啉酸494 戊唑醇495 阿维菌素496 乙草胺497 三氟羧草醚498 苯草醚499 aldimorph500 胺草磷501 丙硫克百威502 苄嘧磺隆503 溴螨酯504 仲丁灵505 磷化钙506 整形醇507 醚磺隆508 烯草酮509 异恶草松230CIPAC 号中文通用名称CIPAC 号中文通用名称CIPAC 号中文通用名称510 噻草酮511 嘧菌环胺512 砜吸磷513 乙霉威514 鼠得克515 酰嘧磺隆516 乙丁烯氟灵517 乙氧喹啉518 土菌灵519 拌种咯520 苯锈啶521 氟啶胺522 咯菌腈523 乙羧氟草醚524 氟酰胺525 麦穗宁526 氟吡禾草灵-R 527 庚烯磷528 恶霉灵529 咪草酸530 咪唑烟酸531 双胍辛胺532 异丙乐灵533 灭锈胺534 呋菌胺535 噻菌胺536 庚酰草胺537 氨磺乐灵538 乙氧氟草醚539 苄草丹540 TCTMTB 541 牧草胺542 杀虫环543 硫双威544 三甲苯草酮545 抑芽唑546 苯磺隆547 三环唑548 杀铃脲549 噻鼠灵550 禾草灭551 麦锈灵552 苯噻隆553 溴烯杀554 乙基溴硫磷555 环莠隆556 酯菌胺557 磺噻隆558 敌磺钠559 furmecyclox 560 丁咪酰草胺561 甲磺乐灵562 硫菌威563 氯甲喹啉酸564 硫菌灵565 triazbutyl 566 苯氧喹啉567 调环酸568 醚菌酯569 呋草酮570 溴虫腈571 嘧菌酯572 螺环菌胺573 Paecilomyces fumosoroseus 574 Pseudomonas chloroaphis575 异恶唑草酮576 棉铃威577 氟啶嘧磺隆578 丙炔氟草胺579 氟磺隆580 甲霜灵-M581 氟虫腈582 吡虫啉583 哒螨灵584 四唑嘧磺隆585 噻唑磷586 环丙酰胺酸587 唑酮草酯588 氟噻草胺589 Ampylomyces quisqualis590 唑吡嘧磺隆591 乙氧嘧磺隆592 Spodoptera exiqua 593 吡蚜酮594 口恶唑菌酮595 啶嘧磺隆596 氰氟草酯597 活化酯598 吲哚酮草酯599 杀螺胺600 环丙唑醇601 磺酰磺隆602 carvone603 环酰菌胺604 丙炔口恶草酮605 吡草醚606 唑啶草酮607 S-异丙甲草胺608 吡喃草酮609 氟环唑610 甲嘧磺隆611 嘧菌胺612 茚草酮613 异丙吡草酯614 Coniothyrium minitans615 磺菌胺616 双氟磺草醚617 肟菌酯618 ZYMV mild strain 619 甲氧咪草烟620 异丙菌胺621 clethoxydim622 苯甲酸623 乙螨唑624 Giocladiumcatenulatum(strain J1446)625 甲基磺草酮626 环氧嘧磺隆627 印楝素628 啶氧菌酯629 磷酸铁630 pyridafol631 噻虫啉632 高效氯氰菊酯633 florchlorfenuron634 碘甲磺隆635 硅噻菌胺636 多杀菌素637 噻虫嗪638 dimethenamid-P231CIPAC 号中文通用名称CIPAC 号中文通用名称CIPAC 号中文通用名称639 picolinafen640 苯酰菌胺641 精喹禾灵642 carbon tetrachloride643 bromide(ion) 644 对氧磷645 甲基对氧磷646 malaoxon647 kieselghr (diatomite)648 灭藻醌649 啶虫脒650 咪唑菌酮651 吡唑解草酯652 灭菌唑653 cyazofamid654 二甲吩草胺655 propoxyfenozide 656 甲氧虫酰肼657 pyraclostrobin658 氟酮磺隆659 甲酰氨磺隆660 弥拜菌素661 Bacillus subtilis (strain QST 713)662 氟丁酰草胺663 mesosulfuron664 2-naphthyloxyamino acid665 pethoxamid666 双苯恶唑酸667 ethylbutylacetylamino- propionate668 hydroxyethyl isobutyl piperidine carboxylate669 Pseudozyma flocculosa670 杀雄嗪酸671 laminarin672 氟酰脲673 nicobifen674 1,2-dichloropropane 675 1,3-dichloropropene 676 1,3-dichloropropene( cis)677 8-hydroxyquinoline 678 氟丙菊酯679 ammonium sulphamate680 糠菌唑681 噻嗪酮682 硫线磷683 炔草酸684 cresylic acid685 cyanamide686 dichlorobenzoic acid methylester687 苯醚甲环唑688 菌核净689 噻节因690 烯唑醇691 disodium octaborate692 苯线磷693 喹螨醚694 腈苯唑695 唑螨酯696 呋嘧醇697 伐虫脒698 氟铃脲699 咪唑喹啉酸700 咪唑乙烟酸701 isoxaben702 恶唑磷703 春雷霉素704 虱螨脲705 氟磺酰草胺706 叶菌唑707 磺草唑胺708 monocarbamidedihydrogensulfate 709 烟嘧磺隆710 多抗霉素711 丙草胺712 氟嘧磺隆713 恶草酸714 嘧霉胺715 吡丙醚716 砜嘧磺隆717 杀雄啉718 sodium 5- nitroguaiacolate719 sodium odimethylarsinate 720 邻硝基酚钠721 对硝基酚钠722 sodium tetrathiocarbonate 723 磺草酮724 虫酰肼725 吡螨胺726 四氟醚唑727 噻苯隆728 唑蚜威729 咪唑嗪730 氟菌唑731 氟胺磺隆732 抗倒酯733 δ-氯氰菊酯734 氟螨嗪735 三氟甲磺隆736 联苯肼酯737 spirodiclofen 738 噻虫胺739 dimoxystrobin 740 icaridin741 四氟苯菊酯742 右旋烯丙菊酯743 右旋炔丙菊酯744 benthiavalicarb 745 prothioconazole 746 fluoxastrobin 747 spiromesifen 748 双草醚749 呋虫胺750 S-生物烯丙菊酯751 Es-生物丙烯菊酯__。

AM119中文资料

■ SMD Package, 5.0 x 3.25 x 1.2 mm
■ Dual-Band Diplex Receive, Dual-Band Diplex Transmit
Description
The AM119 is a ceramic dual diplexer for dual-band WLAN systems using LTCC design and manufacturing technology. The part consists of two diplexers, one for dualband receive and one for dual-band transmit. The AM119-614 is utilized with the diversity switch AS218-321 for switching between antennas. The design is compatible with the 802.11 WLAN specifications.
-22.5
-25.0 2.48 2.50
Frequency (GHz)
IN 1 to LP1, In Band
0
0
-0.2
-2
-0.4
-4
-0.6
S21 -6
-0.8
-8
-1.0
-10
-1.2
S11 -12
-1.4
-14
-1.6
-16
-1.8
-18
-2.0
-20
5.15 5.25 5.35 5.45 5.55 5.65 5.75 5.85
Outline Drawing
5.00
3.25

FASTENER CODES FOR SYMBOLS (A)

TABLE I FASTENER CODE TO BASIC PART NUMBER CODE BASIC FASTENER MATING COMPONENTAA MS20600AD-AAA P( )ANS-AAB HL10HL94UAAC HL11HL94UAAD MS20427M( )C-AAE HS92HS234AAF HS62HS234AAH HS91HS234AAJ HS61HS234AAK CR2249NS-AAL CR2248NS-AAO NAS1738B-AAP NAS1738E-AAR NAS1738M-AAS NAS1738MW-AAT NAS1739B-AAV NAS1739E-AAW NAS1739M-AAX NAS1739MW-AAY HS40PB HS32AAZ HS42PB HS32AB MS20600B-ABA HS39PB HS32ABB HS41PB HS32ABC2LP-EU(6,8)NAS1080ABD2LP-EU(10,12)NAS1080PABE HL10HL82ABF HL718HL70ABG HL718HL82ABH HL11HL82ABJ HL719HL70ABK HL719HL82ABL HLT410HLT77ABM HLT412HLT86LPABO HLT411HLT77ABP HLT413HLT86LPABS HLT410HLT71ABT HLT411HLT71ABV HLT318HLT77ABW HLT319HLT77ABX HLT318HLT71ABY HLT319HLT71ABZ MS20604ML-AC MS20601AD-ACA MS20605ML-ACB NAS1398B( )A-ACC NAS1398D( )A-ACD NAS1398MW( )A-ACE NAS1399B( )A-ACF NAS1399D( )A-ACH CR2245-ACJ CR2235-ACK NAS1399MW( )A-ACL HLT410HLT94LP ACM HLT411HLT94LP ACN MS21141-ACO MS21140-ACP CR2551-ACR NAS1398M( )A-ACS NAS1398MS( )A-ACT NAS1399M( )A-ACV NAS1399MS( )A-ACW NAS1398C( )A-ACX NAS1399C( )A-ACY CR2653-ACZ CR2743-ADA CR2943-ADB CR2839-ADC CR2264-ADD CR2164-ADE CR2564-ADF CR2664-ADH CR2944-ADJ CR2838-ADK CR2545-ADL CR2540-ADM CR2840-ADN HL41HW511D ADO HL11V HW511D ADP HL40HW511D ADR HL10V HW511D ADS HL49HW511D ADT HL13V HW511D ADV HL48HW511D ADW HL12V HW511D ADX NAS2706THRU27122DC-AC ADY NAS2606THRU26122DC-AC ADZ NAS2706THRU27126DC-EU AE MS20601B-AEA NAS2606THRU26126DC-EU AEB H2705V2DC-2AC AEC H2605V2DC-2AC5 AED H2705V6DC-EU5 AEE H2605V6DC-EU5 AEF SLS100-EU6DC-EU AEH SLSP-EU6DC-EU AEJ NAS2506THRU2512V2DC-AC AEK NAS2406THRU2412V2DC-AC AEL HLT54HLT94LP AEM HLT56HLT77 AEN HLT316HLT73 AEO HLT317HLT73 AEP HLT366HLT77 AER HLT366HLT71 AES HLT367HLT77 AET HLT367HLT71AEZ HL645LL HW511D AF MS20602D( )P-AFA HL644LL HW511D AFB CR2251-AFC NAS1398CW( )A-AFD NAS1398CS( )A-AFE NAS1399CW( )A-AFF NAS1399CS( )A-AFH NAS1921B-AFJ NAS1919B-AFK CR9163-AFL HLT44HLT77 AFM HLT44HLT97 AFN HLT318HLT95 AFO HLT319HLT95 AFP NAS2005THRU2012V1080-2AC AFR HL644LL HL570 AFS HL644LL SW1000 AFT HL13V SW1000 AFV HL49SW1000 AFW HL12V SW1000 AFX HL48SW1000 AFY NAS2105THRU2112V1080-2AC AFZ HL11V HL570 AH MS20603D( )P-AHA HL11V SW1000 AHB HL41SW1000 AHC HL10V HL570 AHD HL10V SW1000 AHE HL40V SW1000 AHF HL645LL HL570 AHH HL645LL SW1000 AHJ SLS100CT-EU2DC-2AC AHK SLSPCT-EU2DC-2AC AHL NAS2606THRU2612V6DC-M AHM2605V2DC-M AHN NAS2706THRU2712V6DC-M AHO2705V2DC-M AHP SLS100CT-EU6DC-M AHR SLSPCT-EU6DC-M AHS HL12V HL87DU AHT HL20PB HL86 AHV HL21PB HL86 AHW HL523HL86 AHX HL525HL86 AHY HS128NAS528 AHZ HLT314HLT94LP AJ MS20603B( )P-AJA HLT315HLT94LP AJB HLT366HLT94LP AJC HLT366HLT95 AJD HLT367HLT94LP AJE HLT367HLT95 AJF CSR914-AJH CSR915-AJJ110680-AJK110674-AJL NAS2005THRU2012V6DC-EUAJM NAS2105THRU2112V6DC-EUAJN CR2A38-AJO HLT412HLT88AJP HLT413HLT88AJR HLT30HLT94LPAJS HLT31HLT94LPAJT HLT412HLT73AJV NAS2406THRU2412V6DC-EUAJW NAS2506THRU2512V6DC-EUAJX HL644LL HL94KAJY HL645LL HL94KAJZ HLT319HLT94LPAK CR517-AKA HL646LL HL73DUAKB HL647LL HL73DUAKC CSR912-AKD CR2A62-AKE CR2A63-AKF CR2A64-AKH HL644LL HL94DUAKJ HL645LL HL94DUAKK HL644LL HL175DU( )ADW AKL HL645LL HL175DU( )ADW AKM HL646LL HL89DU( )ADW AKN HL647LL HL89DU( )ADW AKO HL12V HL73DUAKP HL13V HL73DUAKR HL12V HL89DUAKS HL13V HL89DU( )ADW AKT HLT318HLT94LPAKV NAS1670-( )L-AKW NAS1672-( )L-AKX NAS1669-( )L-AKY NAS1671-( )L-AKZ NAS1673-( )L-AL CR563-ALA NAS1674-( )L-ALB RV1020-ALC RV1021-ALD RV1100-ALE RV1101-ALF HL40HL94DUALH HL41HL94DUALJ HL40HL175DU( )ADW ALK HL41HL175DU( )ADW ALL NAS1750-ALM NAS1751-ALN NAS1752-ALO NAS1753-ALP CR2A39-ALR HL40HL97DUALS HL41HL97DUALT HL40HL185DU( )ADW ALV HL41HL185DU( )ADW ALW NAS1919C-( )W-ALX NAS1919M-( )W-ALY NAS1921C-( )W-ALZ NAS1921M-( )W-AM ALP509( )-E LC-FAMA HL10V HL94DUAMB HL11V HL94DUAMC CCR264SS-AMD NAS2406THRU2412V DC-M( )EAME NAS2506THRU2512V DC-M( )EAMF HLT45HLT77AMH RB1002NP RB4010HPAMJ HLT110HLT277AMK HLT210HLT277AML HLT109HLT277AMM HLT209HLT277AMN CSR922-AMO CSR924-AMP CSR925-AMR HLT30HLT77AMS HLT317HLT74AMT CCR264CS-AMV HLT410HLT95AMW HLT411HLT95AMX CSR904B-AMY CSR903B-AMZ HLT614HLT294LPANA HLT615HLT294LPANB HL50HL374ANC HL51HL374AND HL20HL186ANE CSR902B-ANF HL29HL77ANH HLT315HLT95ANJ HLT314HLT95ANK NAS1414THRU1422H NAS1080UG or K ANL NAS1414THRU1422H NAS1080AG ANM NAS2705THRU2712VH NAS1080AGANN NAS2705THRU2712VH NAS1080UG or K ANO NAS1424HTHRU1432H NAS1080UG or K ANP NAS1424THRU1432H NAS1080AGANR NAS2605THRU2612VH NAS1080AGANS NAS2605THRU2612VH NAS1080UG or K ANT NAS1436THRU1442H NAS1080AGANV NAS2506THRU2512VH NAS1080AG ANW NAS7024THRU7032H NAS1080AGANX NAS1446THRU1452H NAS1080AGANY NAS2406THRU2412VH NAS1080AGANZ NAS7034THRU7042H NAS1080AGAO MS20602B( )P-AOA NAS4452H NAS4445CAOB NAS4452V NAS4445DDAOC NAS4452S NAS4445DDAOD NAS4450H NAS4445CAOE NAS4450V NAS4450DDAOF NAS4450S NAS4450DDAOH HLT314HLT77AOJ HLT315HLT77AOK HLT315HLT71AOL HLT414HLT294LPAOM NAS1768D-AON NAS1768MW-AOO NAS1768M-AOP NAS1769D-AOR NAS1769MW-AOS NAS1769M-AOT HL112V HL75V-( )A,HL75-( )W AOV HL112V HL97VAOW HL113V HL75V-( )A,HL75-( )W AOX HL113V HL97VAOY HL12V HL75V-( )A,HL75-( )W AOZ HL12V HL97VAP ALP509( )-T LC-CAPA HL13V HL75V-( )A,HL75-( )W APB HL13V HL97VAPC HL412V HL197VAPD HL412V HL357V-( )AAPE HL413V HL197VAPF HL413V HL375V-( )A,HL75-( )W APG HL11V HL75V-( )A,HL75-( )W APH HL11V HL94LPAPJ CR2A38A-APK CR2A39A-APL CR2A62A-APM CR2A63A-APN CR2A64A-APO MS21140-( )P-APP MS21141-( )P-APR NAS1200M-APS NAS1200M( )P-APT HLT416HLT273APV NAS1241AD-APW NAS1241B-APX NAS1241D-APY NAS1241DD-APZ NAS1242AD-AR CR178-ARA NAS1242B-ARB NAS1242D-ARC NAS1242DD-ARD M7885/7-ARE M7885/6-ARF M7885/9-ARG M7885/8-ARH HLT415HLT294LPARJ HL12V HL94LPARK HL13V HL94PARL HL12V HL75V-( )A,HL75-( )W ARM M7885/3-ARN M7885/2-ARO CR3252-ARP CR3253-ARR HL41-ARS HL21PN HL86ART HL32HL73ARV HL40HL70DARW NAS4600THRU4616HL94LPARX NAS5200THRU5206HL94LPARY CSR924F-ARZ CSR925F-ASA CSR945F-ASB HLT110HLT271-( )A,HLT-( )W ASC M7885/4-ASD M7885/5-ASE HL30HL94WASF NAS1738A-ASG NAS1739A-ASH CR2162A-ASJ CR2163A-ASK CR3214-ASL HL227HL584-( )AWASM HL233HL584-( )AWASN RV1203-ASO RV1293-ASP RV1293M-ASR MS14218E-ASS NAS1097KE-AST NAS1738C-ASU NAS1739C-ASV NAS4450H NAS4445SASW NAS1424THRU1432NAS1080GASY NAS1720H-ASZ NAS1720KE-ATA NAS1720V-ATB NAS1721C-ATC NAS1721H-ATD NAS1721KE-ATE NAS1721V-ATF NAS2506THRU2512V NAS1080AGATG NAS2506THRUNAS2512V NAS1080UKATH NAS2506THRU2512V NAS1080MKATJ CR3224-ATK CR3245-ATL M7885/5-ATM M7885/4-ATN NAS1769CW-ATP NAS4452S MS21042LATR HSR200D-ATS MS14218T-ATT NAS4450H MS21042LATV NAS4452H MS21042LATW NAS1097E-ATY NAS1097U-ATZ MS20470E( )-AV6950-S-AVA MS20470T-AVB NAS4452H NAS4445SAVC MS20426T-AVD MS20426E-AVE MS21418AD-AVG NAS2106THRU2112V NAS1080UG or UK AVH NAS2005V NAS1080UGAVJ NAS2105V NAS1080AGAVK NAS2005V NAS1080AGAVL NAS2106THRU2112V NAS1080AGAVM NAS2006THRU2012V NAS1080AGAVN NAS2006THRU2012V NAS1080UG or UK AVO NAS2105V NAS1080UGAVP NAS1738CW-AVR NAS1739CW-AVS NAS1321KE-AVX MS14219E-AVY NAS6946THRU6952NAS1080AW BACR15BZ-AWA MS14218B-AWB NAS6910NAS1080AWC NAS6910NAS1080PAWD NAS6911NAS1080AGAWE NAS6911NAS1080MK or MG AWF NAS6911NAS1080UK or UG AWH NAS6912NAS1080AGAWJ NAS6912NAS1080MK or MG AWK NAS6912NAS1080UK or UG AWL NAS6913NAS1080AWM NAS6913NAS1080PAWN NAS6914NAS1080AWO NAS6914NAS1080PAWP HL12VTA HL379TAAWR HL13VTA HL379TAAWS LGPL9SP-V( )B SLFC-MVAWT HLGPL9SP-V( )B SLFC-MVAWV LGPL8FC-V( )B SLFC-MVAWW HLGPL8FC-V( )B SLFC-MVAWX860-515-AWY MS21140U-AWZ MS21140U( )P-AX CR116-AXA MS21141U-AXB MS21141U( )P-AXC MS90353U-AXD MS90353U( )D-AXE MS90354U-AXF MS90354U( )D-AXH MS14219T-AXJ MS20604S( )W( )-AXK MS20604R( )W( )-AXL MS20604H( )W( )-AXM MS20605S( )W( )-AXN MS20605R( )W( )-AXO MS20605H( )W( )-AXT M7885/7-AXV MS14219AD-AXW NAS1097( )-AXX NAS1321KE-AXY CCR264CS( )IT-AXZ NAS6956THRU6962NAS1080UK AY CR117-AYA NAS6966THRU6972NAS1080UK AYB NAS1754-( )DL-AYC NAS1755-( )DL-AYD NAS9301B-AYE NAS9310E-AYF NAS9302B-AYH NAS9302E-AYJ NAS9303B-AYK NAS9303E-AYL NAS9304B-AYM NAS9304E-AYN NAS9305B-AYO NAS9305E-AYP NAS9306B-AYR NAS9306E-AYS NAS9307M-AYT NAS9307MP-AYV NAS9308M-AYW NAS9308MP-AYX NAS9309M-AYY NAS9309MP-AYZ NAS9310C-AZA NAS9310M-AZB NAS9310MP-AZC NAS9311C-AXL MS20604H( )W( )-AXM MS20605S( )W( )-AXN MS20605R( )W( )-AXO MS20605H( )W( )-AXT M7885/7-AXV MS14219AD-AXW NAS1097( )-AXX NAS1321KE-AXY CCR264CS( )IT-AXZ NAS6956THRU6962NAS1080UK AY CR117-AYA NAS6966THRU6972NAS1080UK AYB NAS1754-( )DL-AYC NAS1755-( )DL-AYD NAS9301B-AYE NAS9310E-AYF NAS9302B-AYH NAS9302E-AYJ NAS9303B-AYK NAS9303E-AYL NAS9304B-AYM NAS9304E-AYN NAS9305B-AYO NAS9305E-AYP NAS9306B-AYR NAS9306E-AYS NAS9307M-AYT NAS9307MP-AYV NAS9308M-AYW NAS9308MP-AYX NAS9309M-AYY NAS9309MP-AYZ NAS9310C-AZA NAS9310M-AZB NAS9310MP-AZC NAS9311C-。

MS614SE,MS518SE,MS621FE,MS920SE-FL27E,MS412FE, 规格书,Datasheet 资料

Overdischarge: 18kΩ discharge/respective period [Capacity measurement conditions] Charge: max. 0.1mA/3.1V, 96 hours (CC/CV) Discharge: 15μA/c.o.v. = 2.0V (CC)
Gasket
<Cross Section>
Positive case
SPECIFICATIONS
Charge Voltage Nominal (Standard Voltage Charge Voltage)*6 (V) (V) 3 3 3 3 3 3 2.8 to 3.3 (3.1) 2.8 to 3.3 (3.1) 2.8 to 3.3 (3.3) 2.8 to 3.3 (3.1) 2.8 to 3.3 (3.1) 2.8 to 3.3 (3.1) Nominal Capacity (mAh)*1 1.0 3.4 2.3 3.4 5.5 11.0 Internal Impedance (Ω)*2 100 60 50 80 80 35 Cycle Life (Time)*4 Size (mm) Standard Maximum Charge/ Discharge 100%*5 20%*5 Discharge Current D.O.D. D.O.D. Current (Continuous) (Depth of (Depth of Diameter Height *3 (mA) (mA) Discharge) Discharge) 0.010 0.010 0.015 0.015 0.015 0.050 0.10 0.15 0.25 0.25 0.25 0.80 100 100 100 100 100 100 1000 1000 1000 1000 1000 1000 4.8 5.8 6.8 6.8 6.8 9.5 1.2 1.8 1.4 1.4 2.1 2.1 Weight (g) 0.07 0.13 0.17 0.17 0.23 0.47

HG-614说明

HG-614全氟辛基磺酰基季胺氧化物简述HG-614是非离子型氟碳表面活性剂，微溶于水，能溶于大多数有机溶剂。

HG-614具有强烈的表面活性，即使在0.001%浓度下，也能有效降低水溶液的表面张力。

由于结构中有极性的N→O链，提高了它的亲水性，在低浓度时仍可作高效增泡剂、稳泡剂；由于它的特殊结构，与其它非离子氟碳表面活性剂不同，在含强氧化剂的溶液中仍可使用；它还与其它阴离了、阳离子、两性离子及非离子表面活性剂相溶性好，因此它具体优良的复配性能。

应用消防药剂：能与常规的泡沫灭火剂相配，明显提高其灭火综合效果及能力；采油助剂：能与碳氢表面活性剂复配成效果优良的助排剂，明显提高采油率；油墨：能与油墨中的颜料相容，提高印刷设备中金属柱体的寿命及印刷效果；油漆、涂料：提高体系的抗污、防雾、抗紫外线功能，能与大多数水性、溶剂型配方相容；金属、电子：可作电镀助剂，锌电池锂电池的氧化抑制剂及提高充电效率，2粘合剂：用于体系改性，增强润湿能力，能与大多数水性、溶剂型配方相容；聚合物：抗污、防雾、抗紫外线，提高内部润滑性，可作填料的偶合剂，并能防止增塑剂在体内迁移。

应用特性乳化性能：有效润滑性能：高度有效发泡性能：高度有效分散性能：有效相容性：可广泛应用于酸、碱、软水、硬水体系物理性质外观：深棕色膏状固体结构式：C8F17SO2NH（CH2）3N（CH3）2·O分子量：600离子型：非离子含量：95%以上溶解性：微溶于水，溶于醚、酮、酯（如醋酸乙醇、醋酸丁脂）、醇（如甲醇、乙醇、异丙醇）、甲苯，不溶于烷烃。

表面张力：25℃、0.1%活性成份时小于16mN/mPH：6-8，最佳应用PH范围，2-12其它：不可燃储存稳定性：无特殊要求、长期有效产品包装：塑料桶装注：HG-614的批量供应价格*****元/kg四川化高化工有限公司。

镁合金表面处理技术简介

化成處理
元反應, 並以洗淨, 蝕刻來形成皮膜, 在Ph11.5以上高Ph範圍, 鎂不會有反應, 所以通常制程上均在 Ph11.5值以下, 很多情況采用酸性藥液, 因此依藥浴組成件.
隨返應有時會在鎂表面生成粉狀的化合物, 所以鉻系化成處理常有因藥液組成不平穩產生粉狀化合物, 此化合物不但會造成電子回路的短,路也阻礙了涂裝的密著性, 所以藥液的定期分析及補充管理很重要, 因鎂比所有
鎂合金表面處理技術的簡介
前言鎂合金的特性鎂的物理性質鎂合金表面處理目的及要求以天然海水從事鎂及合金的表面處理法化成處理
鎂合金表面處理技術的簡介
前言金屬工業界掀起了一股鎂合金的加工熱潮, 其實
工業界追求新材料的期望不曾停過, 工業界自從工業革命以來鋼鐵材料一直占材料界的鱉頭, 當1970年代一度因為石油化學工業的興起曾挫了金屬材料的銳氣一陣, (塑膠材料變為工業材料的新寵)后來因為輕金屬,合金冶煉的發達, 不出十年使鋼材料重拾信心, 在極精密的微小電路及溝究穩定性的宇宙工業(衛星飛航),都仰賴金屬工業之傑作, 可是大家不可忘記應
鋁 2.7 660 2060 397 0.889 面心立方 -1.66
鐵 7.87 1539 2740 312 0.528 體心立方 -0.44
鎂合金的特性
鎂合金除了具有前面敘述的優良性質以外, 從其標準電極電位來看是比較差的一種金屬其缺點為較容易腐蝕, 因此為了防止腐蝕進行表面處理及涂裝必不可少. 另外為了提高成型品表面狀態, 即使在更加薄壁化的半熔融射出成型工程上, 目前也存在著同樣的缺陷, 特別是由於小型輕量化, 使用離型劑后的素材內包含離型劑及加工油等對涂膜的附著性能產生很壞的影響, 因此鎂合金前處理是一種非常難的素材之一.

十二指肠胃黏膜异位症内镜诊疗进展

十二指肠胃黏膜异位症内镜诊疗进展王志永;曹鸿飞【摘要】十二指肠胃黏膜异位症是指胃黏膜移位至十二指肠的一种先天性胚胎残余病变。

本病因起病隐匿，临床表现非特异，内镜表现不典型而易误诊。

本文围绕十二指肠胃黏膜异位症的内镜诊疗相关研究进展作一综述，旨在提高内镜下十二指肠胃黏膜异位症的诊断率，降低其误诊率。

【期刊名称】《现代消化及介入诊疗》【年(卷),期】2015(000)003【总页数】2页(P309-310)【关键词】十二指肠;胃黏膜异位症;内镜;诊断和治疗【作者】王志永;曹鸿飞【作者单位】024000 内蒙古赤峰市医院内镜科;024000 内蒙古赤峰市医院消化内科【正文语种】中文胃黏膜异位症（heterotopic gastric mucosa,HGM）是罕见的先天胚胎残余病变，可发生于口腔至直肠的任何消化道部位，甚至见于胰腺及胆囊。

HGM多发生于食管，十二指肠HGM较少见，早期文献仅有散发病例报道。

随着对本病的深入认识，十二指肠HGM越来越多被人们熟知，近年的文献报道，十二指肠HGM的检出率高达8.9%[1]。

因本病临床症状非特异，而内镜检查中易与十二指肠球炎、息肉、溃疡及肿瘤等相混淆误诊[2-3]，且有文献报道其有恶变[4-5]，所以有必要对该病相关内容进行论述。

其发生率上，早期的文献仅有散发个案报道。

在检出率上，辛小敏等[6]的研究对有症状人群内镜下检出率为2.9%，而Robert等的研究高达8.9%[1]。

检出率上的差别可能一部分十二指肠HGM被误诊，Sarbia M等[7]的研究显示大部分的十二指肠HGM误诊为十二指肠息肉。

目前，因无大样本病例报道，现有文献表明[6]本病发病无性别差异，好发于中年。

临床症状上的差异，取决于病变的大小及部位。

因十二指肠HGM多为十二指肠球部多发结节样隆起，多为非特异性的上腹部不适、腹胀，反酸等消化不良症状。

较大息肉样隆起或黏膜下隆起者可引起恶心、呕吐等消化道不全梗阻的症状[8]。

一项关于机器人辅助腹腔镜下前列腺癌根治术后吻合口尿漏的研究

一项关于机器人辅助腹腔镜下前列腺癌根治术后吻合口尿漏的研究孙逸凡;汪维;邱雪峰;郭宏骞【摘要】目的分析机器人辅助腹腔镜下前列腺癌根治术后吻合口尿漏对患者造成的远期影响,并探讨术后吻合口尿漏发生的相关危险因素.方法将2017年4-6月共69例行机器人辅助腹腔镜下根治性前列腺切除术的患者(年龄51～84岁,中位年龄69岁)纳入此次回顾性研究,其中53例患者术后未发生尿漏,归为无尿漏组;另16例患者术后发生尿漏,归为尿漏组.通过电子病历对两组患者的基本资料和术后结果进行收集和统计,并对所有患者行术后随访,随访内容包括:排尿自控情况、国际前列腺症状评分(IPSS)、勃起功能国际问卷(IIEF-5)评分等.结果在术前基本资料中,尿漏组的平均体质指数(BMI)值显著大于无尿漏组(P=0.018).术后结果方面,尿漏组吻合膀胱尿道的时间显著长于无尿漏组(33.2 min vs.29.1 min,P=0.004).且术中尿漏组注水试验失败率(4例,25％)显著高于无尿漏组(2例,3.8％),差异有统计学意义(P=0.023).尿漏组的住院时间(P＜0.001)、术后留置尿管时间(P=0.015)同样显著长于无尿漏组.在平均6.8个月的术后随访中,尿漏组的IPSS评分显著高于无尿漏组(12.5 vs.9.4,P=0.049).而在排尿自控、勃起功能方面,两组之间的差异无统计学意义.未见患者发生膀胱颈挛缩而需要行膀胱镜检查、尿道扩张等干预.结论机器人辅助腹腔镜下前列腺癌根治术后发生吻合口尿漏对患者远期的排尿自控、勃起功能并无影响.但术后尿漏的患者更易出现程度不一的不良排尿症状.而主刀医生的手术经验和患者自身的吻合难度是影响吻合口尿漏发生的关键因素.【期刊名称】《现代泌尿外科杂志》【年(卷),期】2018(023)007【总页数】5页(P516-520)【关键词】前列腺癌根治术;机器人;膀胱尿道吻合口;吻合口尿漏;排尿自控;勃起功能【作者】孙逸凡;汪维;邱雪峰;郭宏骞【作者单位】南京大学医学院附属鼓楼医院泌尿外科研究所,江苏南京210008;南京大学医学院附属鼓楼医院泌尿外科研究所,江苏南京210008;南京大学医学院附属鼓楼医院泌尿外科研究所,江苏南京210008;南京大学医学院附属鼓楼医院泌尿外科研究所,江苏南京210008【正文语种】中文【中图分类】R737前列腺癌目前是男性人群中发病率最高的恶性肿瘤，而前列腺癌根治术已经成为治疗局限性前列腺癌的首选治疗方式[1]。

1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。

TYP.
0.23 TYP.
HP SKYWORKS AM119-614
ANT 2 LP
SK40119 DUAL DIPLEXER
PC MOUNT SMA CONNECTOR
6 PLACES
PCB# SK40119. Material: Rogers RO4003. The circuit board used in the final application should employ RF circuit design techniques. RF signal lines should have 50 Ω impedance. The package bottom ground plane should be connected directly to PCB ground plane. A sufficient number of via holes should be used to connect the top and bottom ground planes. The evaluation circuit board shown is available upon request.
Min. 2.4
5.15
Typ. 2.45 0.50 35 15 5.50 0.50 25 12
Max. 2.5 0.8
5.85 0.80
Unit GHz dB dB dB GHz dB dB dB
Skyworks Solutions, Inc. [781] 376-3000 • Fax [781] 376-3100 • Email sales@ •
■ SMD Package, 5.0 x 3.25 x 1.2 mm
■ Dual-Band Diplex Receive, Dual-Band Diplex Transmit
Description
The AM119 is a ceramic dual diplexer for dual-band WLAN systems using LTCC design and manufacturing technology. The part consists of two diplexers, one for dualband receive and one for dual-band transmit. The AM119-614 is utilized with the diversity switch AS218-321 for switching between antennas. The design is compatible with the 802.11 WLAN specifications.
元器件交易网
Dual-Band WLAN Dual Diplexer 2.4–2.5 GHz and 5–6 GHz
Applications
■ WLAN Systems Including 802.11a,b,g
Features
■ LTCC Technology
■ Dual Diplexer
3 LP2
1
2
PIN 1
HP1
HP2
INDICATOR
AM119-614 Evaluation PCB
Suggested Land Pattern
5.20 3.71 1.50
1.73 3.45
0.61
1.31 2.14 2.84
LP
HP
ANT 1
1
0.33 PLATED 0.56 x 0.61
THRU HOLES
-10
-1.2
S11 -12
-1.4
-14
-1.6
-16
-1.8
-18
-2.0
-20
5.15 5.25 5.35 5.45 5.55 5.65 5.75 5.85
Frequency (GHz)
IN 2 to HP2, In Band
Pin Out (Top View)
IN 1
IN 2
5
4
LP1 6
7 (GND)
Frequency (GHz)
IN 1 to HP1, In Band
0 -0.2 -0.4 -0.6 -0.8 -1.0 -1.2 -1.4 -1.6 -1.8 -2.0
2.40
0 -2 -4 -6 S21 -8 -10 -12 -14 -16 S11 -18 -20 2.42 2.44 2.46 2.48 2.50
Typical Performance Data
Loss (dB)
0 -5 -10 -15 -20 -25 -30 -35 -40
0
S11 S21
1
2
3
4
5
6
Frequency (GHz)
IN 1 to LP1, Wideband
Loss (dB)
0 -5 -10 -15 -20 -25 -30 -35 -40
0
S21
S11
1
2
3
4
5
6
Frequency (GHz)
IN 1 to HP1, Wideband
Loss (dB)
0 -5 -10 -15 -20 -25 -30 -35 -40
0
S11
S21
1
2
3
4
5
6
Frequency (GHz)
IN 2 to LP2, Wideband
Insertion Loss (dB)
-22.5
-25.0 2.48 2.50
Frequency (GHz)
IN 1 to LP1, In Band
0
0
-0.2
-2
-0.4
-4
-0.6
S21 -6
-0.8
-8
-1.0
-10
-1.2
S11 -12
-1.4
-14
-1.6
-16
-1.8
-18
-2.0
-20
5.15 5.25 5.35 5.45 5.55 5.65 5.75 5.85
Skyworks Solutions, Inc. [781] 376-3000 • Fax [781] 376-3100 • Email sales@ •
3
Specifications subject to change without notice. 4/03A
Insertion Loss (dB)
Insertion Loss (dB)
0 -0.25 -0.50 -0.75 -1.00 -1.25 -1.50 -1.75 -2.00 -2.25 -2.50
2.40
0 -2.5
-5.0 S21
-7.5 -10.0
2.42
2.44
2.46
-12.5
-15.0
-17.5 S11 -20.0
Outline Drawing
5.00
3.25
PIN 1 INDICATOR
TOP VIEW
PIN 1
2.21
1.63
6X 0.47
BOTTOM VIEW Dimensions in mm. Tolerance ± 0.2 mm unless otherwise specified.
Preliminary
0 -5 -10 -15 -20 -25 -30 -35 -40
0
S21 S11
1
2
3
4
5
6
Frequency (GHz)
IN 2 to HP2, Wideband
Block Diagram
LP1 IN 1
HP1
LP2 IN 2
HP2
0
0
-0.2
-2
-0.4
-4
-0.6
S21 -6
-0.8
-8
-1.0
Frequency (GHz)
IN 2 to LP2, In Band
Return Loss (dB)
2
Skyworks Solutions, Inc. [781] 376-3000 • Fax [781] 376-3100 • Email sales@ •
Specifications subject to change without notice. 4/03A
元器件交易网
Dual-Band WLAN Dual Diplexer 2.4–2.5 GHz and 5–6 GHz
AM119
Return Loss (dB)
Loss (dB) Insertion Loss (dB)
1
Specifications subject to change without notice. 4/03A
元器件交易网
Dual-Band WLAN Dual Diplexer 2.4–2.5 GHz and 5–6 GHz
Hale Waihona Puke AM119Return Loss (dB)
Return Loss (dB)
AM119
1.20
SIDE VIEW 0.25 TYP. 0.25 TYP.
6X 0.50
Electrical Specifications at 25°C
Mode Low Pass
High Pass
Parameter Passband Insertion Loss Attenuation @ 4.8 GHz Return Loss Passband Insertion Loss Attenuation @ 2.5 GHz Return Loss