70-316基于C#的Windows应用程序设计(四套)
美标与国标金属材质对照表
SS400
Q235-A 16Mn
PTFE ENVELOPED NON-ASBESTOS
SPRIAL WOUND GASKET FILL MATERIAL:PTFE OR GRAPHITE OR NONASBESTOS
V#6500(Non-asbestos) V#7010(PTFE)
NON-ASBESTOS GASKET
GB1348 GB12227
— — — — — — — — — — GB2100 — — — GB12230 GB12230 GB12230 GB12230 GB12230 GB12230 GB12230 GB12230 GB12230 GB12230 GB12230 GB12230 GB12230 GB12230 GB12230
GB9948-88 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91
JB/T4726-2000 JB/T4727-2000 JB/T4726-2000 JB/T4727-2000
国标 Q235-A,B,C 20R,16MnR
16MnR Q235-A 0Cr18Ni9 0Cr19Ni10 0Cr17Ni12Mo2 0Cr17Ni14Mo2 0Cr19Ni13Mo3 00Cr19Ni13Mo3
STPG370
10,20
STPT370
SUS304TP SUS304LT
P SUS316TP SUS316LT P SUS317LT
QT700-2
WCA WCB WCC ZG20MO
— ZG20MO
Horiba VS70系列微型CCD光谱仪说明书
For OEM/oem**No LabVIEW™ license is needed to run our acquisition software.Quantum EfficiencySystem Mechanical DrawingsCost & Performance100Spectral Coverage (nm)1100115VU90185700 nm380VU111VS20 VISMiniVS70OES VS70 TECPoliSpectra H116PoliSpectra ®H135PoliSpectra VS70 TECVS70VS20 NIRDual VS20 UV-NIRCiCi-Raman-Green532 nmCiCi-Raman-NIR785 nm3000 cm 200MiniCCT 532 nm200MiniCCT785 nm400900Spectral Coverage (nm)Cost / PerformanceTechnique & ApplicationOES-Star TECSSSSSSSSSSPoliSpectra M116PoliSpectra QuadPoliSpectra PoliSpectra ®M135OES-StarS/VS70HSRandHDROEM Philosophy and Mission3 Centers of Excellence Dedicated to OEM Spectroscopy and Camera Solutions in US, EU, and AsiaOur mission is to provide a complete development and manufacturing experience, from optical simulations to opto-mechanical design and prototyping of spectroscopic and camera systems extending to, and including, electronics, firmware, software design and first articles.Our products provide superior performance, reliability and stability, combined with robust cost reduction. Capable of flexible high volume production capacity in quantities of hundreds to thousands per year, we offer full confidentiality, providing "Black Boxes" or private labelling, using your logo or graphics.Unmatched customer service is provided by our exceptionally experienced workforce, featuring on-time delivery and flexibility, allowing scheduling modifications.Adhering to Copy Exactly! (CE!) processes, our fully trained staff, from engineering to manufacturing, form a dedicated OEM engineering force that supports you over the lifetime of the product.Scientific Segment - OEM Products and Capabilities:• Custom master optical diffraction gratings• Diffraction grating replicas (concave, convex and flat)• Spectrometers, optical assemblies with pre-aligned sensors (CCD, PDA, CMOS, InGaAs) using either customers’ or HORIBA ’s OEM electronics • OES spectrometers• Spectroscopy systems or modular engines, such as mini fluorometers and mini Raman systems • Single and double scanning monochromators• Imaging spectrographs and spectrometers with CCD or CMOS cameras • Multispectra spectrometers with multiple fiber inputs / MultiTrack spectroscopy• Hyperspectral system with HORIBA or customer provided camera (Push-broom configurations) • Cameras: Spectroscopic deep-cooled scientific cameras (1D and 2D CCD & InGaAs – FI and BI)• OEM electronics for optosensors ranging from PD and PDA to CCD and CMOS sensors • Imaging cameras: Uncooled and cooled with FI and BI high-end scientific CMOS • VUV/FUV spectrometers and CCD vacuum and N 2-purged camerasContact us inone of our centers of excellenceLow Cost -50˚ C Air-cooled OEM Camera Syncerity ®Deep-cooled -80˚ C to -100˚ C Air- or Water-cooled Camera Synapse ® Plus EM CCDDeep-cooled CameraSynapse ® EM Deep-cooled NIR Camera to -75˚ C (Water-cooled)Synapse ® InGaAsScientific Deep Cooled CCD, InGaAs and CMOS CamerasVUV Syncerity ®TE-cooled to -50˚ C (Vacuum)or -30˚ C with N 2 purge Sylent ®Ultra-compact 4.2 MPmonochrome sCMOS sensor。
PIC16F193X 194X微控器高性能与行业领先的低功耗微控技术说明书
PIC16F193X/194X Microcontrollers Advanced Performance & Integration with Industry Leading Low PowerM i c r o chi p T e c h n o l o g y I n c o r p o r a t e dSummaryAs the demand for sophistication in consumer and embedded products continues to expand, so does the need for 8-bit microcontrollers that can meet the design challenges this creates. This requires microcontrollers that provide increased performance, maximum integration, and the lowest power – the PIC16F193X/194X family does just that.Based on the 8-bit Enhanced Mid-Range core, thePIC16F193X/194X microcontrollers have a total of 49 instructions to optimize program code and data handling, while increasing effi ciency and reducing clock cycles. The PIC16F193X/194X provide up to 28 KB of Flash program memory and numerous enhanced capabilities inclusive of; 16 level hardware stack, up to 1 KB data memory, low power 1.8V operation, nanoWatt XLP, 32 MHz internal oscillator, up to 2x SPI/I2C™ & UART, up to 17 channels 10-bit ADC, up to 5 (E)CCP, 2x comparators, integratedmTouch™ and LCD control.The on-chip LCD drive supports up to 184 segments and provides a low-power drive mode for lower power and increased effi ciency. In addition, there are up to 5 Pulse Width Modulation (PWM) channels with independent time bases for controlling various motor types, LED’s, and peripherals.“LF” family members feature Microchip’s nanoWatt XLP Technology – for extreme Low Power consumption – enabling designs to achieve world-leading battery lifetime. These new MCUs feature active currents down to50 μA/MHz and sleep currents down to 60 nA and sets the industry benchmark for low-power and peripheral integration. All of these general-purpose MCUs are well suited fora multitude of applications in the appliance, consumer, industrial and automotive markets, among others.Key Features■U p to 28 KB of Flash Program Memory■Up to 1 KB of Data Memory■256 bytes of High Endurance Data EEPROM■32 MHz internal oscillator■Integrated LCD Control with up to 184 segments■I ntegrated mTouch Capacitive Sensing Module■Up to (17) 10-bit ADC channels ■U p to 3 comparators with Rail-to-Rail input and 555 timer functionality■U p to 2 each: Master SPI/I2C and EUSART support for RS-232/RS-485, as well as LIN support■5-bit DAC providing 32 level voltage reference– Easily implemented as a low voltage detect■U p to 3 Enhanced and 2 Capture Compare PWM peripherals with independent time base■L ow Power ‘LF’ Variants with XLP Technology– Dynamic currents down to 50 μA/MHz– Sleep currents of 60 nA– Watchdog Timer (WDT) current of 500 nA– Low-power 32 kHz Timer1 oscillator current of 600 nA ■1.8V operation up to 5.5V– Full analog operation throughout■16-level hardware stack, with overfl ow/underfl ow interrupt ■4x8-bit and 1x16-bit timers, with eXtreme Low Power Real-Time Clock (RTC) support■R obust and reliable operational monitors, such as Power-On Reset (POR), Brown-out Reset (BOR) and low-power Watchdog Timer (WDT)PIC® microcontrollers with the Enhance Mid-Range core are denoted as PIC1X F1XXXLearn more at /enhanced and/F1Eval.Information subject to change. The Microchip name and logo, the Microchip logo, MPLAB and PIC are registered trademarks and mTouch, PICDEM and PICkit are trademarks of Microchip TechnologyIncorporated in the U.S.A. and other countries. All other trademarks mentioned herein are property of their respective companies. © 2010, Microchip Technology Incorporated. All Rights Reserved. Printed in the U.S.A. 8/10 DS41435A*DS41435A*Visit our web site for additional product information and to locate your local sales office.Microchip Technology Inc. • 2355 W. Chandler Blvd. • Chandler, AZ 85224-6199/enhanced /F1EvalPart Number Development Tool Part Number Development ToolDV164131PICkit™ 3 Debug Express(Coming Soon)F1 + Low Voltage Evaluation PlatformDV164035MPLAB ICD 3 In-Circuit Debugger Kit (Coming Soon)F1 BLDC Motor add-on for the F1 Evaluation Platform DM164130-1F1 Evaluation Platform/F1Eval (Coming Soon)F1 BDC Motor add-on for the F1 Evaluation PlatformDV164132F1 Evaluation Kit (Coming Soon)F1 Bipolar Stepper Motor add-on for the F1 Evaluation Platform DM183032PIC18 Explorer Board (Coming Soon)F1 Unipolar Stepper Motor add-on for the F1 Evaluation Platform DM163030PICDEM™ LCD 2 Demo Board(Coming Soon)PIC16F/LF1947 Plug-in Module(Accessory for the PIC18 Explorer or PICDEM LCD 2)Additional Information■ PIC16F/LF193X Data Sheet , DS41364■ PIC16F/LF194X Data Sheet , DS41414■ PIC1XF1XXX Software Migration , DS41375■ I 2C Bootloader for the PIC16F1XXX , AN1302■ mTouch™ Sensing Solution User’s Guide , DS41328■ 8-bit PIC Microcontroller Solution Brochure , DS39630■ Corporate Focus Product Selector Guide , DS01308■ Quick Guide to Microchip Development Tools Brochure ,DS51894Sample/Purchasing Information■ On-line Sampling: ■ On-line Purchasing: Device Flash (Bytes)Data RAM (Bytes)Data EEPROM (Bytes)LCD Segments 10-bit ADC ComparatorsECCP/CCP Communication Operating Voltage Pins Packages PIC16F1933 PIC16LF19337K 256256601123/2EUSART , I 2C, SPI 1.8V-5.5V 1.8V-3.6V 28SPDIP , SOIC, SSOP ,6X6 QFN, 4X4 UQFN PIC16F1934 PIC16LF19347K 256256961423/2EUSART , I 2C, SPI 1.8V-5.5V 1.8V-3.6V 40/44PDIP , TQFP , 8X8 QFN, 5X5 UQFN PIC16F1936 PIC16LF193614K 512256601123/2EUSART , I 2C, SPI 1.8V-5.5V 1.8V-3.6V 28SPDIP , SOIC, SSOP ,6X6 QFN, 4X4 UQFN PIC16F1937 PIC16LF193714K 512256961423/2EUSART , I 2C, SPI 1.8V-5.5V 1.8V-3.6V 40/44PDIP , TQFP , 8X8 QFN, 5X5 UQFN PIC16F1938 PIC16LF193828K 1024256601123/2EUSART , I 2C, SPI 1.8V-5.5V 1.8V-3.6V 28SPDIP , SOIC, SSOP ,6X6 QFN, 4X4 UQFN PIC16F1939 PIC16LF193928K 1024256961423/2EUSART , I 2C, SPI 1.8V-5.5V 1.8V-3.6V 40/44PDIP , TQFP , 8X8 QFN, 5X5 UQFN PIC16F1946 PIC16LF1946 14K 5122561841733/22x EUSART , 2x I 2C,2x SPI 1.8V-5.5V 1.8V-3.6V 64TQFP , 9X9 QFN PIC16F1947 PIC16LF194728K10242561841733/22x EUSART , 2x I 2C,2x SPI1.8V-5.5V 1.8V-3.6V64TQFP , 9X9 QFNAvailable in 28-, 44- & 64-pin packages.PIC16F193X/194X Block DiagramInternal Oscillator32 MHzData EEPROM256BData MemoryUp to 1 KB Linear AddressingEnhanced Mid-Range CPU14-bit Instruction49 Total Instructions(2) 16-bit File Select RegistersInterrupt Context SaveReliable Low PowerWDT, RTC, BOR, POR,nanoWatt XLPLCD Drive Up to 184 segments 10-bit ADC Up to 17 channelsUp to 3x Comparators with SR Latch mTouch™Capacitive Sensing ModuleCommunications Up to 2x each MI C, SPI, EUSARTCapture/Compare/PWMUp to 5 Channels16-Level Stack &Program CounterReset CapabilitiesProgram MemoryUp to 28 KB (16K Instructions)5-bit DAC 32-Level V。
美标与国标金属材质对照表
美国标准日本标准国标标准A283-C SS400Q235-A,B,C GB/T3274-1988A285-C SB41020R,16MnR GB6654-1996A516-70A516-60SGV480/SGV41016MnR GB6654-1996A36SS400Q235-A GB/T3274-1988A240 TP304SUS3040Cr18Ni9GB/T4237-92A240 TP304L SUS304L 0Cr19Ni10GB/T4237-92A240 TP316SUS3160Cr17Ni12Mo2GB/T4237-92A240 TP316L SUS316L 0Cr17Ni14Mo2GB/T4237-92A240 TP317SUS3170Cr19Ni13Mo3GB/T4237-92A240 TP317L SUS317L 00Cr19Ni13Mo3GB/T4237-92A53A,B STPG37010,20GB/T8163-1999GB9948-88A106B STPT37020GB/T8163-1999GB9948-88A312-TP304SUS304TP 0Cr18Ni9GB/T14976-2002A312-TP304L SUS304LTP 00Cr19Ni10GB/T14976-2002A312-TP316SUS316TP 0Cr17Ni12Mo2GB/T14976-2002A312-TP316L SUS316LTP 00Cr17Ni12Mo2GB/T14976-2002A312-TP317LSUS317LTP 00Cr19Ni13Mo3GB/T14976-2002A179STB34010,20GB9948-88A249 TP304SUS304TB 0Cr18Ni9GB/T13296-91A249 TP304L SUS304LB 00Cr19Ni10GB/T13296-91A249 TP316SUS316TB 0Cr17Ni12Mo2GB/T13296-91A249 TP316L SUS316LTB 00Cr17Ni12Mo2GB/T13296-91A249 TP317L SUS317LTB 00Cr19Ni13Mo3GB/T13296-91A213 TP304SUS304TB 0Cr18Ni9GB/T13296-91A213 TP304L SUS304LTB 00Cr19Ni10GB/T13296-91A213 TP316L SUS316LTB 00Cr17Ni14Mo2GB/T13296-91317J1SS317J1SSN/A管道管(包括附件及内部)钢板资料转换到中国的标准/替代材料(包括附件及内部)资料转换到中国的标准/替代材料A105SF49020,16Mn JB/T4726-2000JB/T4727-2000A266-2SFVC2A 20,16Mn JB/T4726-2000JB/T4727-2000A182 F304SUSF3040Cr18Ni9JB/T4728-2000A182 F304LSUSF304L 00Cr19Ni10JB/T4728-2000A182 F316SUSF3160Cr17Ni12Mo2JB/T4728-2000A182 F316L SUSF316L 00Cr17Ni14Mo2JB/T4728-2000A182 F317L SUSF317L N/A A336 F304SUSF3040Cr18Ni9JB/T4728-2000A336 F304L SUSF304L 00Cr19Ni10JB/T4728-2000A336 F316LSUSF316L 00Cr17Ni14Mo2JB/T4728-2000A36SS400Q235-A GB700-88A479 TP304SUS3040Cr18Ni9GB1220-92A479 TP304L SUS304L 00Cr19Ni10GB1220-92A479 TP316SUS3160Cr17Ni12Mo2GB1220-92A479 TP316L SUS316L 00Cr17Ni12Mo2GB1220-92A193B7+A194-2HSNB7+S45C 35CrMoA,35,40Mn GB/T3077-99A193-B8M SUS3160Cr17Ni12Mo2GB1220-92A194-8,S1SUS3040Cr18Ni9GB1220-92锚栓A36SS400Q235-A 16Mn GB700-88GB700-88V#7030PTFE ENVELOPED NON-ASBESTOS HG20630-97V#7590(PTFE)V#6590(Graphite)V#8590(Non-Asbestos)SPRIAL WOUND GASKET FILL MATERIAL:PTFE OR GRAPHITE OR NON-ASBESTOSHG20631-97V#6500(Non-asbestos)V#7010(PTFE)NON-ASBESTOSGASKET PTFE GASKETHG20627-97垫片杆螺栓锻造(包括附件及内部)资料转换到中国的标准/替代材料CLA (A126)FC-15HT150GB9439Gr64-40-12FCD45——可焊高温WCA (A216)SCPH1WCA —WCB (A216)SCPH2-11WCB —WCC (A216)—WCC —铸钢WC1(A217)SCPH-11ZG20M O—WC4(A217)SCPH-21——WC5(A217)—ZG20M O —WC6(A217)—WC6—WC9(A217)SCPH-32WC9—C5(A217)SCPH61C5—C12(A217)—C12—耐热用CA15(A217)SCS1-T2ZG1Cr13GB2100Fe-Cr 系和HC (A297)SCH2——Fe-Cr-Ni 系HD (A297)SCH11——合金钢铸钢HE (A297)SCH17——CF3(A351)SCS19A ZG00Cr18Ni10GB12230CF8(A351)SCS134ZG0Cr18Ni9TiGB12230CF3M (A351)SCS16A CF3MGB12230CF8M (A351)SCS14A ZG0Cr18Ni12Mo2TiGB12230CF8C (A351)SCC21CF8C GB12230CF-8(A748)SCS13A ZG0Cr18Ni9GB12230CF-8M (A748)SCS14A ZG0Cr18Ni12Mo2TiGB12230CF-8C (A748)SCS21CF8C GB12230CF-3M (A743)SCS16A CF3M GB12230铸钢CF-8M4(A743)SCS14A CF-8M4GB12230CF-8(A744)SCS13A CF8GB12230CF-8M (A744)SCS14A CF8M GB12230CF-8C (A744)SCS21CF8C GB12230CF-3(A744)SCS19A CF3GB12230铸钢CF-3M (A744)SCS16ACF3MGB12230特殊用耐热性Cr-Ni系奥氏体铸钢一般用耐热性Cr-Ni系GB1348GB12227球墨铸铁高温高压用碳素钢Gr100-70-08FCD70QT700-2QT400-18GB1348GB12227Gr80-55-06QT600-3GB1348GB12227灰铸铁Gr60-40-18(A536)FCD40GB9439GB12226GB9439GB12226GB9439GB12226GB9439GB12226HT300铸钢CLN O 40A FC30CLN O 25A (A48)FC20用合金钢FCD60CLN O 50A FC35HT350HT200CLN O 35AFC25HT250。
中外钢材质对照表
资料转换到中国的标准/替代材料 (包括附件及内部)
美国标准 A283-C A285-C A516-70 A516-60 A36 钢板 A240 TP304 A240 TP304L A240 TP316 A240 TP316L A240 TP317 A240 TP317L A53A,B A106B A312-TP304 管道 A312-TP304L A312-TP316 A312-TP316L A312-TP317L A179 A249 TP304 A249 TP304L A249 TP316 管 A249 TP316L A249 TP317L A213 TP304 A213 TP304L A213 TP316L 317J1SS 日本标准 SS400 SB410 SGV480/ SGV410 SS400 SUS304 SUS304L SUS316 SUS316L SUS317 SUS317L STPG370 STPT370 SUS304TP SUS304LTP SUS316TP SUS316LTP SUS317LTP STB340 SUS304TB SUS304LB SUS316TB SUS316LTB SUS317LTB SUS304TB SUS304LTB SUS316LTB 317J1SS 国标 Q235-A,B,C 20R,16MnR 16MnR Q235-A 0Cr18Ni9 0Cr19Ni10 0Cr17Ni12Mo2 0Cr17Ni14Mo2 0Cr19Ni13Mo3 00Cr19Ni13Mo3 10,20 20 0Cr18Ni9 00Cr19Ni10 0Cr17Ni12Mo2 00Cr17Ni12Mo2 00Cr19Ni13Mo3 10,20 0Cr18Ni9 00Cr19Ni10 0Cr17Ni12Mo2 00Cr17Ni12Mo2 00Cr19Ni13Mo3 0Cr18Ni9 00Cr19Ni10 00Cr17Ni14Mo2 N/A 标准 GB/T3274-1988 GB6654-1996 GB6654-1996 GB/T3274-1988 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T8163-1999 GB9948-88 GB/T8163-1999 GB9948-88 GB/T14976-2002 GB/T14976-2002 GB/T14976-2002 GB/T14976-2002 GB/T14976-2002 GB9948-88 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91
欧美电子产品数据手册说明书
Eaton 167706Eaton Moeller series xEffect - FRCmM-NA RCCB. Residual currentcircuit breaker (RCCB), 40A, 4p, 30mA, type G/A, UL, 110VGeneral specificationsEaton Moeller series xEffect - FRCmM-NA RCCB167706FRCMM-40/4/003-G/A-NA-110401508164247280 mm71 mm70 mm0.32 kg RoHS conformUL 1053ÖVE E 8601 IEC/EN 61008 EN45545-2 IEC 61373Additionally protects against special forms of residual pulsating DC which have not been smoothed.Product Name Catalog NumberModel CodeEAN Product Length/Depth Product Height Product Width Product Weight Compliances Certifications Catalog Notes40 AIs the panel builder's responsibility. The specifications for the switchgear must be observed.7035-35 °CMeets the product standard's requirements.Is the panel builder's responsibility. The specifications for the switchgear must be observed.DIN railQuick attachment with 2 latch positions for DIN-rail IEC/EN 6071540 ADoes not apply, since the entire switchgear needs to be evaluated.0.03 A100 V AC - 210 V AC, 94 V AC - 132 V AC (UL)Meets the product standard's requirements.Short time-delayed8 ms delay at 60 Hz10 ms delay at 50 HzInterlocking device500 A eaton-rcd-application-guide-br019003en-en-us.pdfUL 1053 DIN Rail RCCBEaton's Volume 4—Circuit Protectioneaton-xeffect-industrial-switchgear-range-catalog-ca003002en-en-us.pdf eaton-xeffect-frcmm-na-rccb-catalog-ca003019en-en-us.pdfDA-DC-03_FRCmeaton-circuit-breaker-xeffect-frcmm-na-rccb-dimensions.epsMA180503312DA-CD-f9_ul1053_4pDA-CS-f9_ul1053_4pEaton Specification Sheet - 167706eaton-circuit-breaker-xeffect-frcmm-rccb-wiring-diagram-002.eps eaton-xeffect-frcmm-rccb-wiring-diagram-002.jpgRated operational current for specified heat dissipation (In) 10.11 Short-circuit ratingRAL-numberPermitted storage and transport temperature - min10.4 Clearances and creepage distances10.12 Electromagnetic compatibilityMounting MethodAmperage Rating10.2.5 LiftingRated fault current - maxTest circuit range10.2.3.1 Verification of thermal stability of enclosures Tripping timeFitted with:Rated residual making and breaking capacity Application notesBrochuresCatalogsCertification reports DrawingsInstallation instructions mCAD model Specifications and datasheets Wiring diagramsFrequency rating50 Hz / 60 Hz10.8 Connections for external conductorsIs the panel builder's responsibility.Fault current rating30 mATerminal protectionFinger and hand touch safe, DGUV VS3, EN 50274Special featuresFRCmM-NA-110Residual current circuitbreakersType G/A (ÖVE E 8601)Sensitivity typePulse-current sensitiveAmbient operating temperature - max40 °CHeat dissipation per pole, current-dependent3.275 WClimatic proofing25-55 °C / 90-95% relative humidity according to IEC 60068-2Built-in depth70.5 mmShort-circuit ratingMax. admissible back-up fuse: 63 A gG/gL, 70 A class J fuse (UL)FeaturesResidual current circuit breakerAdditional equipment possibleLifespan, electrical4000 operationsTerminal capacity (cable)M5 (with cross-recessed screw as defined in EN ISO 4757-Z2, PZ2)Connectable conductor cross section (solid-core) - min1.5 mm²Contact position indicator colorRed / green10.9.3 Impulse withstand voltageIs the panel builder's responsibility.Number of polesFour-poleTerminal capacity (solid wire)1.5 mm² - 35 mm²Ambient operating temperature - min-25 °C10.6 Incorporation of switching devices and componentsDoes not apply, since the entire switchgear needs to be evaluated.Rated short-circuit strength5 kA (UL, as per CSA)10 kA with back-up fuse10.5 Protection against electric shockDoes not apply, since the entire switchgear needs to be evaluated.Used withFRCmM-NA-110Type G/A (�VE E 8601)Residual current circuit breakersMounting positionAs requiredEquipment heat dissipation, current-dependent13.1 W10.13 Mechanical functionThe device meets the requirements, provided the information in the instruction leaflet (IL) is observed.10.2.6 Mechanical impactDoes not apply, since the entire switchgear needs to be evaluated.10.9.4 Testing of enclosures made of insulating materialIs the panel builder's responsibility.ApplicationSwitchgear for 110-V systems10.3 Degree of protection of assembliesDoes not apply, since the entire switchgear needs to be evaluated.Voltage rating (IEC/EN 60947-2)110/190 VVoltage typeACTerminal capacity (stranded cable)16 mm² (2x)Leakage current typeAFrame45 mmBuilt-in width (number of units)70 mm (4 SU)Terminals (top and bottom)Lift terminalsAmbient humdity range5 - 95 %Impulse withstand current3 kA (8/20 μs) surge-proofWidth in number of modular spacings410.2.3.2 Verification of resistance of insulating materials to normal heatMeets the product standard's requirements.10.2.3.3 Resist. of insul. mat. to abnormal heat/fire by internal elect. effectsMeets the product standard's requirements.Lifespan, mechanical10000 operationsStatus indicationWhite / blue10.9.2 Power-frequency electric strengthIs the panel builder's responsibility.Connectable conductor cross section (solid-core) - max35 mm²Degree of protectionIP20, IP40 with suitable enclosureIP20Rated short-time withstand current (Icw)10 kAOvervoltage tested - max530 VPollution degree210.7 Internal electrical circuits and connectionsIs the panel builder's responsibility.Connectable conductor cross section (multi-wired) - min 1.5 mm²Rated impulse withstand voltage (Uimp)4 kV10.10 Temperature riseThe panel builder is responsible for the temperature rise calculation. Eaton will provide heat dissipation data for the devices.FunctionsShort-time delayed trippingVoltage rating (UL)208/120 V, 60 HzConnectable conductor cross section (multi-wired) - max 16 mm²TypeCurrent test marks as perinscriptionMaximum operatingtemperature is 75 °C:Starting at 40 °C, the max.permissible continuouscurrent decreases by 2.5%for every 1 °CThe maximum operatingcurrent of back-up fuse mustnot exceed the residualcurrent circuit breaker'srated operational current10.2.2 Corrosion resistanceMeets the product standard's requirements.10.2.4 Resistance to ultra-violet (UV) radiationMeets the product standard's requirements.10.2.7 InscriptionsMeets the product standard's requirements.Eaton Corporation plc Eaton House30 Pembroke Road Dublin 4, Ireland © 2023 Eaton. All Rights Reserved. Eaton is a registered trademark.All other trademarks areproperty of their respectiveowners./socialmedia3 kA60 °C40 A gG/gL0.03 A 22 mA190 V440 VSurge current capacity Permitted storage and transport temperature - max Admissible back-up fuse overload - max Rated fault current - min Pick-up current Rated operational voltage (Ue) - max Rated insulation voltage (Ui)。
A2(A4)-70材质304(316)
A4-70与316的耐腐蚀性基本相当
A4-70不是316,它是紧固件的的表达方式。
紧固件件制造厂可以用满足A4所有的材料来制造,这种标注方式注重机械性能。
成分可以看紧固件相关标准。
一般来讲A4-70,可以用下列材料来制造。
00Cr17Ni14Mo2
00Cr17Ni12Mo2
00Cr17Ni13Mo2N
这些材料与316的耐腐蚀性基本相当。
A2-70意思是:A代表奥氏体不锈钢4代表316材质
70代表标准件的抗拉力度不得小于700
A4-70意思是
A是代表奥氏体不锈钢
4代表是SUS316
70代表标准件的抗拉力度不得小于700
A2 304 和A4 316 70代表每平方毫米的抗拉强度时700N
A2-70,A4-80等性能标记表示的是由奥氏体不锈钢材料制造的紧固件,由于奥氏体不锈钢的材料种类比较多,所以,每一种名称所表示的均不是一个钢号,而是一类钢号。
性能标记由材料组别和性能等级两部分组成:第一部分代号(“-”前)表示材料组别;第二部分数字(“-”后)表示产品的性能等级,其数字为公称抗拉强度(σb,N/mm*mm)的1/10。
材料组别分为A、C、F三类;A类表示奥氏体钢A1~A5;具体详见
GB3098.6-2000。
补充:以上所列美国AISI/ASTM中的钢号分别对应中国的奥氏体型钢号为:304-0Cr19Ni9(0Cr18Ni9)
316-0Cr17Ni12Mo2
316L-00Cr17Ni14Mo2
317-0Cr19Ni13Mo3
317L-00Cr19Ni13Mo3(00Cr17Ni14Mo3)。
美标国标金属材质对照表(其中GB材质为老标)
MATERIAL CONVERSION/SUBSTITUTION TO CHINESE STANDARD MATERIAL (Including Attachments and internals)
ASTM A283-C A285-C A516-70 A516-60 A36 PLATE A240 TP304 A240 TP304L A240 TP316 A240 TP316L A240 TP317 A240 TP317L A53A,B A106B A312-TP304 PIPE A312-TP304L A312-TP316 A312-TP316L A312-TP317L A179 A249 TP304 A249 TP304L A249 TP316 A249 TP316L TUBE A249 TP317L A213 TP304 A213 TP304L A213 TP316L 317J1SS SUS317LTB SUS304TB SUS304LTB SUS316LTB 317J1SS 00Cr19Ni13Mo3 0Cr18Ni9 00Cr19Ni10 00Cr17Ni14Mo2 N/A GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 JIS SS400 SB410 SGV480/ SGV410 SS400 SUS304 SUS304L SUS316 SUS316L SUS317 SUS317L STPG370 STPT370 SUS304TP SUS304LTP SUS316TP SUS316LTP SUS317LTP STB340 SUS304TB SUS304LB SUS316TB SUS316LTB GB Q235-A,B,C 20R,16MnR 16MnR Q235-A 0Cr18Ni9 0Cr19Ni10 0Cr17Ni12Mo2 0Cr17Ni14Mo2 0Cr19Ni13Mo3 00Cr19Ni13Mo3 10,20 20 0Cr18Ni9 00Cr19Ni10 0Cr17Ni12Mo2 00Cr17Ni12Mo2 00Cr19Ni13Mo3 10,20 0Cr18Ni9 00Cr19Ni10 0Cr17Ni12Mo2 00Cr17Ni12Mo2 GB NO GB/T3274-1988 GB6654-1996 GB6654-1996 GB/T3274-1988 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T8163-1999 GB9948-88 GB/T8163-1999 GB9948-88 GB/T14976-2002 GB/T14976-2002 GB/T14976-2002 GB/T14976-2002 GB/T14976-2002 GB9948-88 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91
美标国标金属材质对照表
MATERIAL CONVERSION/SUBSTITUTION TO CHINESE STANDARD MATERIAL (Including Attachments and internals)
ASTM A283-C A285-C A516-70 A516-60 A36 PLATE A240 TP304 A240 TP304L A240 TP316 A240 TP316L A240 TP317 A240 TP317L A53A,B A106B A312-TP304 PIPE A312-TP304L A312-TP316 A312-TP316L A312-TP317L A179 A249 TP304 A249 TP304L A249 TP316 A249 TP316L TUBE A249 TP317L A213 TP304 A213 TP304L A213 TP316L 317J1SS SUS317LTB SUS304TB SUS304LTB SUS316LTB 317J1SS 00Cr19Ni13Mo3 0Cr18Ni9 00Cr19Ni10 00Cr17Ni14Mo2 N/A GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91 JIS SS400 SB410 SGV480/ SGV410 SS400 SUS304 SUS304L SUS316 SUS316L SUS317 SUS317L STPG370 STPT370 SUS304TP SUS304LTP SUS316TP SUS316LTP SUS317LTP STB340 SUS304TB SUS304LB SUS316TB SUS316LTB GB Q235-A,B,C 20R,16MnR 16MnR Q235-A 0Cr18Ni9 0Cr19Ni10 0Cr17Ni12Mo2 0Cr17Ni14Mo2 0Cr19Ni13Mo3 00Cr19Ni13Mo3 10,20 20 0Cr18Ni9 00Cr19Ni10 0Cr17Ni12Mo2 00Cr17Ni12Mo2 00Cr19Ni13Mo3 10,20 0Cr18Ni9 00Cr19Ni10 0Cr17Ni12Mo2 00Cr17Ni12Mo2 GB NO GB/T3274-1988 GB6654-1996 GB6654-1996 GB/T3274-1988 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T4237-92 GB/T8163-1999 GB9948-88 GB/T8163-1999 GB9948-88 GB/T14976-2002 GB/T14976-2002 GB/T14976-2002 GB/T14976-2002 GB/T14976-2002 GB9948-88 GB/T13296-91 GB/T13296-91 GB/T13296-91 GB/T13296-91
OPAx316-Q1 产品数据表说明书
V = 1 +V V R R 11 + sR C((((Product Folder Order Now Technical Documents Tools &SoftwareSupport &CommunityOPA316-Q1,OPA2316-Q1,OPA4316-Q1ZHCSFY0A –NOVEMBER 2016–REVISED JANUARY 2017OPAx316-Q110MHz 、轨到轨输入/输出、低电压、1.8V CMOS 运算放大器1特性•符合汽车类应用的标准•具有符合AEC-Q100标准的下列结果:–器件温度1级:-40℃至+125℃的环境运行温度范围–器件人体放电模型(HBM)静电放电(ESD)分类等级3A–器件带电器件模型(CDM)ESD 分类等级•单位增益带宽:10MHz •低I Q :每通道400µA•宽电源电压范围:1.8V 至5.5V •低噪声:1kHz 时为11nV/√Hz •低输入偏置电流:±5pA •偏移电压:±0.5mV •单位增益稳定•内部射频干扰(RFI)/电磁干扰(EMI)滤波器•扩展温度范围:–40°C 至+125°C2应用•汽车标准:–高级驾驶员辅助系统(ADAS)–车身电子装置和照明–电流感测–电池管理系统3说明OPAx316-Q1系列单通道和双通道运算放大器是新一代低功耗、通用运算放大器的典型代表。
轨到轨输入和输出摆幅、低静态电流(每通道的典型值为400μA )等特性与10MHz 的较宽带宽和超低噪声(1kHz 时为11nV/√Hz )相结合,因此适用于要求兼具快速特性与良好功率比的电路。
低输入偏置电流支持的运算放大器适用于源阻抗高达兆欧级的应用。
OPAx316-Q1的低输入偏置电流产生的电流噪声极低,该器件因此备受高阻抗传感器接口的青睐。
OPAx316-Q1采用稳健耐用的设计,方便电路设计人员使用。
美标材料密度
Copper & Copper Alloys CDA 101 OFE 8.89 CDA 102 OFE 8.89 CDA 103 8.89 CDA 110 ETP 8.89 CDA 114 STP 8.91 CDA 122 DHP 8.94 CDA 151 CDA 172 8.23 CDA 173 CDA 182 CDA 194 HSM 8.78 CDA 195 CDA 220 Com. Bronze 8.80 CDA 230 Red Brass 8.75 CDA 260 Cartridge Br. 8.53 CDA 268 Yellow Brass 8.47 CDA 272 CDA 274 CDA 280 Muntz Metal 8.39 CDA 316 Leaded Bronze 8.83 CDA 330 CDA 345 CDA 353 CDA 360 FC Brass 8.49 CDA 365 CDA 443 Admiralty Br. 8.52 CDA 464 Naval Brass 8.41 CDA 485 Leaded Naval 8.44 CDA 510 Phos. Bronze 8.86 CDA 519 CDA 521 CDA 610 CDA 613 8.50 CDA 614 Al Bronze D 8.45 CDA 623 CDA 624 CDA 625 CDA 630 Ni Al Bronze 7.58 CDA 632 CDA 642 Al Bronze 7.69 CDA 651 CDA 655 High Silicon 8.52 CDA 673 CDA 674 CDA 675 Mn Bronze A 8.63 CDA 687 Al Brass 8.33 CDA 706 (90/10) 8.94 CDA 710 (80/20) 8.94 CDA 715 (70/30) 8.94 CDA 722 CDA 752 CDA 836 8.80 CDA 838 CDA 844 CDA 845
施达电子 SmartLine 系列压力变送器 STF700 產品說明書 说明书
SmartLine简介作为SmartLine®产品系列的成员,STF700是一种采用先进传感器技术的高性能单法兰变送器。
STF700变送器可以直接安装到设备法兰上,并有多种平法兰和凸法兰可供选择。
STF700可在多种差压测量中提供极高的测量精确度和稳定性。
SmartLine系列还经过了充分测试,符合Experion® PKS标准,可提供最高水平的兼容性保证和集成能力。
SmartLine产品可轻松满足差压测量应用的最苛刻的要求。
同类最佳的特性:●校验量程的精度高达0.065%,0.04%可选●每年的稳定性高达0.020%/满量程,保持10年●自动静压和温度补偿●高达100:1的量程比●响应时间快达90ms●易于使用和直观的显示功能●完善的自诊断功能●基于ANSI/NFPA 70-202和ANSI/ISA 12.27.0集成双重密封设计,可确保最高安全性●世界一流的过压保护●标准配置完全符合SIL2/3要求量程和范围限制:型号量程上限URLkPa 量程下限LRLkPa最大量程kPa最小量程kPaSTF725 100-1001001 STF72P 100-1001001 STF735 700-7007007 STF73P700-7007007图1 STF700单法兰变送器有丰富现场业绩的传感器技术700说明SmartLine 系列压力变送器均基于高性能的传感器设计。
这一个传感器实际集成了多个传感器,将过程压力测量与静态压力(DP 型号)及用于温度补偿的温度测量相结合,从而实现了最佳的总体性能。
显示表头选项标准LCD 显示表头● 模块化(可以在现场增加或拆除)● 支持HART 协议● 0、90、180 和 270 度位置调整●测量单位包括:Pa 、kPa 、MPa 、KGcm2、T orr 、ATM 、 i4H 2O 、mH 2O 、bar 、mbar 、inH 2O 、inHG 、FTH 2O 、 mmH 2O 、mmHG 和psi 等测量单位● 大屏幕显示(高9.95mm x 宽4.20mm )2行,8个字符● 平方根输出指示和写保护提示●显示模块带有内部组态按钮,可通过内部或外部按键对变送器进行设置、调校自诊断功能SmartLine 变送器全部提供能以数字方式访问的诊断,这有助于提供可能的故障事件高级报警,从而最大限度缩减计划外停车,实现更低的整体工作成本。
材料选用指南
材料选用指南供稿:OMEGA 工业测量下表可作为根据过程流体选择热电偶护套和套管材料的指南。
其中包括催化反应、污染和电解等因素。
但是,在很多情况下,还必须考虑其它因素。
建议将这类特殊应用报告给OMEGA ,获得相关推荐。
这些推荐仅是基于最经济实惠的材料选择原则提供的指导。
如果这些推荐没有满足具体应用的要求,OMEGA 不对此承担责任。
物质 状态 推荐金属 醋酸溶剂 粗制或提纯Monel 或镍 醋酸 10% - 21˚C (70˚F) 304不锈钢 " " 50% - 21˚C (70˚F) 304不锈钢 " " 50% - 100˚C (212˚F)316不锈钢" " 99% - 21˚C (70˚F) 430不锈钢" "99% - 100˚C (212˚F) 430不锈钢 无水醋酸Monel丙酮 100˚C (212˚F)304不锈钢 乙炔304、 Monel 、镍 乙醇 21˚C (70˚F) 304不锈钢 " " 100˚C (212˚F)304不锈钢 甲醇 21˚C (70˚F)304不锈钢 " " 100˚C (212˚F)304不锈钢 铝 熔化 铸铁 醋酸铝 饱和 304不锈钢 硫酸铝 10% - 21˚C (70˚F) 304不锈钢 " " 饱和21˚C (70˚F) 304不锈钢 " " 10% - 100˚C (212˚F) 316不锈钢 " " 饱和100˚C (212˚F) 316不锈钢 物质 状态 推荐金属 醋酸乙酯Monel 氯乙烷 21˚C (70˚F)304不锈钢乙二醇钢(C1018)硫酸乙酯 21˚C (70˚F) Monel氯化铁1% - 21˚C (70˚F)316不锈钢" "5% - 21˚C(70˚F) 钽" "5% -沸腾 钽硫酸铁5% - 21˚C (70˚F) 304不锈钢硫酸亚铁 稀释21˚C (70˚F) 304不锈钢 甲醛304不锈钢氟利昂钢(C1018) 甲酸5% - 21˚C (70˚F) 316不锈钢" "5% - 66˚C (150˚F) 316不锈钢鞣酸 5% - 21˚C(70˚F) Monel" " 5% - 66˚C(150˚F)Monel汽油 21˚C (70˚F)304不锈钢葡萄糖 21˚C (70˚F)304不锈钢 甘油 21˚C (70˚F)304不锈钢 Glycerol304不锈钢 热处理 446不锈钢 物质 状态推荐金属溴化钾21˚C(70˚F) 316不锈钢碳酸钾 1% - 21˚C(70˚F) 304不锈钢氯酸钾 21˚C21˚C (70˚F) 304不锈钢 氯化钾5%-21˚C (70˚F) 304不锈钢" "5% - 100˚C (212˚F)304不锈钢 氢氧化钾 5% -21˚C (70˚F)304不锈钢 " "25% -100˚C (212˚F) 304不锈钢 " "50% -100˚C (212˚F)316不锈钢 硝酸钾5% -21˚C (70˚F)304不锈钢 " "5% -100˚C (212˚F) 304不锈钢 高锰酸钾 5% -21˚C (70˚F)304不锈钢 硫酸钾5% -21˚C (70˚F) 304不锈钢 " "5% -100˚C304不锈钢氨各种浓度21˚C (70˚F)304不锈钢氯化铵各种浓度100˚C (212˚F)316不锈钢硝酸铵各种浓度21˚C (70˚F)304不锈钢" " 各种浓度100˚C (212˚F)304不锈钢硫酸铵5% - 21˚C(70˚F)304不锈钢" " 10% - 100˚C(212˚F)316不锈钢" " 饱和100˚C(212˚F)316不锈钢苯胺各种浓度21˚C (70˚F)304不锈钢醋酸戊酯Monel沥青钢(C1018)磷青铜、Monel 、镍碳酸钡21˚C (70˚F)304不锈钢氯化钡5% - 21˚C(70˚F)Monel" " 饱和21˚C(70˚F)Monel" " 含水-热态316不锈钢氢氧化钡钢(C1018) 硫酸钡镍铬合金苯21˚C (70˚F)304不锈钢轻质汽油钢(C1018)、Monel、Inconel粗苯热态304不锈钢硼酸5%热态或冷态304不锈钢溴21˚C (70˚F)钽氢溴酸48% - 100˚C(212˚F)HastelloyB盐酸1% - 21˚C(70˚F)HastelloyC" "1% - 100˚C(212˚F)HastelloyB" "5% - 21˚C(70˚F)HastelloyC" "5% - 100˚C(212˚F)HastelloyB" "25% - 21˚C(70˚F)HastelloyB" "25% - 100˚C(212˚F)HastelloyB氢氰酸316不锈钢氢氟酸HastelloyC过氧化氢21˚C (70˚F)316不锈钢" " 100˚C (212˚F)316不锈钢硫化氢干和湿316不锈钢碘21˚C (70˚F)钽煤油21˚C (70˚F)304不锈钢乳酸5% - 21˚C(70˚F)304不锈钢" "5% - 66˚C(150˚F)316不锈钢" "10% - 100˚C(212˚F)钽漆21˚C (70˚F)316不锈钢胶乳钢(C1018)石硫合剂钢(C1018)、304不锈钢、Monel亚麻籽油21˚C (70˚F)304不锈钢氯化镁 5% - 21˚C M onel(212˚F)硫化钾21˚C(70˚F)304不锈钢丙烷304不锈钢连苯三酚304不锈钢重硫酸奎宁干316不锈钢硫酸奎宁干304不锈钢树脂304不锈钢松香熔化304不锈钢海水MonelSalommoniac Monel水杨酸镍虫胶304不锈钢皂21˚C(70˚F)304不锈钢碳酸氢钠各种浓度21˚C(70˚F)304不锈钢" "5% -66˚C(150˚F)304不锈钢硫酸氢钠Monel碳酸钠5% -21˚C(70˚F)304不锈钢" "5% -66˚C(150˚F)304不锈钢氯化钠5% -21˚C(70˚F)316不锈钢" "5% -66˚C(150˚F)316不锈钢" "饱和-21˚C(70˚F)316不锈钢" "饱和-100˚C(212˚F)316不锈钢氟化钠5% -21˚C(70˚F)Monel氢氧化钠304不锈钢丁二烯铜、304不锈钢 丁烷 21˚C (70˚F)304不锈钢 醋酸异丁脂 Monel丁醇铜 丁烯 钢(C1018)、 磷青铜 丁酸5% - 21˚C (70˚F) 304不锈钢 " " 5% - 66˚C (150˚F) 304不锈钢 亚硫酸氢钙 21˚C (70˚F)316不锈钢 氯酸钙稀释21˚C (70˚F) 304不锈钢 " "稀释66˚C (150˚F) 304不锈钢氢氧化钙10% - 100˚C (212˚F) 304不锈钢" " 20% - 100˚C (212˚F) 304不锈钢 " " 50% - 100˚C (212˚F) 317不锈钢 石碳酸 全部100˚C (212˚F) 316不锈钢二氧化碳干 钢(C1018)、Monel" " 湿铝、Monel 、镍四氯化碳10% - 70˚F, Monel苛性二氯乙醚316不锈钢、317不锈钢 氯气 干21˚C (70˚F) 317不锈钢" " 潮湿21˚C (70˚F) HastelloyC " " 潮湿100˚C (212˚F) HastelloyC(70˚F)" " 5% - 100˚C (212˚F) 镍硫酸镁冷态和热态Monel 苹果酸 冷态和热态 316不锈钢汞钢(C1018)、304 、甲烷 21˚C (70˚F) 钢(1020)牛奶304、镍 混合酸20号Carpenter (硫酸和硝酸 -所有温度和%) 糖蜜钢(C1018)、304不锈钢Monel 、镍 氢氯酸 21˚C (70˚F) 钽Nap 试剂 21˚C (70˚F)304不锈钢天然气 21˚C (70˚F)304不锈钢 氖 21˚C (70˚F)304不锈钢氯化镍 21˚C (70˚F)304不锈钢硫酸镍 冷态和热态304不锈钢 硝酸5% - 21˚C (70˚F) 304不锈钢 " "20% - 21˚C (70˚F) 304不锈钢 " "50% - 21˚C (70˚F) 304不锈钢 " "50% - 100˚C (212˚F) 304不锈钢 " "65% - 100˚C (212˚F) 316不锈钢次氯化钠 5%蒸馏 316不锈钢 硝酸钠熔融 317不锈钢 过氧化钠304不锈钢 磷酸钠钢(C1018) 硅酸钠钢(C1018)硫酸钠21˚C(70˚F)304不锈钢硫化钠21˚C(70˚F) 316不锈钢亚硫酸钠66˚C (150˚F) 304不锈钢 蒸汽304不锈钢 硬脂酸304不锈钢二氧化硫潮湿气体-21˚C(70˚F) 316不锈钢" "气体-300˚C (575˚F) 304不锈钢 硫干-熔化 304不锈钢" 湿 316不锈钢 硫酸 5% - 21˚C (70˚F) 20号Carp 、 Hastelloy B " " 5% - 100˚C (212˚F) 20号Carp 、 Hastelloy B " " 10% - 21˚C (70˚F) 20号Carp 、 Hastelloy B " "10% - 100˚C (212˚F) 20号Carp、Hastelloy B" " 50% - 21˚C(70˚F) 20号Carp、Hastelloy B " " 50% - 100˚C (212˚F) 20号Carp 、 Hastelloy B " " 90% - 21˚C (70˚F) 20号Carp 、 Hastelloy B铬酸5% - 21˚C(70˚F)304不锈钢" " 10% - 100˚C(212˚F)316不锈钢" " 50% - 100˚C(212˚F)316不锈钢柠檬酸15% - 21˚C(70˚F)304不锈钢" " 15% - 100˚C(212˚F)316不锈钢" " 浓缩100˚C(212˚F)317不锈钢煤焦油热态304不锈钢焦炉煤气铝硝酸铜304, 316 硫酸铜304, 316制芯油316不锈钢棉籽油钢(C1018)、Monel、镍甲氧甲酚304不锈钢原木焦油钢(C 1018)、Monel 、镍氰气304不锈钢道氏热载体钢(C1018)泻盐热态和冷态304不锈钢" "浓缩- 21˚C(70˚F)304不锈钢" "浓缩- 100˚C(212˚F)钽硝基苯21˚C (70˚F)304不锈钢亚硝酸304不锈钢油酸21˚C (70˚F)316不锈钢发烟硫酸21˚C (70˚F)316不锈钢草酸5% -冷态和热态304不锈钢" "10% - 100˚C(212˚F)Monel氧21˚C (70˚F)钢(C1018)氧21˚C (70˚F)钢(C1018)" 液体304不锈钢棕榈酸316不锈钢石油醚苯酚304不锈钢戊烷304不锈钢磷酸1% - 21˚C(70˚F)304不锈钢" "5% - 21˚C(70˚F)304不锈钢" "10% - 21˚C(70˚F)316不锈钢" "10% - 100˚C(212˚F)HastelloyC" "30% - 21˚C(70˚F)HastelloyB苦味酸21˚C (70˚F)304不锈钢" "90% -100˚C(212˚F)Hastelloy D丹宁酸70˚F304不锈钢焦油钢(C1018) 、304 、Monel、镍酒石酸21˚C(70˚F)304不锈钢" "66˚C(150˚F)316不锈钢锡熔化铸铁Tolvene 铝、磷光体铜、Monel三氯乙烯钢(C1018)松脂304不锈钢清漆304不锈钢植物油钢(C1018) 、304 、Monel醋304不锈钢水淡水铜、钢(C1018) 、水淡水铜、钢(C1018) 、水淡水铜、钢(C1018) 、Monel" 盐水铝威士忌、酒304不锈钢、镍二甲苯铜锌熔化铸铁氯化锌Monel硫酸锌5% -21˚C(70˚F)304不锈钢" "饱和-21˚C(70˚F)304不锈钢" "25% -100˚C304不锈钢(212˚F)。
YC_橡套电缆技术全参数
额定电压 V 300/300 300/500
整卷 室温
450/750 整卷 室温
实用文档
实验电压
v
电压施加时间
min
2000 5
(二)电焊机电缆: 1、产品依据 GB5023-1997 标准; 2、电缆的长期允许工作温度应不超过 65℃; 3、成品电缆应经受表 A 规定的交流 50Hz 浸水电压实验; 4、成品电缆应经受表 B 规定的交流 50Hz 浸水电压实验; 5、成品电缆应经受表 C 规定的静态曲线实验。
三相系统用电缆的 U0 值推荐如下表: The values U0 recommended for cables to be used in three-phase systems are listed below:
使用特性 Operating characteristics . 工频额定电压 U0/U 为 0.6/1kv~26/35kv.
Rated power frequency voltage U0/U:0.6/1KV~26/35KV. PVC 绝缘电缆导体的长期最高工作温度为 70℃。XLPE 绝缘电缆导体的长期允许最高工作温
11.12 12.82 14.40 19.52 23.00 27.80 32.18 37.28 42.24 46.70
165.84 227.29 293.87 575.35 768.09 1110.39 1488.80 1997.12 2621.53 3328.67
11.91 13.73 15.40 20.95 24.00 29.79 34.46 30.87
53
3×25+1×10
30.67
1628.45
73
3×35+1×10
crc70规格书
crc70规格书【原创实用版】目录1.CRC70 简介2.CRC70 规格参数3.CRC70 功能特点4.CRC70 应用领域5.CRC70 发展前景正文【1.CRC70 简介】CRC70 是一种新型的高性能数据传输技术,它的全称是 Cyclic Redundancy Check 70,即 70 位循环冗余校验。
这种技术广泛应用于各种数据传输系统和通信设备中,主要目的是为了保证数据传输的正确性和完整性。
【2.CRC70 规格参数】CRC70 规格书的主要参数包括以下几个方面:(1)数据位长度:CRC70 支持的数据位长度为 0-63 位,其中 70 位是固定的校验位。
(2)校验方式:CRC70 采用多项式除法进行校验,多项式的最高次数为 64。
(3)传输速率:CRC70 支持的传输速率范围为 1Mbps-10Gbps。
(4)误码率:在典型的应用场景下,CRC70 的误码率可以控制在 10^-9 以下。
【3.CRC70 功能特点】CRC70 具有以下几个功能特点:(1)高性能:CRC70 的校验速度非常快,可以满足高速数据传输的需求。
(2)高可靠性:CRC70 的校验算法可以有效地检测出数据传输中的错误,保证数据的正确性和完整性。
(3)灵活性:CRC70 支持多种数据位长度和校验方式,可以根据实际应用需求进行配置。
【4.CRC70 应用领域】CRC70 技术广泛应用于各种通信设备和数据传输系统中,包括但不限于:(1)网络通信:CRC70 可以用于保证网络数据包的正确传输。
(2)存储设备:CRC70 可以用于保证存储设备的数据完整性。
(3)工业控制:CRC70 可以用于保证工业控制设备的数据正确性。
【5.CRC70 发展前景】随着科技的发展,数据传输的速度和量都在不断增加,CRC70 技术作为保证数据传输正确性和完整性的重要手段,其发展前景非常广阔。
第1页共1页。
基于MC3361和C1971,C1970功率放大的无线半双工调频对讲机
无线对讲机制作原理30.275MHz 调频一、主要技术指标:1.频率:30.275MHz2.调制方式:调频3 频偏:5KHz5.通信方式:同频单工6.电源电压:9.6V 10%(镍镉充电电池8节,负极接地。
有些机型是6节)7.消耗电流:静噪守候:10mA以下接收:150mA以下近程发射:远程发射:0.7A以下8.载频输出功率:2w9.接收灵敏度:1.0uV以下(信噪比12dB以上)1 0.静噪灵敏度:0.5uV11.中频频率:455 KHz12.音频不失真功率:大于200 nlw1 3.体积:125 x 55 x 30 mm14.重量:二、工作原理整机由接收和发射两部分组成,两部分除天线和阻抗匹配电路外,其它电路都是相互独立的。
1、接收机由天线接收到的高频无线电信号经L1,L2,c1,c2,c4组成的低通滤波器滤除频带以外的干扰信号,经c6送至D1,D2和L3组成选频电路,这个选频电路谐振频率为30.275MHz,选出对讲机发来的载频信号,而滤除其它干扰电波.经c7送到N1和N2组成的联级高频信号放大电路进行高频放大,这种联级高频信号放大电路具有增益高,工作稳定,无须使用中和电容等优点,N1组成共射电路,N2接成共基电路,共射电路具有增益高的优点,而共基电路具有工作稳定的特点,经N1,N2放大后的高频信号由L4,c9,T1,c12组成双调谐回路再次选频后经c16送入ICl(MC3361)的16脚内部混频级进行混频.N3和CRY1,L5等元件组成本机振荡器,L5和相应的回路电容谐振于10.243MHz的三次谐波上,即1 0.24333x3=30.730MHz,它比发射频率30.275MHz(10.0917的三倍频,即10.0917MHzx3=30. 275MHz)高出一个中频455kHz(即30.730—30.275=0.455MHz),本振信号也送到Icl的第1脚,在Icl内部进行混频。
Ic1(Mc3361)是窄带调频接收专用集成电路,其内部包含振荡器,混频器,高增益的限幅中频放大器,鉴频器和有源滤波器,静噪触发电路及音频放大电路。
郡士色表——精选推荐
郡⼠⾊表郡⽒⽔溶性涂料---Hobby Color Aqueous Paint编号Index 汉语⾊彩名H1 ⽩H2 ⿊H3 红H4 黄H5 蓝H6 绿H7 棕H8 银H9 ⾦H10 铜H11 哑⽩H12 哑⿊H13 哑红H14 橙H15 亮蓝H16 黄绿H17 Cocoa棕H18 钢/⿊铁H19 粉H20 消光漆/哑⾊H21 降⽩H22 灰H23 明红H24 橙黄H25 天蓝H26 亮绿H27 ⾰H28 ⾦属⿊/青铁H29 鲑粉H30 罩光漆/透明⾊H31 ⽩绿H32 ⽥野灰1H33 苹果褐H34 奶黄H35 钴蓝H36 暗绿H37 ⽊棕H38 铁红/⾚铁H39 紫H40 消光剂/哑⾊添加剂H41 苍绿H42 蓝灰H43 葡萄酒红/栗⾊H44 ⾁H45 淡蓝H46 翠绿H47 红棕H48 ⽥野灰2H49 紫罗兰H50 莱姆绿H51 淡海鸥灰/浅海灰H52 橄榄褐1H53 中灰H54 海军蓝H55 午夜蓝H56 中蓝H57 飞机灰H58 内部绿H59 IJN绿/浓绿1H60 IJA绿/浓绿2H61 IJN灰/明灰⽩1H62 IJA灰/明灰⽩2H63 ⾦属蓝绿/青⽵H64 RLM71暗绿H65 RLM70⿊绿H66 RLM79沙褐H67 RLM65淡蓝H68 RLM74暗灰H69 RLM75灰H70 RLM02灰H71 中⽯(RAF)H72 暗⼟(RAF)H73 暗绿(RN/RAF)H74 天/鸭蛋绿(RN/RAF) H75 暗海灰(RAF)H76 烧铁H77 胎⿊H78 橄榄褐2H79 沙黄H80 卡其绿H81 卡其H82 军舰暗灰1H83 军舰暗灰2H84 红⽊H85 帆布H86 洋红H87 ⾦属红H88 ⾦属蓝H89 ⾦属绿H90 透明红H91 透明黄H92 透明橙H93 透明蓝H94 透明绿H95 烟灰H96 烟蓝H97 荧光黄H98 荧光橙H99 荧光粉H100 荧光绿H301 灰FS36081H302 绿FS34092H303 绿FS34102H304 橄榄褐FS34087 H305 灰FS36118H306 灰FS36270H307 灰FS36320H308 淡⿁灰FS36375 H309 暗绿FS34079H310 暗⾰FS30219H311 伪装灰FS36622 H312 苍绿FS34227H313 沙FS33531H314 鸭蛋蓝FS35622 H315 灰FS16440H316 光泽⽩FS17875 H317 暗海鸥灰FS36231 H318 雷达罩H319 淡绿/淡松叶H320 暗绿/浓松叶H321 淡棕/黄⼟H322 氰蓝H323 淡蓝H324 淡灰H325 灰FS26440H326 蓝FS15044H327 红FS11136H328 蓝FS15050H329 黄FS13538H330 暗绿BS381C/641 H331 暗海灰BS381C/638 H332 飞机灰BS381C/627 H333 暗海灰BS381C/640 H334 麦灰BS4800/18B21 H335 中海灰BS381C/637 H336 ⿇BS4800/10B21 H337 灰蓝FS35237H338 淡灰FS36495H339 引擎灰FS16081H340 ⽥野绿FS34097H341 黄沙H342 油污H343 煤灰H344 锈红H345 颗粒蓝H346 颗粒沙郡⽒硝基涂料---Mr.Color Oil-based Paint1 光泽⽩2 光泽⿊3 光泽红4 光泽黄5 光泽蓝6 光泽绿7 棕8 银9 ⾦10 铜11 淡海鸥灰12 橄榄褐113 半光中灰14 半光海军蓝15 半光IJN中岛绿16 半光IJA绿17 RLM71暗绿18 半光RLM70⿊绿19 半光沙褐20 半光淡蓝21 半光中⽯22 半光暗⼟23 暗绿224 天25 暗海灰26鸭蛋绿27 内部绿28 钢/⿊铁29 半光舰底红30 消光剂/哑⾊添加剂31 暗灰132 战舰暗灰233 哑⿊34 光泽天蓝35 三菱IJN灰36 半光RLM74灰绿37 RLM75紫灰38 橄榄褐239 暗黄/沙黄40 德国灰41 红褐42 红⽊43 ⽊棕44 甲板⾰45 帆布46 罩光漆/透明⾊47 光泽透明红48 透明黄49 光泽透明橙50 透明蓝51 半光⾁52 ⽥野灰254 哑卡其绿55 卡其56 IJA灰/明灰⽩257 ⾦属蓝绿/青⽵58 半光橙黄59 光泽橙60 半光RLM02灰61 烧铁62 哑⽩63 光泽粉64 光泽黄绿65 光泽亮蓝66 光泽亮绿67 光泽紫68 光泽洋红69 光泽降⽩70 暗绿71 午夜蓝72 半光中蓝73 光泽飞机灰74 空军蓝75 ⾦属红76 ⾦属蓝77 ⾦属绿78 ⾦属⿊79 光泽明红80 半光钴蓝81 苹果褐90 明银92 半光⿊100 葡萄酒红/栗⾊101 烟灰102 烟蓝107 ⼈型⽩108 ⼈型红109 ⼈型黄110 ⼈型蓝111 ⼈型⾁1112 ⼈型⾁2113 RLM04黄114 RLM23红115 RLM65淡蓝116 RLM66⿊灰117 RLM76淡蓝118 RLM78淡蓝119 RLM79沙黄120 RLM80橄榄绿121 RLM81紫褐122 RLM82淡绿123 RLM83暗绿124 三菱暗绿125 引擎罩126 三菱仪表板127 中岛仪表板128 灰绿129 中岛暗绿130 川崎暗绿131 螺旋桨132 ⼟绿133 ⼟134 草绿135 俄国绿136 俄国绿2151 珠光⽩152 珠光绿153 珠光红154 珠光蓝155 特级罩光漆/透明⾊156 特级⽩4157 特级⿊158 特级意⼤利灰159 特级银160 珠光橙红201 荧光红202 荧光黄203 荧光橙204 荧光粉207 荧光绿301 灰FS36081302 绿FS34092303 绿FS34102304 橄榄褐FS34087 305 灰FS36118306 灰FS36270307 灰FS36320308 灰FS36375309 绿FS34079310 棕FS30219311 灰FS36622312 绿FS34227313 黄FS33531314 蓝FS35622315 灰FS16440316 光泽⽩FS17875 317 灰FS36231318 雷达罩319 淡绿320 暗绿321 淡褐322 氰蓝323 淡蓝324 淡灰325 灰FS26440326 蓝FS15044327 红FS11136328 蓝FS15050329 黄FS13538330 暗绿BS381C/641331 暗海灰BS381C/638332 淡飞机灰BS381C/627333 暗海灰BS381C/640334 麦灰BS4800/18B21335 中海灰BS381C/637336 ⿇BS4800/10B21337 灰蓝FS35237338 淡灰FS36495339 引擎灰FS16081340 ⽥野绿FS34097郡⽒硝基⾦属漆---Mr.Metal ColorMr. Metal Color211 铬银212 ⽣铁213 不锈钢214 熟铁215 铜216 青铜217 ⾦219 黄铜郡⼠辅料编号名称特征说明B501 ⽔性罐喷-光油 86ml 涂装后增加模型整体的光泽 (多⽤于民⽤车辆)B502 ⽔性罐喷-半光油 86ml 涂装后的模型整体光泽统⼀ (多⽤于飞机)B503 ⽔性罐喷-消光 86ml 涂装后的模型降低光泽度 (多⽤于军事模型)B504 ⾦属打底补⼟罐喷 100ml 在⾦属\电镀件\蚀刻⽚表⾯增强漆的附着⼒B505 罐喷补⼟-1000 100ml 在模型图装前打底、统⼀底⾊ 1000⽬B506 罐喷补⼟-500 100ml 在模型图装前打底、统⼀底⾊ 500⽬B511 罐喷⽩补⼟-1000 180ml 在模型图装前打底、统⼀底⾊ 1000⽬⽩⾊B513 罐喷罩光漆 170ml 涂装后增加模型整体的光泽(多⽤于民⽤车辆)B514 罐喷消光漆 170ml 涂装后的模型降低光泽度(多⽤于军事模型)B515 罐喷补⼟-1200 180ml 在模型图装前打底、统⼀底⾊ 1200⽬B516 罐喷半光油 170ml 涂装后的模型整体光泽统⼀(多⽤于飞机)B517 罐喷树脂/⾦属专⽤补⼟ 180ml 在⾦属\电镀件\蚀刻⽚表⾯增强漆的附着⼒B518 罐喷⽩补⼟-1000 180ml 在模型图装前打底、统⼀底⾊ 1000⽬⽩⾊B519 罐喷补⼟-1000 170ml 在模型图装前打底、统⼀底⾊ 1000⽬Cxxx 油性漆 10mlC030 消光剂 10ml 降低油性漆光泽度的添加剂C046 透明漆-光泽 10ml 涂装后增加模型整体的光泽(多⽤于民⽤车辆)CL184 超级光油 40ml 光泽度更⾼的罩光漆CS107 新世纪福⾳战⼠套装漆特定机体颜⾊套装CS108 新世纪福⾳战⼠套装漆特定机体颜⾊套装D173 模型调漆⽫ 11个模型漆调⾊时使⽤的⼩器⽫GUGM01 ⾼达画线笔(分涂装⽤、勾线⽤) ⽤于⾼达模型的上⾊Hxxx ⽔性漆 10mlHS13 ⽔性涂料套装(10⾊、笔及调漆⽫) 内含基本颜⾊,可⾃⾏配⾊HS21 模型旧化漆套装模型旧化专⽤涂料M131 喷涂彩绘⽤蓝⾊遮盖液 25ml ⽤于分⾊涂装时遮挡M132 喷涂彩绘⽤透明遮盖液 25ml ⽤于分⾊涂装时遮挡MC124 胶⽔ 25ml ⽤于粘接模型零件MC127 胶⽔ 40ml ⽤于粘接模型零件MCxxx ⾦属系油性漆 10mlMS231 贴纸软化剂 40ml 使贴纸和模型贴合更紧密MS232 贴纸软化剂接着剂 40ml 不仅起软化作⽤还带有背胶成分P118 管装补⼟ 25g ⽤于模型表⾯的补缝、添洞PA142 喷笔专⽤⽓罐 170ml 代替⽓泵为喷笔提供⾼压⽓源PS152 简易喷笔MK-1型 0.4mm ⽓罐及喷笔PS153 简易喷笔MK-2型⽓罐及喷笔⼝径0.2,0.4mmPS154 简易喷笔MK-3型⼤⽓罐及喷笔(含笔架) ⼝径0.2,0.4mmPS257 喷笔清洁⽤稀料防扩散收集罐PS261 ⾼级⾦属喷笔(单动) 0.3mm 模型图装⽤喷笔PS262 ⾼级⾦属喷笔(双动) 0.3mm 模型图装⽤喷笔RP261 瓶装树脂/⾦属专⽤补⼟ 40ml 在⾦属\电镀件\蚀刻⽚表⾯增强漆的附着⼒SB222 调漆瓶模型漆调配专⽤的玻璃瓶SF242 ⾦属底漆 40ml 在⾦属表⾯增强漆的附着⼒(多⽤于蚀刻⽚)SF283 瓶装⽩补⼟-1000 40ml 在模型图装前打底、统⼀底⾊(强遮盖型)SF284 瓶装补⼟-1000 40ml 在模型图装前打底、统⼀底⾊ 1000⽬SF285 瓶装补⼟-500 40ml 在模型图装前打底、统⼀底⾊ 500⽬SM01 超级银 18ml 超级⾦属漆,覆盖⼒强,颗粒极细SM02 超级⾦ 18ml 超级⾦属漆,覆盖⼒强,颗粒极细SM03 超级铁 18ml 超级⾦属漆,覆盖⼒强,颗粒极细SM04 超级不锈钢 18ml 超级⾦属漆,覆盖⼒强,颗粒极细T101 超级溶剂 50ml 可稀释⽔性、油性漆,图装必备T102 超级溶剂 110ml 可稀释⽔性、油性漆,图装必备T103 超级溶剂 250ml 可稀释⽔性、油性漆,图装必备T104 超级溶剂 400ml 可稀释⽔性、油性漆,图装必备T105 笔痕消除剂 40ml 添加到漆中,能减少⼿涂产⽣的笔痕T106 超级溶剂-⾼纯 110ml 可稀释⽔性、油性漆,⾼纯度型T107 ⼯具专⽤清洁液 80ml 涂装⼯具清洗专⽤,溶解⼒强T108 超级溶剂-⾼纯 400ml 可稀释⽔性、油性漆,⾼纯度型T109 涂料清洗剂 450ml 涂装⼯具清洗专⽤,溶解⼒强君仕硝基涂料---Mr.COLOR"哑"指⽆光泽"IJA","IJN","RLM"," FS","BS"是各国制定的不同⾊表的⾊系名称"RAF"是皇家空军(Royal Air Force)的缩写"RN"是皇家海军(Royal Navy)的缩写1 光泽⽩2 光泽⿊3 光泽红4 光泽黄5 光泽蓝6 光泽绿7 棕8 银9 ⾦10 铜11 淡海鸥灰12 橄榄褐113 半光中灰14 半光海军蓝15 半光IJN中岛绿16 半光IJA绿17 RLM71暗绿18 半光RLM70⿊绿19 半光沙褐21 半光中⽯22 半光暗⼟23 暗绿224 天25 暗海灰26 鸭蛋绿27 内部绿28 钢/⿊铁29 半光舰底红30 消光剂/哑⾊添加剂31 暗灰132 战舰暗灰233 哑⿊34 光泽天蓝35 三菱IJN灰36 半光RLM74灰绿37 RLM75紫灰38 橄榄褐239 暗黄/沙黄40 德国灰41 红褐42 红⽊43 ⽊棕44 甲板⾰45 帆布46 罩光漆/透明⾊47 光泽透明红48 透明黄49 光泽透明橙50 透明蓝51 半光⾁52 ⽥野灰254 哑卡其绿55 卡其56 IJA灰/明灰⽩257 ⾦属蓝绿/青⽵58 半光橙黄59 光泽橙60 半光RLM02灰61 烧铁62 哑⽩63 光泽粉64 光泽黄绿65 光泽亮蓝66 光泽亮绿67 光泽紫68 光泽洋红69 光泽降⽩70 暗绿71 午夜蓝72 半光中蓝73 光泽飞机灰74 空军蓝75 ⾦属红76 ⾦属蓝77 ⾦属绿78 ⾦属⿊79 光泽明红80 半光钴蓝81 苹果褐90 明银100 葡萄酒红/栗⾊101 烟灰102 烟蓝107 ⼈型⽩108 ⼈型红109 ⼈型黄110 ⼈型蓝111 ⼈型⾁1112 ⼈型⾁2113 RLM04黄114 RLM23红115 RLM65淡蓝116 RLM66⿊灰117 RLM76淡蓝118 RLM78淡蓝119 RLM79沙黄120 RLM80橄榄绿121 RLM81紫褐122 RLM82淡绿123 RLM83暗绿124 三菱暗绿125 引擎罩126 三菱仪表板127 中岛仪表板128 灰绿129 中岛暗绿130 川崎暗绿131 螺旋桨132 ⼟绿133 ⼟134 草绿135 俄国绿136 俄国绿2151 珠光⽩152 珠光绿153 珠光红154 珠光蓝155 特级罩光漆/透明⾊156 特级⽩4157 特级⿊158 特级意⼤利灰159 特级银160 珠光橙红201 荧光红202 荧光黄203 荧光橙204 荧光粉207 荧光绿301 灰FS36081302 绿FS34092303 绿FS34102304 橄榄褐FS34087 305 灰FS36118306 灰FS36270307 灰FS36320308 灰FS36375309 绿FS34079310 棕FS30219311 灰FS36622312 绿FS34227313 黄FS33531314 蓝FS35622315 灰FS16440316 光泽⽩FS17875317 灰FS36231318 雷达罩319 淡绿320 暗绿321 淡褐322 氰蓝323 淡蓝324 淡灰325 灰FS26440326 蓝FS15044327 红FS11136328 蓝FS15050329 黄FS13538330 暗绿BS381C/641331 暗海灰BS381C/638332 淡飞机灰BS381C/627 333 暗海灰BS381C/640334 麦灰BS4800/18B21335 中海灰BS381C/637336 ⿇BS4800/10B21337 灰蓝FS35237338 淡灰FS36495339 引擎灰FS16081340 ⽥野绿FS34097郡仕⽔溶性涂料---Hobby Color H1 ⽩H2 ⿊H3 红H4 黄H5 蓝H6 绿H7 棕H8 银H9 ⾦H10 铜H11 哑⽩H12 哑⿊H13 哑红H14 橙H15 亮蓝H16 黄绿H17 Cocoa棕H18 钢/⿊铁H19 粉H20 消光漆/哑⾊H21 降⽩H22 灰H23 明红H24 橙黄H25 天蓝H26 亮绿H27 ⾰H28 ⾦属⿊/青铁H29 鲑粉H30 罩光漆/透明⾊H31 ⽩绿H36 暗绿H37 ⽊棕H38 铁红/⾚铁H39 紫H40 消光剂/哑⾊添加剂H41 苍绿H42 蓝灰H43 葡萄酒红/栗⾊H44 ⾁H45 淡蓝H46 翠绿H47 红棕H48 ⽥野灰2H49 紫罗兰H50 莱姆绿H51 淡海鸥灰/浅海灰H52 橄榄褐1H53 中灰H54 海军蓝H55 午夜蓝H56 中蓝H57 飞机灰H58 内部绿H59 IJN绿/浓绿1H60 IJA绿/浓绿2H61 IJN灰/明灰⽩1H62 IJA灰/明灰⽩2H63 ⾦属蓝绿/青⽵H64 RLM71暗绿H65 RLM70⿊绿H66 RLM79沙褐H67 RLM65淡蓝H68 RLM74暗灰H69 RLM75灰H70 RLM02灰H71 中⽯(RAF)H72 暗⼟(RAF)H73 暗绿(RN/RAF)H74 天/鸭蛋绿(RN/RAF) H75 暗海灰(RAF)H76 烧铁H77 胎⿊H78 橄榄褐2H79 沙黄H80 卡其绿H81 卡其H82 军舰暗灰1H83 军舰暗灰2H84 红⽊H85 帆布H86 洋红H87 ⾦属红H88 ⾦属蓝H89 ⾦属绿H90 透明红H91 透明黄H92 透明橙H93 透明蓝H98 荧光橙H99 荧光粉H100 荧光绿H301 灰FS36081H302 绿FS34092H303 绿FS34102H304 橄榄褐FS34087H305 灰FS36118H306 灰FS36270H307 灰FS36320H308 淡⿁灰FS36375H309 暗绿FS34079H310 暗⾰FS30219H311 伪装灰FS36622H312 苍绿FS34227H313 沙FS33531H314 鸭蛋蓝FS35622H315 灰FS16440H316 光泽⽩FS17875H317 暗海鸥灰FS36231H318 雷达罩H319 淡绿/淡松叶H320 暗绿/浓松叶H321 淡棕/黄⼟H322 氰蓝H323 淡蓝H324 淡灰H325 灰FS26440H326 蓝FS15044H327 红FS11136H328 蓝FS15050H329 黄FS13538H330 暗绿BS381C/641H331 暗海灰BS381C/638H332 飞机灰BS381C/627H333 暗海灰BS381C/640H334 麦灰BS4800/18B21H335 中海灰BS381C/637H336 ⿇BS4800/10B21H337 灰蓝FS35237H338 淡灰FS36495H339 引擎灰FS16081H340 ⽥野绿FS34097H341 黄沙H342 油污H343 煤灰H344 锈红H345 颗粒蓝H346 颗粒沙郡仕硝基⾦属漆---Mr.Metal Color 211 铬银212 ⽣铁213 不锈钢214 熟铁215 铜郡仕⾼达漆笔---Gundam Marker GM01 渗线⿊GM02 渗线灰GM03 渗线棕GM04 ⾦GM05 银GM06 ⾼达蓝GM07 ⾼达红GM08 ⾼达黄GM09 ⾼达绿GM10 ⾼达⿊GM11 ⾼达⽩GM12 ⾼达灰GM13 ⾼达⾦属灰GM14 ⾼达荧光粉GM15 ⾼达荧光绿GM16 ⾼达⾦属红GM17 ⾼达⾦属蓝GM18 ⾼达⾦属绿GM19 ⾼达⾦属紫GM20 圆头渗线⿊⽥宫涂料⾊表X系列⾊号名称X-20A ⽔性溶剂(46ml)X-20A ⽔性溶剂(250ml) X-1 亮光⿊X-2 亮光⽩X-3 亮光品蓝X-4 亮光蓝X-5 亮光绿X-6 亮光橙X-7 亮光红X-8 亮光柠檬黄X-9 亮光棕X-10 枪⾦属X-11 银X-12 ⾦X-13 ⾦属蓝X-14 亮光天蓝X-15 亮光浅绿X-16 亮光紫X-17 亮光粉X-18 半光泽⿊X-19 亮光烟⾊X-20 ⽔性溶剂(10ml)X-21 消光剂X-22 亮光透明X-23 亮光透明蓝X-24 亮光透明黄X-25 亮光透明绿X-26 亮光透明橙X-27 亮光透明红X-28 亮光园林绿X-31 钛⾦⾊X-32 钛银⾊X-33 青铜⾊X-34 ⾦属棕XF系列⾊号名称XF-1 消光⿊XF-2 消光⽩XF-3 消光黄XF-4 消光黄绿XF-5 消光绿XF-6 ⾦属铜XF-7 消光红XF-8 消光蓝XF-9 消光船底红XF-10 消光棕XF-11⽇海军军机绿XF-12⽇海军军机灰XF-13⽇空军军机绿XF-14 ⽇空军军机灰XF-15 肌⾁⾊XF-16 ⾦属铝XF-17 消光海蓝XF-18 消光中度蓝XF-19 消光天灰XF-20 消光中度灰XF-21 消光天⾊XF-22 消光RLM灰XF-23 消光浅蓝XF-24 消光暗灰XF-25 消光浅海灰XF-26 消光深绿XF-27 消光墨绿XF-28 消光暗铜XF-49 消光卡其XF-50 消光原野蓝XF-51 消光卡其褐XF-52 消光泥⼟XF-53 消光灰XF-54 消光暗海灰XF-55 消光甲板XF-56 消光⾦属灰XF-57 消光⽪⾰XF-58 消光橄榄绿XF-59 消光沙漠黄XF-60 消光暗黄XF-61 消光暗绿XF-62 消光橄榄褐XF-63 消光德国灰XF-64 消光红棕XF-65 消光原野灰XF-66 消光浅灰XF-67 消光北约迷彩绿XF-68 消光北约迷彩棕XF-69 消光北约迷彩⿊XF-70 ⽇海军军机暗绿2 XF-71⽇海军军机座舱绿PS系列⾊号名称PS-1 ⽩PS-2 红PS-3 浅蓝PS-4 蓝PS-5 ⿊PS-6 黄PS-7 橙PS-8 浅绿PS-9 绿PS-10 紫PS-11 粉PS-12 银PS-13 ⾦PS-14 铜PS-15 ⾦属红PS-16 ⾦属蓝PS-17 ⾦属绿PS-18 ⾦属紫PS-19 骆驼黄PS-20 荧光红PS-21 园林绿PS-22 赛车绿PS-23 枪⾦属PS-24 荧光橙PS-25 亮光绿PS-26 亮光透明PS-27 荧光黄PS-28 荧光绿PS-29 荧光粉PS-30 亮光蓝PS-31 烟灰PS-32 Crosa灰PS-33 樱桃红PS-34 鲜红PS-36 半透明银PS-37 半透明红PS-38 半透明蓝PS-39 半透明浅蓝PS-40 半透明粉PS-41 亮光银AS系列⾊号名称AS-1 暗绿(⽇海军军机)AS-2 浅灰⽩(⽇海军军机)AS-3 灰绿(德空军军机)AS-4 紫罗兰灰(德空军军机)AS-5 浅蓝(德空军军机)AS-6 橄榄褐(⼆战美军军机)AS-7 灰(⼆战美军军机)AS-8 海军蓝(美海军军机)AS-9 暗绿(英空军军机)AS-10 海灰(英空军军机)AS-11 中度海灰(英空军军机) AS-12 铝⾦属蒙⽪AS-13 绿(美空军军机)AS-14 橄榄绿(美空军军机)AS-15 棕黄(美空军军机)AS-16 浅灰(美空军军机)AS-17 暗绿(⽇空军军机)AS-18 浅灰(⽇空军军机)AS-19 中度灰(美海军军机)AS-20 象⽛⽩(美海军军机)AS-21 暗绿⾊2(⽇本海军零战)AS-22 暗泥⼟AS-23 浅绿(德空军军机)AS-24 暗绿(德空军军机)TS系列⾊号名称TS-1 消光红棕TS-2 消光暗绿TS-3 消光暗黄TS-4 消光德国灰TS-5 消光橄榄褐TS-6 消光⿊TS-7 亮光赛车⽩TS-8 亮光意⼤利红TS-9 亮光不列颠绿TS-10 亮光法兰西蓝TS-11 亮光栗⾊TS-12 亮光橙⾊TS-13 亮光透明TS-13亮光透明TS-14 亮光⿊TS-15 亮光蓝TS-16 亮光黄TS-17 ⾦属铝⾊TS-18 ⾦属红TS-19 ⾦属蓝TS-20 ⾦属绿TS-21 ⾦⾊TS-22 亮光浅绿TS-23 亮光浅蓝TS-24 亮光紫⾊TS-25 亮光粉TS-26 亮光⽩TS-27 消光⽩TS-28 消光浅橄榄褐TS-29 半亮光⿊TS-30 银⾊TS-31 亮光橙⾊TS-32 消光烟灰⾊TS-33 消光船底红TS-34 亮光骆驼黄⾊TS-35 亮光园林绿TS-36 荧光红TS-37 亮光熏⾐草⾊TS-38 ⾦属枪铁⾊TS-39 亮光云母红TS-40 ⾦属⾊黒TS-41 亮光珊瑚蓝TS-42 浅枪铁⾊TS-43 亮光赛车绿TS-44 亮光亮蓝⾊TS-45 亮光珠光⽩TS-46 消光沙漠黄TS-47 亮光洛黄⾊TS-48 消光炮艇灰TS-49 亮光鲜红TS-50 ⾦属云母蓝TS-51 ⾦属Telefonica蓝TS-52 亮光川崎蓝TS-53 ⾦属深蓝TS-54 ⾦属浅蓝TS-55 亮光暗蓝TS-56 亮光亮橙TS-57 亮光紫罗兰TS-58 亮光浅珍珠蓝TS-59 亮光浅珍珠红TS-60 亮光浅珍珠绿TS-61 北约迷彩消光绿TS-62 北约迷彩消光棕TS-63 北约迷彩消光⿊。
- 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)。
“IT 园地”/
6。你用Visual Studio .NET 开发了一个基于Windows 的应用程序,这个应用程 序可以访问Microsoft SQL Server 数据库。你的应用程序包含一个名叫 CustomerForm 的窗体。你添加了一个名为designtime 的组件到窗体中: 名为TestKingConnection 的SqlConnection 对象; 名为TestKingDataAdapter 的SqlDataAdapter 对象; 名为TestKingDataSet 的DataSet 对象; 5 个TextBox 控件用来保存TestKingDataSet 的值。 在设计时,你将每个TextBox 控件的DataBindings 属性设置为TestKingDataSet 对象的DataTable 的适当的列。 当你调试应用程序时, 你能成功地连接到数据库, 然而, 没有数据显示在任何一个TextBox 中。你需要修改你的应用程序代码确保 数据能适当地显示。当CustomerForm.Load 事件处理器运行时,将发生哪个行 为? A. 调用TextBoxes 的DataBindings collection 的Add 方法, 并将 TestKingDataSet 作为参数传给它; B.调用TestKingDataSet 的BeginInit 方法; C.调用TestKingConnection 的Open 方法; D.调用TestKingDataAdapter 的FillSchema 方法,并将TestKingDataSet 作为参 数 传给它; E.调用TestKingDataAdapter 的Fill 方法,并将TestKingDataSet 作为参数传给 它; 正确答案:E 7.你使用Visual Studio .NET 来创建一个基于Windows 的应用程序。这个应用程 序包含一个名叫TestKingForm 的窗体,TestKingForm 包含15 个控件使用户可 以 设置应用程序的一些基本配置。你设计这些控件,当用户调整TestKingForm 窗体 的大小时,控件可以动态调整它们自己的大小和位置。窗体最初的大小是650 x 700 像素。如果调整窗体,使窗体小于500 x 600 像素,那么控件就不会正确显 示了,你必须确保用户不能把窗体调整到小于500 x 600 像素。哪两个操作可以 使你完成配置TestKingForm 窗体(选择两个) A. 设置MinimumSize 属性为“500,600”. B. 设置MinimumSize 属性为“650,700”. C. 设置MinimizeBox 属性为True. D. 设置MaximumSize 属性为“500,600”. E. S 设置MaximumSize 属性为“650,700”. F. 设置MaximumBox 属性为True. G. 设置Size 属性为“500,600”. H. 设置Size 属性为“650,700”. 答案: A,H 8.你负责维护TestKing 项目小组以前一个同事写的应用程序。这个应用程序负责 读写局域网的日志文件,原作者使用下列调试代码方便维护: try { Debug.WriteLine(“Inside Try”); throw(new IOException());}
“IT 园地”/
} D. try { TestKing(); } catch (Exception e) { CleanUp(e); } finally { LogError(); } Answer: C 4.你使用Visual Studio .NET 来创建一个基于Windows 的应用程序。这个应用程 序包含一个名叫TestKForm 的窗体,他用图片的形式来显示统计时间。你使用 custom graphing 控件去支持这个实现。你必须使用户不能使用TestKForm 的最 大 化和最小化按钮,并不能重新设置窗体大小。 哪三个是你必须要设置的?(每项都是解决方案中的一项,选择三项) A. Set TestKForm.MinimizeBox to False. B. Set TestKForm.MaximizeBox to False. C. Set TestKForm.ControlBox to False. D. Set TestKForm.ImeMode to Disabled. E. Set TestKForm.WindowState to Maximized. F. Set TestKForm.FormBorderStyle to one of the Fixed Styles. G. Set TestKForm.GridSize to the appropriate size. Answer: A, B, F 5. 你开发了一个包含Contact 类的应用程序,Contact 类定义如下: public class Contact{ private string name; public event EventHandler ContactSaved; public string Name { get {return name;} set {name = value;} } public void Save () { // Insert Save code. // Now raise the event. OnSave(); } public virtual void OnSave() { // Raise the event: if (ContactSaved != null) { ContactSaved(this, null); }
“IT 园地”/
} catch(Exception ex) { throw new RequestException(“Exception in AcceptTKRequest”, ex); } 正确答案:A 2. 你是TestKing inc 公司的软件开发者,你要开发一个Windows 窗口来为用户 提供在线帮助。你希望用户按F1 键后就可以获得帮助功能。获得焦点的文本框 控件对应的帮助文本将会在弹出窗口中显示。为了实现这个功能,你需要调用一 个HelpProvider 控件的方法来控制和传递文本框和帮助文本,你该调用哪个方 法? A.SetShowHelp B.SetHelpString C.SetHelpKeyword D.ToString 正确答案:B 3.你要开发一个能输入产品销售记录的基于Windows 的应用程序。 你向其中添加 一个叫做TestKing 的子程序。你发现TestKing 有时在执行时会抛出IO 异常。 为了找到问题所在你创建了两个分别叫做LogError 和CleanUp 的子程序。这两 个子程序满足这样的条件:只有当TestKing 抛出异常时才调用LogError。无论 何时TestKing 完成,CleanUp 都必须被调用。你必须保证你的代码能满足这两 个 条件,下面的语句,你选用哪一项? A. try { TestKing(); LogError(); } catch (Exception e) { CleanUp(e); } B. try { TestKing(); } catch (Exception e) { LogError(e); CleanUp(); } C. try { TestKing(); } catch (Exception e) { LogError(e); } finally { CleanUp();
Version 9.0
1. 你使用Visual Studio .NET 来创建名为Request 的组件。这个组件包括一个名 为AcceptTKRequest 的方法,用来处理新用户对服务的请求。AcceptTKRequest 调用一个名为Validate 的私有函数。你必须确保Validate 遇到的任何异常传递到 Request 的父窗口,由父窗口来响应处理异常。你想用最少的代码来完成这个目 标,你该怎么做? A.在AcceptTKRequest 中使用下列代码段: this.Validate(); B.在AcceptTKRequest 中使用下列代码段: try { this.Validate(); } catch(Exception ex) { throw ex; } C.在AcceptTKRequest 中使用下列代码段: try { this.Validate(); } catch(Exception ex) { throw new Exception(“Exception in AcceptTKRequest”, ex); } D.使用下列代码段来创建一个名为RequestException 的自定义异常类: public class RequestException:ApplicationException { public RequestException():base() { } public RequestException (string message):base(message) { } public RequestException(string message, Exception inner):base(message, inner) { } } 另外,在AcceptTKRequest 中使用下列代码段: try { this.Validate();
“IT 园地”/
} } 你创建了个名为TestKingForm 的窗体, 这个窗体必须包括由Contact 对象引发的 ContactSaved 事件的处理代码。 Contact 对象将会被名为CreateContact 的程序初 始化,你该采 用哪个代码段? A.private void HandleContactSaved() { // Insert event handling code. } private void CreateContact() { Contact oContact = new Contact(); oContact.ContactSaved +=new EventHandler(HandleContactSaved); = “CompanyA”; oContact.Save(); } B.private void HandleContactSaved( object sender, EventArgs e) { // Insert event handling code. } private void CreateContact() { Contact oContact = new Contact(); = “CompanyA”; oContact.Save(); } C.private void HandleContactSaved( object sender, EventArgs e) { // Insert event handling code. } private void CreateContact() { Contact oContact = new Contact(); oContact.ContactSaved +=new EventHandler (HandleContactSaved); = “CompanyA”; oContact.Save(); } D.private void HandleContactSaved(Object sender, EventArgs e) { // Insert eventhandling code. } private void CreateContact() { Contact oContact = new Contact(); new EventHandler(HandleContactSaved); = “CompanyA”; oContact.Save(); } 正确答案:C