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SINAMICS S150 产品说明书

Answers for industry./sinamics-s150SINAMICS S150The Drive Solution for Sophisticated High-Rating Single Motor Drives*Exception: V20 – does not require a selection and configuration tool; G180 is commissioned using the IMS software (Inverter Management Software)2SINAMICS – the optimum drive for each and every applicationThe drive family for drive solutions that are fit for the futureThe SINAMICS family offers the optimum drive for each and every drive application – and all of the drives can be engineered, parameterized, commissioned and operated in a standard fashion.SINAMICS –fit for every application•Wide range of power ratings from 0.12 kW to 120 MW•Available in low-voltage and medium- voltage versions•Standard functionality using a common hardware and software platform •All of the drives can be engineered using just two tools: SIZER – for engineeringSTARTER – for parameterizing and commissioning•High degree of flexibility and combinability3High precision and dynamic response SINAMICS S150 cabinet units are espe-cially suited for variable-speed, single-axis drives with high demands placed on the performance, i.e. drives with •High requirements regarding the dynamic performance•Frequent braking cycles with high-braking energies•Four-quadrant operation•SINAMICS S150 offers high-perfor-mance closed-loop speed control with •high precision and dynamic response.Reliable solution for many applications Variable-speed drives for high-perform- ance process operations are especially applicable for machinery and plant construction in the process and produc- tion industries: Food and beverage, auto- mobile and steel industries, underground/ open-cast mining, marine engineering and cranes/conveyor technology profitCompetitive advantages for plant and machine buildersThe self-commutated, pulsed infeed/regenerative feedback units employing IGBT technology in conjunction with a Clean Power filter guarantee an extraor-dinary line-friendly behavior, which sets itself apart as a result the following properties:•Negligible line harmonics as a result of the innovative Clean Power filter (<< 1 %)•The stringent limit values laid down in IEEE 519-1992 are maintained without any exceptions •Energy recovery(four-quadrant operation)•Tolerant with respect to line voltage fluctuations•Operation on weak line supplies•Reactive power compensation is pos-sible (inductive or capacitive) •High drive dynamic performance Simple drive handling – from engineering through to operation as a result of the •Compact and modular design withoptimum service friendliness •Straightforward engineering•Simple installation, as the units are ready to be connected•Fast, menu-prompted commissioning without complex parameterization Significantly reduced:Space requirement and noise level The SINAMICS S150 drive converter in a standard cabinet is especially quiet and compact because of its state-of-the-art IGBT power semiconductors togetherwith an innovative cooling concept.The new drive qualitySINAMICS S150 drive converter4Consequentially line-friendlyBy impressing almost sinusoidal line currents, the har- monic losses known from conventional drive converters in the line transformer, low-voltage distribution and line feeder cables are avoided. Further, SINAMICS S150 does not cause any basic fundamental reactive power. This is because the line power supply factor cos φ is 1 independent of the load. However, SINAMICS S150 has an especially interesting positive feature as it can feed inductive or capacitive reactive current into the line supply over wide limits. This allows loads caus- ing reactive power that are operating in parallel to be compensated, thus reducing expensive reactive power drawn from the public utility company.As standard, SINAMICS S150 is supplied with anintegrated EMC filter for the second environment (C3) according to EN 61800-3. This means that the drive converter doesn’t result in any inadmissible noise even in the high-frequency range.SINAMICS S150 – precision drive withenergy-saving and line-friendly technologyTo efficiently use energyFor applications where the associated drives operate regeneratively as a result of frequent braking cycles and with high energy levels when braking, then it makes a lot of economic sense to regenerate this energy into the line supply. This is significantly more cost-effective than to convert the energy into heat, for example, using a braking chopper. SINAMICS S150 offers the best prerequisites because not only is it capable of regenerative feedback without any restric- tions, but it does this with the highest precision and dynamic response.5Precision and force for every productionThe optimized inverter functionality of the SINAMICS S150 allows high-precision closed-loop speed and torque control with and without an encoder. Further, the DC link voltage of the SINAMICS S150 is controlled to maintain it at a constant level.This decouples the motor from the effects of the line supply voltage. This means that the highest machine precision is guaranteed, even when the drive system is connected to weak line supplies. This makes this drive the ideal solution, for example, for test stands, centrifuges, elevators, crosscutters,shears, conveyor belts, presses and cable winches.Completely seamless:Totally Integrated AutomationHigh precision and fast processes profit because the intelligence has been shifted into the drive – even for large drives! This is because as the degree of automation increases, then it is essential that the drive system is integrated into the higher- level automation environment. It goes without saying that SINAMICS S150 is part of Totally Integrated Automation (TIA), the unique, common automation platform from Siemens. Totally Integrated Automation sets standards regarding integrated engineering, data manage- ment and communications.6SIZER –minimizes engineering costsThe SIZER for Siemens Drives engineering software decisively simplifies the engi-neering of low-voltage drive systems: Starting from your application, the tool supports you step-by-step when defining the mechanical system as well as when selecting and dimensioning converters, motors and gear units. The tool also allows additional system components to be configured along with the open-loop/closed-loop control.The new level of simplicityPlanning, commissioning and operator control the easy wayDigital DRIVE CLiQ interface: Simply connect up!Seamless communications between the various components is a prerequisite for a modular drive system. The standard digital interface is known as DRIVE CLiQ and connects, as serial interface, the components in the cabinet and the motors.STARTER –speeds up commissioningThe STARTER commissioning tool sup-ports you when parameterizing, com-missioning, troubleshooting and when service is required. A real highlight:Using STARTER, you can import all of the relevant data from the electronic type plates of the drive components. This speeds up parameterization, helps avoid possible incorrect entries and therefore significantly reduces your costs. You can check your parameterization and auto-matically optimize it using the integrated test functions. Setpoints and actual values can be traced and displayed in the and frequency domains. Further, STARTER offers a graphic configuring interface. This provides a good over-view, simple handling and allows safety acceptance reports to be automatically generated.accessibility so that parts and compo- nents can be quickly replaced. This means the highest degree of service friendliness but at the same time an extremely small footprint.1) R ated power of a typical 6-pole standard induction motor based on IL for 3-ph. 500 or 690 V AC,50 Hz.2) T he cabinet height is increased by 250 mm for degree of protection IP21, by 400 mm for degree ofprotection IP23, IP43, IP54 and by 405 mm for the options for line or motor connection from the top.7Follow us on:/siemensindustry /siemensThe information provided in this brochure contains merely general descriptions or characteristics of performance which in case of actual use do not always apply as described or which may change as a result of furtherdevelopment of the products. An obligation to provide the respective characteristics shall only exist if expressly agreed in the terms of contract.All product designations may be trademarks or product names of Siemens AG or supplier companies whose use by third parties for their own purposes could violate the rights of the owners.Siemens AG Industry Sector Large Drives P.O. Box 474390327 NUREMBERG GERMANY Subject to change without prior notice Order No.: E20001-A140-P570-V2-7600 DISPO 21503GD.LD.XX.SISX.52.2.01 WS 10113. Printed in Germany © Siemens AG 2013。

FURUKAWA OFS微型光纤系列产品引导说明书

A Furukawa Company Microcable SolutionsGuideImplementing or upgrading modern Fiber-To-The-Subscriber (FTTx) or underground networks can be complex and challenging. To help make deployment faster and less costly, especially in locations whereand AccuRibbon® Microcable families. These microcables are specificallyAn ideal solution for congested networks, OFS microcables are avail-able in a range of designs to meet the needs of virtually any air-blown installation. With a product line including Telcordia GR-20 compli-the world’s first ribbon microcable, OFS offers a microcable suited for your mostOFS microcables are an excellent choice whethering ducts, installation into unused innerducts orperformance, reliabilityMiDia ® Loose Tube MicrocablesFor providers who prefer loose tube cable designs, OFS offers the MiDia portfolio of microcables. Specifi -cally designed for exceptional air-blown installation performance, these microcables can help to lower deployment costs while increasing capacity and fiber density in limited spaces. By allowing providers to deploy fiber only as needed, MiDia microcables help to defer initial investment costs while providing the flexibility needed for future technology upgrades.MiDia ® Micro FX Cable• Rifled outer jacket reduces friction for enhanced installation perfor -mance• Optimized 1.7 mm buffer tubes and outer jacket thickness support long, continuous blowing distances.• Telcordia GR-20 compliant (as a special applications cable)• Crush resistance equivalent to larger, heavier outside plant cables (200 N/cm)• Fiber counts from 2 to 144MiDia Micro FX CableMiDia 200 Micro FX CableMiDia ® 200 Micro FX Cable• Even greater capacity for fiber density and cost saving opportu -nities• Space-efficient, 200 micron bend-optimized fibers create a highly compact cable with a greater fiber count per buffer tube• Up to a 100% higher density per cable helps maximize network duct sys-tems and infrastructure• Outer jacket and 1.7 mm buffer tubes optimized for continuous, long blow-ing distances• Fiber counts of 96 to 288MiDia ® Micro GX Cable• Small diameter, lightweight design helps save time and money whileretaining ease of installation• 1.5 mm buffer tubes and outer jacket engineered to maximize air-blown installation performance• High fiber density ratio helps further increase capacity in limited spaces• Fiber counts of 2 to 288MiDia Micro GX CableFor higher-density applicationsAccuRibbon® DuctSaver® Ribbon MicrocablesFor service providers who prefer ribbon cables and the benefits of mass fusion splicing, OFS offers the AccuRibbon DuctSaver product line of microcables. While making optimum use of valuable duct space, these microcables also help maximize the key advantages of air-blown microduct installation - namely, rapid deployment and service activation.AccuRibbon® DuctSaver® FX Microcable• Supports mass fusion splicing for rapid termination and efficient use of space• Outer jacket improves friction coefficient to optimize air-blown deploy-ment• Complies with ICEA, Telcordia and IEC specifications for reliable per-formance• Fiber counts of 6 to 96AccuRibbon DuctSaverFX Cable AccuRibbon DuctSaverDT CableAccuRibbon® DuctSaver® DT Microcable• Gel-free ribbon cable helps reduce cable end preparation time • Helps reduce time spent on splicing and emergency restoration • Removal of cable gels promotes faster splicing with higher first-pass yields for a cleaner work environment• AccuRibbon units support mass fusion splicing• Available with 144 fibersMiDia Micro GX & MiDia200 Micro FX Cable SpecificationsMiDia Micro GX Cable MiDia200 Micro FX CableFiber Count:2-7273-9697-144145-28896 & 144192240 & 288 Buffer Tube Size (mm) 1.5 1.5 1.5 1.5 1.7 1.7 1.7 Fibers per Tube12121212242424Outer Diameter (OD) mm(in) 5.7 (0.23) 6.5 (0.26)8.6 (0.34) 10.2 (0.40) 6.3 (0.25)7.6 (0.30) 9.6 (0.38) Telcordia GR-20No No No No No No No Tensile Rating lb(N)135 (600)180 (800)337 (1500)360 (1600)157 (700)243 (1079)382 (1700) Crush Resistance N/cm50 50 50 80 100100 100 Weight lb/kft (kgf/km)20 (28)26 (39)44 (65)61 (91)26 (40)37 (55)61 (90) Minimum Storage Coil cm(in)46 (18)46 (18)46 (18)46 (18)46 (18)46 (18)46 (18)Operating Temperature -22°F to 158°F(-30°C to 70°C)-22°F to 158°F(-30°C to 70°C)-22°F to 158°F(-30°C to 70°C)-22°F to 158°F(-30°C to 70°C)-22°F to 158°F(-30°C to 70°C)-22°F to 158°F(-30°C to 70°C)-22°F to 158°F(-30°C to 70°C)AccuRibbon DuctSaver Cable SpecificationsAccuRibbon DuctSaver FX Cable AccuRibbon DuctSaver DT Cable Fiber Count: 6 to 4812 to 7284 to 96144 OnlyFibers per AccuRibbon Unit6121212Outer Diameter (OD) mm(in) 5.8 (0.23)7.5 (0.30)9.1 (0.36)10.5 (0.41)Telcordia GR-20Yes Yes No YesTensile Rating lb(N)135 (600)300 (1334)300 (1334)300 (1334)Crush Resistance N/cm220 N/cm220 N/cm220 N/cm220 N/cmWeight lb/kft (kgf/km)33 (49)36 (54)52 (72)131 (190)Minimum Storage Coil cm(in)61 (24)61 (24)61 (24)61 (24)Operating Temperature -40°F to 158°F(-40°C to 70°C)-40°F to 158°F(-40°C to 70°C)-40°F to 158°F(-40°C to 70°C)-40°F to 158°F(-40°C to 70°C)Microduct RecommendationsMininum Microduct Dimensions (OD/ID) mm**Cable & Fiber Count Cable OD mm Duct Installation Direct Buried Installation MiDia Micro FX2-72 6.412/1012.7/1073-96 7.512/1016/1297-144 9.716/1318/14MiDia Micro GX2-72 5.810/812.7/1073-96 6.512/1012.7/1097-144 8.616/1318/14144-288 10.218/1422/17MiDia200 Micro FX96 & 144 6.312/1012.7/10192 7.616/1316/12240 & 288 9.616/1318/14AccuRibbon DuctSaver FX6-48 5.810/812.7/1012-72 7.512/1016/1284-96 9.116/1318/14AccuRibbon DuctSaver DT144 10.518/1422/17Maximum Fiber Count for a Given Microduct - Duct InstallationCable TypeMicroduct Dimensions(OD/ID) mm MiDia Micro FX MiDia MIcro GX MiDia200 Micro FX AccuRibbonDuctSaver FXAccuRibbonDuctSaver DT10/8 N/A* 72N/A48N/A 12/10 96 9614472N/A 16/12 96144192 72N/A 16/1314414428896N/A 18/14 -28828896144 18/15 -28828896144 22/17 -28828896144Maximum Fiber Count for a Given Microduct - Direct Buried InstallationCable TypeMicroduct Dimensions(OD/ID) mm MiDia Micro FX MiDia Micro GX MiDia200 Micro FX AccuRibbonDuctSaver FXAccuRibbonDuctSaver DT12.7/10 72 9614448N/A*16/12 96 9619272N/A18/14144144288 96N/A22/17 -28828896144*Note: N/A denotes“not applicable.“**Note: Minimum duct sizes apply to microduct that is blown into existing innerduct. For direct buried applications of bundled microducts, thick-walled products or the next larger-size microduct are recommended to account for deformation that may occur in the microduct in a direct buried environment. Contact OFS for additional information and recommendations.AllWave For peak performance today and maximum future upgrade capability, ing performance is desired.For help in selecting the right fiber for your microcable application, consult your OFS representative.The Fiber is the Network™: Fiber Choices for Microcable ApplicationsFiber selection is a critical component in the planning of FTTx and microcable deployments. Providers need the proven superior performance and reliability of OFS optical fiber. OFSoffers a complete portfolio of leading-edge, zero water peak (ZWP) and bend-optimized ZWP single-mode optical fibers to meet the needs of your specific microcable application.Outstanding Macrobend PerformanceAllWave FLEX Fiber AllWave FLEX + Fiber • 100 turns on a 25 mm radius mandrel< 0.01 dB @ 1550 nm < 0.05 dB @ 1625 nm • 10 turns on a 15 mm radius mandrel< 0.2 dB @ 1550 nm < 0.5 dB @ 1625 nm • 1 turn on a 10 mm radius mandrel< 0.2 dB @ 1550 nm < 0.5 dB @ 1625 nm• 10 turns on a 15 mm radius mandrel< 0.03 dB @ 1550 nm < 0.1 dB @ 1625 nm • 1 turn on a 10 mm radius mandrel< 0.1 dB @ 1550 nm < 0.2 dB @ 1625 nm • 1 turn on a 7.5 mm radius mandrel< 0.5 dB @ 1550 nm < 1.0 dB @ 1625 nmAttenuation After ITU Specified Hydrogen AgingAllWave ® FLEX ZWP FiberIn deployments that demand benchmark bending performance, our AllWave FLEX ZWP Fiber offers low macrobend and micro -bend loss, along with excellent splicing and PMD performance.AllWave FLEX and FLEX + 200 Micron ZWP FibersThe 200 micron (µm) AllWave FLEX and AllWave FLEX + Bend-Optimized Single-Mode Fibers require 46% less area than conventional 250 µm coated fibers, allowing smaller diameter cables and a greater number of fibers per buffer tube. These fibers offer all the advantages of standard AllWave FLEX fibers along with outstanding macrobend and microbend performance wherever small bend diameters may be encountered.Before deploying any MiDia Microcable, please con-sult OFS Installation Practice IP-055 (March 2014).The MiDia microcable family varies in tensile load rat-ings and diameters based on targeted design appli-cations. MiDia M icro FX Cables comply with Telcor-dia GR-20 standards. Because of their reduced sizeand strength, MiDia Micro G X and MiDia200 Micro FXCables do not comply with Telcordia GR-20 require-ments, but do meet application and industry IECperformance standards. For this reason, extra caremust be taken during the handling and installation ofthese cables.MiDia Microcables are optimized for use in under-ground duct air-blown applications. I n general, MiDiaMicrocables are not recommended for aerial appli-cations since they are not designed to withstand exposure to aerial storm loads.The MiDia Micro FX Cable meets the requirements of the ICEA-640, Section 7.34 Mid-Span Buffer Tube Storage test and is capable of buffer tube storage in above-ground pedestals or underground closures. However, MiDia Micro GX and MiDia200 Micro FX Microcables are not recommended for use in pedestal splicing applications. The combination of small buffer tube diameters, narrow splice trays and potential exposure to extremely low temperatures may create fiber macrobending and increased attenuation in these applications.During installation, it is critical to avoid loading the microcables beyond their maximum rated tensile loads (see Table 1). In addition, care must be taken to avoid bending the cables below their minimum bend diameters (see Table 2).Cable Temperature Characteristics (all fiber counts)Temperature All MiDia Microcables*AccuRibbon DuctSaver FX AcccuRibbon DuctSaver DTOperation-22°F to 158°F (-30°C to 70°C) -40°F to 158°F (-40°C to 70°C)-40°F to 158°F (-40°C to 70°C)Installation5°F to 104°F (-15°C to 40°C)-22°F to 140°F (-30°C to 60°C)-22°F to 140°F (-30°C to 60°C)Storage/Shipping-40°F to 158°F (-40°C to 70°C)-40°F to 167°F (-40°C to 75°C)-40°F to 167°F (-40°C to 75° C)* MiDia Micro GX 288-Fiber Count Cables require a -22°F to 140°F (-30°C to 60°C) operational temperature6-48 Fibers135 (600)67 (298) 12-72 Fibers300 (1335)90 (400) 84-96 Fibers300 (1335)90 (400) AccuRibbon DuctSaver DT144 Fibers300 (1335)90 (400)6-48 Fibers7.0 (175)10.0 (235)24.0 (610) 12-72 Fibers9.0 (225)12.0 (300)24.0 (610) 84-96 Fibers11.0 (275)15.0 (365)24.0 (610) AccuRibbon DuctSaver DT144 Fibers13.0 (315)17.0 (42.0)24.0 (610)Microcable relative performance versus Fortex™ DT Duct Cable (1-5, 5 is best)Product Fiber DensityBlowing performance (distance and speed)Handling/Ruggedness in harsh environments – crush/kink resistance Fiber handlingCoiling & handlingCrush and TensileFortex DT 23555MiDia Micro FX354(GR-20 compliant)4(GR-20 compliant)4MiDia Micro GX45224MiDia 200 Micro FX55332(24 fibers/tube, 200 µm fiber): For more information regarding typical attenuation as well as attenuation parameters on Link Design Value (LDV) (Maximum end-to-end attenuation over a concatenated span), please see OFS Application Note AN-111 which can be downloaded at or contact your OFS representative.THIS PAGE INTENTIONALLY LEFT BLANKAccuRibbon, AllWave, TrueWave,TeraWave, DuctSaver and MiDia are registered。

V4功能设定说明书

主动测量·检测用控制仪PULCOM V4功能设定说明书株式会社东京工程目录第一章概要------------------------------------------------------------------1-1概要------------------------------------------------------------------1-2画面构成------------------------------------------------------------1-3设定条件一览表---------------------------------------------------1-5 第二章设定条件的变更----------------------------------------------------2-1设定条件变更项目-------------------------------------------------2-2基本功能设定条件的变更----------------------------------------2-3扩展功能设定条件的变更----------------------------------------2-5概要PULCOM V4对于各种功能的有/无以及设定值的变更，用键操作就可以简单的进行，举一个例子，由于安装机床的振动，显示数据经常闪动。

此时，设定滤波功能，闪动的显示就能够稳定下来，这样，有效的利用各种功能就可以设定最适宜的测量条件。

在能够设定的条件中，因为是有限制的所以希望在很好的阅读本书，很好的理解内容的基础上进行变更。

在本书中，关于各种功能，用哪一个画面能够变更，进行了说明。

画面构成基板（BCD/二进制）100记忆110记忆信号输出●LED 检查●LCD检查●薄膜键检查●表头检查●零位D/A检查●放大倍率检查旋转开关：G1. G2在各种扩展功能或选择功能有效时才显示。

晶体管启动器配件说明书

Length
Packing qty.
Screw head
SRWKITM5X10MM SRWKITM4X15MM SRWKITM5X23MM SRWKITM5X30MM
M5
10mm
M4
15mm
M5
23mm
M5
30mm
20
Pozidrive PZ2
20
Philips
20
Torx T20
20
Torx T20
- Graphite thermal pad for RG series with adhesive on one side
- Width x Height x Thickness = 14 x 35 x 0.13 mm
- Packing qty. 10 pcs.
Ordering Key
RFHT
- Phase change thermal pad for RF1 - Width x Height x Thickness = 19 x 21 x 0.13 mm - Packing qty. 10 pcs.
Suffix H8 added to SSR part no. refers to factory mounted DIN clip. Conditions apply. Please ask your Sales representative for further details.
Ordering Key
Description 250V module with LED 250V module with LED + varistor across output terminals 250V module with pins for easy removal of RP unit 250V module with pins for easy removal of RP unit + LED 600V module with LED

T15a 15寸2路全频有源专业扬声器系统 CN 产品说明书

感谢您购买产品！请仔细阅读本手册，它将帮助你妥善设置并运行您的系统，使其发挥卓越的性能。

并保留这些说明以供日后参照。

警告：为了降低火灾与电击的风险，请不要将产品暴露在雨中或潮湿环境中。

警告：为了降低电击的风险，非专业人士请勿擅自拆卸该系统。

仅供专业人士操作。

等边三角形中的闪电标记，用以警示用户该部件为非绝缘体，系统内部存在着电压危险，电压。

可能足以引起触电。

可能足以引起触电如系统标有带惊叹号的等边三角形，则是为提示用户严格遵守本用户指南中的操作与维护规定。

注意：请勿对系统或附件作擅自的改装。

未经授权擅自改装将造成安全隐患。

警告：燃不得将明火源(如点的蜡烛)放在器材上面。

1. 请先阅读本说明。

2. 保留这些说明以供日后参照。

3. 注意所有警告信息。

4. 遵守各项操作指示。

5. 不要在雨水中或潮湿环境中使用本产品。

6. 不要将产品靠近热源安装，例如暖气管、加热器、火炉或其它能产生热量的装置（包括功放机）。

7. 不要破坏极性或接地插头的安全性设置。

如果提供的插头不能插入插座，则应当请专业人员更换插座。

8. 保护好电源线和信号线，不要在上面踩踏或拧在一起（尤其是插头插座及穿出机体以外的部分）。

9. 使用厂商规定及符合当地安全标准的附件。

10.雷电或长时间不使用时请断电以防止损坏产品。

12. 不要让物体或液体落入产品内——它们可能引起火灾或触电。

13. 请注意产品外罩上的相关安全标志。

. 仅与厂商指定或与电器一同售出的推车、架子、三脚架、支架或桌子一起使用。

推动小车电/器时，应谨防翻倒。

11注意事项产品的安装调试须由专业人士操作。

在使用非本厂规定的吊装件时，要保证结构的强度并符合当地的安全规范。

警告：1扬声器及扬声器系统的产品有限保修期为自正式购买日起的3年。

由于用户不合理的应用而导致音圈烧毁或纸盆损坏等故障，不包含于产品保修项目。

产品吊附件(包括音箱装配五金件和吊挂配件)的有限保修期为自正式购买日起的1年。

三汇示波器说明书(Ver1.0)

5.3.1 XY格式............................................................................. 24 5.4 菜单框和菜单框选择按钮............................................................ 25 5.5 水平控制..................................................................................... 26
DST4000 和 DST1000 系列数字存储示波器用户手册
i
目录
5.1 显示区 ........................................................................................ 20 5.2 信息区域..................................................................................... 23 5.3 波形显示..................................................................................... 23
三汇系列产品
DST4000 和 DST1000 系列数字存储示波器
Version 1.0
杭州三汇科技有限公司 www.
目录
目录
目录 ...........................................................................................................i 版权申明 .......................................................................................................................................................................v 第 1 章安全事项......................................................................................... 1

(完整版)PLC光分路器型号

表1PLC盒式光分路器设备基本参数表
序号
分光比
PN
适配器/尾纤端子类型
尺寸
(长×宽×高mm)
1
1×2
FCJ-P-1002-B-F-SU/FU/LU/SA/SA/LA-Φ2.0-XX-XX
SC/UPC、FC/UPC、LC/UPC、SC/APC、FC/APC、LC/APC
100mm×80mm×9mm
2
2×2
302mm×180mm×50mm
注*：类型包括：普通光交适配器型、无跳接光交适配器型、尾纤型
SC/UPC、FC/UPC、LC/UPC、SC/APC、FC/APC、LC/APC
482mm×44mm×200mm
10
2×32
FCJ-P-2032-R-A-SU/FU/LU/SA/SA/LA-Φ2.0/Φ0.9-05-05
SC/UPC、FC/UPC、LC/UPC、SC/APC、FC/APC、LC/APC
表4PLC托盘式光分路器设备基本参数表
序号
分光比
PN
适配器/尾纤端子类型
尺寸
(长×宽×高mm)
1
1×2
FCJ-P-1002-12T-F/A-SU/FU/LU/SA/SA/LA-Φ0.9-XX-XX
SC/UPC、FC/UPC、LC/UPC、SC/APC、FC/APC、LC/APC
302mm×180mm×25mm
SC/UPC、FC/UPC、LC/UPC、SC/APC、FC/APC、LC/APC
120mm×80mm×18mm
9
1×32
FCJ-P-1032-B-F-SU/FU/LU/SA/SA/LA-Φ2.0-XX-XX
SC/UPC、FC/UPC、LC/UPC、SC/APC、FC/APC、LC/APC

CBUS元件及功能介绍

C-BUS输出单元功能介绍
四路智能继电器L5504RVF， L5504RVFP，L5504RVF20P
• 名称：四路智能继电器 • 型号：L5504RVF，L5504RVFP， • L5504RVF20P • 电压:AC220-240V • C-BUS输出电压：DC15-36V • 功能介绍：实现四个回路灯的开和关，需要用 • 八件面板或者电脑软件和触摸屏来实现场 • 景控制。 • L5504RVF是带电的继电器，L5504RVFP是不带电的，
• 5050CT2 WE是无逻辑变成， 5050CTL2 WE是带逻辑编程的！
室内，室外红外移动探测器
• 名称：室内，室外红外移动探测器 • 型号：E5751L，5753L，E5750WPL • C-BUS输出电压：DC15-36V • 功能：红外探测器，探测角度，90度，360度，110度
亮度传感器
PC接口5500PC，5500PCU
• 名称:PC接口 • 型号:5500PC，5500PCU（PC接口分两种， • 232接口的和USP接口的）
• C-BUS输出电压：DC15-36V • 功能介绍：提供PC和C-bus网络的接口， • 提供第三方软件监控C-bus网络标准的 • RS232接口集中控制及诶口，系统调试接口
• 名称：亮度传感器 • 型号：E5031PE • C-BUS输出电压：DC15-36V • 亮度控制范围：40-1600LUX • 亮度传感范围：20-3000LUX • 功能：通过检测周围环境的亮度，在于内部设定 • 值相比较，调整光源的亮度和分布，有效的利用自然光线，达到节约
能源的目的
C-Bus系统介绍
什么是C-Bus?
C-Bus系统是一个分布式、二线制、专业的智能照明控制系统。所有的控制单元均内置微处理器和存储单元，由一对信号线（UTP5）连接成网络。通过软件对所有单元进行编程，实现相应的控制功能。

V40100C中文资料

V40100C, VF40100C, VB40100C & VI40100CVishay General SemiconductorDocument Number: 89042For technical questions within your region, please contact one of the following:Dual High-Voltage Trench MOS Barrier Schottky RectifierUltra Low V F = 0.38 V at I F = 5 AFEATURES•Trench MOS Schottky technology •Low forward voltage drop, low power losses •High efficiency operation •Low thermal resistance•Meets MSL level 1, per J-STD-020, LF maximum peak of 245 °C (for TO-263AB package) •Solder dip 260 °C, 40 s (for TO-220AB, ITO-220AB and TO-262AA package) •Component in accordance to RoHS 2002/95/EC and WEEE 2002/96/EC TYPICAL APPLICATIONSFor use in high frequency inverters, switching power supplies, freewheeling diodes, OR-ing diode, dc-to-dc converters and reverse battery protection.MECHANICAL DATACase: TO-220AB, ITO-220AB, TO-263AB and TO-262AAEpoxy meets UL 94V-0 flammability ratingTerminals: Matte tin plated leads, solderable per J-STD-002 and JESD22-B102E3 suffix for consumer grade, meets JESD 201 class 1A whisker testPolarity: As markedMounting Torque:10 in-lbs maximumPRIMARY CHARACTERISTICSI F(AV) 2 x 20 A V RRM 100 V I FSM 250 A V F at I F = 20 A 0.61 V T J max.150 °C12312KMAXIMUM RATINGS (T A = 25°C unless otherwise noted)PA AMETE SYMBOL V40100C VF40100C VB40100C VI40100C UNITMaximum repetitive peak reverse voltage V RRM 100V Maximum average forward rectified current (Fig. 1)per device per diodeI F(AV)4020APeak forward surge current 8.3 ms single half sine-wave superimposed on rated load per diode I FSM 250 A Isolation voltage (ITO-220AB only)From terminal to heatsink t = 1 minV AC 1500V Operating junction and storage temperature rangeT J , T STG- 40 to + 150°CV40100C, VF40100C, VB40100C & VI40100CVishay General Semiconductor For technical questions within your region, please contact one of the following:Document Number: 89042Notes:(1) Pulse test: 300 µs pulse width, 1 % duty cycle (2) Pulse test: Pulse width ≤ 40 msRATINGS AND CHARACTERISTICS CURVES (T A = 25 °C unless otherwise noted)ELECTRICAL CHARACTERISTICS (T A = 25°C unless otherwise noted)PA AMETE TEST CONDITIONS SYMBOL TYP.MAX.UNITBreakdown voltage(2)I R = 1.0 mAT A = 25 °CV BR100 (minimum)-VI R = 10 mA 105 (minimum)-Instantaneous forward voltage per diode (1)I F = 5 AI F = 10 A I F = 20 A T A = 25 °CV F0.470.540.67--0.73VI F = 5 A I F = 10 A I F = 20 A T A = 125 °C 0.380.450.61--0.67Reverse current at rated V R per diode (2)V R = 70 V T A = 25 °C T A = 125 °C I R910--µA mA V R = 100 VT A = 25 °C T A = 125 °C-21100045µA mATHERMAL CHARACTERISTICS (T A = 25°C unless otherwise noted)PA AMETE SYMBOL V40100C VF40100C VB40100CVI40100CUNITTypical thermal resistance per diodeR θJC2.04.02.02.0°C/WORDERING INFORMATION (Example)PACKAGE PREFERRED P/N UNIT WEIGHT (g)PACKAGE CODEBASE QUANTITYDELIVERY MODETO-220AB V40100C-E3/4W 1.854W 50/tube T ube ITO-220AB VF40100C-E3/4W 1.754W 50/tube T ube TO-263AB VB40100C-E3/4W 1.394W 50/tube T ube TO-263AB VB40100C-E3/8W 1.398W 800/reel T ape and reelTO-262AAVI40100C-E3/4W1.464W50/tubeTubeFigure 1. Forward Current Derating Curve Figure 2. Forward Power Loss Characteristics Per DiodeV40100C, VF40100C, VB40100C & VI40100CVishay General SemiconductorDocument Number: 89042For technical questions within your region, please contact one of the following:Figure 3. Typical Instantaneous Forward Characteristics Per Diode Figure 4. Typical Reverse Characteristics Per Diode Figure 5. Typical Junction Capacitance Per DiodeFigure 6. Typical Transient Thermal Impedance Per DiodeFigure7. Typical Transient Thermal Impedance Per DiodeV40100C, VF40100C, VB40100C & VI40100CVishay General Semiconductor For technical questions within your region, please contact one of the following:Document Number: 89042PACKAGE OUTLINE DIMENSIONS in inches (millimeters)Disclaimer Legal Disclaimer NoticeVishayAll product specifications and data are subject to change without notice.Vishay Intertechnology, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively, “Vishay”), disclaim any and all liability for any errors, inaccuracies or incompleteness contained herein or in any other disclosure relating to any product.Vishay disclaims any and all liability arising out of the use or application of any product described herein or of any information provided herein to the maximum extent permitted by law. The product specifications do not expand or otherwise modify Vishay’s terms and conditions of purchase, including but not limited to the warranty expressed therein, which apply to these products.No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document or by any conduct of Vishay.The products shown herein are not designed for use in medical, life-saving, or life-sustaining applications unless otherwise expressly indicated. Customers using or selling Vishay products not expressly indicated for use in such applications do so entirely at their own risk and agree to fully indemnify Vishay for any damages arising or resulting from such use or sale. Please contact authorized Vishay personnel to obtain written terms and conditions regarding products designed for such applications.Product names and markings noted herein may be trademarks of their respective owners.元器件交易网Document Number: 。

锐捷RSR10(20)系列路由器用户安装手册V1.81-10.3(5)

络工程师 ¾ 技术推广人员
¾ 网络管理员
3
本书约定
1、通用格式约定宋体：正文采用 5 号宋体。楷体：警告、说明等提示等内容一律用楷体，并且在内容前后增加线条与正文隔离。
Terminal Display 格式：自定义的 Terminal Display 格式，英文 Courier New ，中文宋体，文字大小 8.5 ，表示屏幕输出信息此外屏幕输出。信息中夹杂的用户从终端输入的信息，采用加粗字体表示。
锐捷网络客户服务中心可以为所有的客户提供所需要的技术帮助：产品、技术和解决方案。对于客户遇到的产品的安装，软件的配置问题，以及其它的网络性能的问题，客户服务中心都将提供迅速的技术支持。 ¾ 技术支持网站： ¾ 技术支持信箱：service@ ¾ 呼叫中心热线： 4008-111-000 ¾ 客户服务投诉热线：0591-83057315
®
锐捷 RSR10/RSR20 系列路由器用户安装手册
V1.81
版权声明
福建星网锐捷网络有限公司©2000-2010
版权所有，保留一切权利。
本手册所有权益由福建星网锐捷网络有限公司独家拥有。没有
经过本公司书面许可，任何单位和个人不得擅自摘抄、复制本
书内容的部分或者全部，并且不得以任何形式传播。
福建星网锐捷网络有限公司保留以后对本手册描述的产品和手
建议：建议由熟悉电气环境、线缆连接以及有实际安装和配置路由器经验的专业技术人员进行安装和配置。
这份手册包括以下章节： z 第一章产品介绍介绍了锐捷 RSR10/RSR20 系列路由器的产品介绍以及系统特性。 z 第二章安装路由器前的准备描述了安装锐捷 RSR10/RSR20 系列路由器的环境要求、安装前和安装过程中需要注意的事项、安装所需工具。 z 第三章路由器的安装介绍锐捷 RSR10/RSR20 系列路由器的机械安装方法、电源连接方法、备份口线缆连接方法以及配置口线缆连接方法。 z 第四章启动和配置路由器介绍路由器初始启动信息及路由器进行的初始配置。 z 第五章安装故障处理介绍了如何处理安装过程中可能出现的问题及故障处理。 z 第六章线缆使用说明介绍了路由器常见配套线缆使用方法。

550C中文资料

550C中文资料关键信息项：1、资料名称：550C 中文资料2、资料用途：＿___________________________3、资料提供方：＿___________________________4、资料接收方：＿___________________________5、资料使用期限：＿___________________________6、资料保密要求：＿___________________________7、违约责任：＿___________________________8、争议解决方式：＿___________________________11 协议背景本协议旨在规范550C 中文资料的相关事宜，确保资料的合理使用、保护和传播。

111 资料的定义和范围本协议中所提及的550C 中文资料包括但不限于文字、图表、图像、音频、视频等与 550C 相关的各类中文形式的信息。

112 资料的用途资料接收方应仅将 550C 中文资料用于具体合法且明确的用途，不得用于其他任何未经授权的目的。

12 资料提供方的权利和义务121 提供方应确保所提供的 550C 中文资料的真实性、准确性和完整性。

122 提供方有权对资料接收方的使用情况进行监督和检查。

13 资料接收方的权利和义务131 接收方应按照协议约定的用途使用 550C 中文资料。

132 接收方有义务对资料进行妥善保管，采取合理的安全措施防止资料泄露、丢失或损坏。

133 未经提供方书面同意，接收方不得将资料转让、出售、出租或提供给任何第三方。

14 资料使用期限141 双方约定 550C 中文资料的使用期限为具体时间段。

142 在使用期限届满后，接收方应立即停止使用并按照提供方的要求归还或销毁资料。

15 资料保密要求151 接收方应对 550C 中文资料予以保密，不得向任何无关人员透露资料的内容。

152 接收方应采取必要的保密措施，如限制访问、加密存储等，以确保资料的保密性。

瑞丰电子产品说明书

Features特征PLCC-2 Package. 垂直型表贴封装 Extremely wide viewing angle. 发光角度大Suitable for all SMT assembly and solder process. 适用于所有的SMT 组装和焊接工艺 Available on tape and reel. 适用于载带及卷轴 Moisture sensitivity level: 3. 防潮等级：3 Package:3000pcs/reel. 包装：3000颗/卷 RoHS compliant. RoHS 认证Description 描述The White LED which was fabricated using a blue chip and phosphors. 白光LED 由芯片激发荧光粉后，混光形成。

Applications 应用Optical indicator. 光学指示 Indoor display. 室内显示Landscape lighting,lamp belt. 景观照明，灯带等General use. 其他适合的应用Package Dimension 封装尺寸外形尺寸：3.0*2.0*1.27mmNOTES:备注1.All dimensions units are mm. (所有尺寸标注单位为毫米)2.All dimensions tolerances are ±0.2mm unless otherwise noted. (除特别标注外，所有尺寸允许公差为±0.2毫米)Electrical / Optical Characteristics at Ts=25°C 电性与光学特性Absolute Maximum Ratings at Ts=25°C最大极限参数值±10%.The Chromaticity Diagram色度图YTypical Optical Characteristics Curves典型光学特性曲线Fig.1-Forward Voltage Vs. Forward Current Fig.2-Forward Current Vs. Relative IntensityPackaging Specifications 包装规格⏹Carrier Tape Dimensions 载带尺寸Note:备注The t olerances unless mentioned ±0.1mm. Unit : mm 注：未注公差为±0.1毫米，尺寸单位：毫米。

STPS15L30CB双中心引脚肖特基整流器说明书

ABSOLUTE RATINGS (limiting values, per diode)
Symbol VRRM IF(RMS) IF(AV)
IFSM IRRM PARM Tstg
Tj dV/dt
Parameter
Repetitive peak reverse voltage
RMS forward current
tp
0
Tamb(°C)
0
25
50
75
100
125
150
Fig. 3: Normalized avalanche power derating versus pulse duration.
Fig. 4: Normalized avalanche power derating versus junction temperature.
The ST logo is a registered trademark of STMicroelectronics
0.173 0.181
0.368 0.397 0.031 typ.
0.023 0.039
0°
8°
Ordering type
Marking
STPS15L30CB
S15L30C
STPS15L30CB-TR S15L30C
s EPOXY MEETS UL94,V0
Package DPAK DPAK
Weight 0.30 g 0.30 g
4.40 4.60
9.35 10.10 0.80 typ.
0.60 1.00
0°
8°
Min. Max.
0.086 0.094 0.035 0.043

CB系列电源供应器使用说明书

2. 将电源供应器装入计算机机壳，并以螺丝固定。
3. 将 24-pin 主输出接头连接至主板上的 24-pin 对应插槽。
4. 将 8-pin + 12V 接头连接至主板的对应插槽。 A. 如果您的主板上有一个 8-pin + 12V 插槽，可直接连接 8-pin 接头到主板上。 B. 如果您的主板有一个 4-pin 插槽，取下另一个 4-pin 接头，并连接 4-pin 接头至主板上。
650mm
8 (4+4) Pin CPU
650mm
8 (6+2) Pin PCI-E
600mm
4 Pin Peripheral
100mm 100mm 100mm 550mm
SATA (90 Degree)
550mm 100mm
Floppy
150mm
安装电源
安装电源
1. 组装前请确认电源是否完全断电。
注意事项与保固范围
注意事项与保固范围
■ 保固范围
* 迎广电源供应器针对材质与工艺上的瑕疵保固，由最初的消费者购买之单据上日期起，提供为期 7 年的有限保修。非原始购买者或非于通路购买取得之产品，皆无法提供保修之服务。
* 本保固条款之适用范围，不包括以下因素： 1）滥用和误用， 2）未按照指示操作， 3）未经本公司授权之技术人员维修或拆装，4）以及更改此产品。
< 25dBA
0~50℃ OCP/OVP/UVP/SCP/OTP/OPP CCC 180 x 150 x 86mm 220 x 360 x 100mm 3.4kg 4.0kg 7年
1
2 6 3 16 1
交流输入直流输出最大输出电流最大功率
+12V 87.5A 1050W

MUSIC Group TPX153 三路双15英寸全范围扬声器说明书

3 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsTPX153## 3 way full range loudspeaker forportable PA applications##500 Watts continuous,2,000 Watts peak power##High excursion dual 15" low frequency drivers with low mass coil for improved transient response##Aluminium dome 1" compression driver with extended high frequency reproduction##Low distortion waveguide provides 70° H x 50° V dispersion##Hard wearing carpet covered 18mm (3/4") wood construction##Rugged powder coated perforated steel mesh grille##Durable handles for easy lifting and carrying##Neutrik speakON* NL4 connectors for reliable long life operation##10-Year Warranty Program*##Designed and engineered in the U.K.The 3-way full range T PX153 is a passivedual 15" 2,000 Watt loudspeakersystem that is ideally suited for awide range of portable speech andmusic sound reinforcement, includingFO H, side and drum fill applications.Engineered as a standalone 3-waysystem not requiring any externalequalization or filtering, the TPX153achieves optimal performancewhen paired with a subwoofer andTURBOSOUND loudspeaker management systems.The TPX153 loudspeaker features dual high excursion 15" low frequency drivers with low mass voice coils for improved transient response, and an aluminium dome 1" compression driver mounted on a 70° horizontal by 50° vertical dispersion low distortion waveguide. All drivers are matched with an internal passive crossover network in a reflex-loaded enclosure. Covered in hard wearing black carpet, the cabinet is of 18 mm (3/4") wood construction – and includes a rugged powder coated perforated steel mesh grille backed with reticulated foam, and durable handles for easy transport. The rear panel connector plate carries Neutrik speakO N* NL4 connectors for input and link connections to additional enclosures.3 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsTPX153You Are CoveredWe always strive to provide the best possible Customer Experience. Our products are made in our own MUSIC Tribe factory using state-of-the-art automation, enhanced production workflows and quality assurance labs with the most sophisticated test equipment available in the world. As a result, we have one of the lowest product failure rates in the industry, and we confidently back it up with a generous Warranty program .3 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsTPX15362687480869298104110Frequency (Hz)S o u n d P r e s s u r e L e v e l (d B )Full RangeFrequency Response Sensitivity 1 W / 1 m10100300M a g n e t u d e (O h m s )Full RangeImpedance3 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsTPX153201001k10k 20kFrequency (Hz)B e a m w i d t h (d e g )-3 dB -6 dB -9 dBHorizontal BeamwidthFrequency (Hz)B e a m w i d t h (d e g )-3 dB -6 dB -9 dBVertical Beamwidth3 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsTPX153Horizontal Polar Plots500 Hz 630 Hz 800 Hz 1000 Hz200 Hz 250 Hz 315 Hz 400 Hz1200 Hz 1600 Hz 2000 Hz 2500 Hz3150 Hz 4000 Hz 5000 Hz 6300 Hz8000 Hz 10000 Hz 12500 Hz 16000 Hz-603021060240902701203001503301800 -603021060240902701203001503301800-603021060240902701203001503301800 -603021060240902701203001503301800-6030210609012015033018003 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsTPX153Vertical Polar Plots500 Hz 630 Hz 800 Hz 1000 Hz200 Hz 250 Hz 315 Hz 400 Hz1200 Hz 1600 Hz 2000 Hz 2500 Hz3150 Hz 4000 Hz 5000 Hz 6300 Hz8000 Hz 10000 Hz 12500 Hz 16000 Hz-603021060240902701203001503301800 -603021060240902701203001503301800-603021060240902701203001503301800 -603021060240902701203001503301800-6030210609012015033018003 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsTPX153Dimensions109043015°203.96172.51658245.89460.8347.5327.5FRONTLEFTRIGHTBACKBOTTOMTOP3 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsTPX153Technical SpecificationsSystemFrequency Response50 Hz – 20 kHz ±3 dB40 Hz – 20 kHz -10 dBNominal Dispersion70° H x 50° V @ -6 dB points Power Handling (IEC)500 W continuous, 2,000 W peak Sensitivity97 dB (1 W @ 1 m)Maximum SPL124 dB continuous, 130 dB peak Impedance 4 OhmsComponents 2 x 15" (388 mm) LF driver1 x 1" (25 mm) HF compression driver EnclosureConnectors 2 x Neutrik speakON NL4Wiring Pins 1+ / 1- input, pins 2+ / 2- link Dimensions HWD1090 x 460 x 430 mm (42.9 x 18.1 x 16.9") Net Weight38.6 kg (84.9 lbs)Construction18 mm (3/4") particle boardF i nish Black carpet coveringGrille Powder-coated perforated steelTPX1533 Way Dual 15" Full Range Loudspeaker forPortable PA Applications3 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsTPX153For service, support or more information contact the TURBOSOUND location nearest you:Europe M USIC Tribe Brands UK Ltd.Tel: +44156 273 2290 Email: C AR *********************************************************************USA/Canada M USIC Tribe Commercial NV Inc.Tel: +1 702 800 8290 Email: C AR *********************************************************************Japan M USIC Tribe Services JP K.K.Tel: +81 3 6231 0453 Email: C AR *********************************************************************MUSIC Tribe accepts no liability for any loss which may be suffered by any person who relies either wholly or in part upon any description, photograph, or statement contained herein. Technical specifications, appearances and other information are subject to change without notice. All trademarks are the property of their respective owners. MIDAS, KLARK TEKNIK, LAB GRUPPEN, LAKE, TANNOY, TURBOSOUND, TC ELECTRONIC, TC HELICON, BEHRINGER, BUGERA and COOLAUDIO are trademarks or registered trademarks of MUSIC Group IP Ltd. © MUSIC Group IP Ltd. 2018 All rights reserved.3 Way Dual 15" Full Range Loudspeaker for Portable PA ApplicationsPortablePERFORMERTPX153。

EE-SX153 3.4毫米宽槽通透光微传感器商品说明书

■DimensionsNote:All units are in millimeters unless otherwise indicated.■Features•General-purpose model with a 3.4-mm-wide slot.•PCB mounting type.•High resolution with a 0.5-mm-wide aperture.•With a horizontal sensing aperture.•Screw-mounting possible.■Absolute Maximum Ratings (Ta=25°C)Note:1.Refer to the temperature rating chart if the ambient temper-ature exceeds 25°C.2.The pulse width is 10 μs maximum with a frequency of100Hz.plete soldering within 10 seconds.■Electrical and Optical Characteristics (Ta = 25°C)Item Symbol Rated valueEmitter Forward current I F50 mA(see note 1)Pulse forward cur-rent I FP 1 A(see note2)Reverse voltage V R 4 V Detector Collector–EmittervoltageV CEO30 VEmitter–CollectorvoltageV ECO---Collector current I C20 mACollector dissipa-tion P C100 mW(see note 1)Ambient tem-perature Operating Topr–25°C to 85°C Storage Tstg–40°C to100°CSoldering temperature Tsol260°C(see note 3)Item Symbol Value Condition Emitter Forward voltage V F 1.2 V typ., 1.5 V max.I F = 30 mAReverse current I R0.01 μA typ., 10 μA max.V R = 4 VPeak emission wavelengthλP940 nm typ.I F = 20 mADetector Light current I L0.5 mA min., 14 mA max.I F = 20 mA, V CE = 10 V Dark current I D 2 nA typ., 200 nA max.V CE = 10 V, 0 l xLeakage current I LEAK------Collector–Emitter saturated volt-ageV CE (sat)0.1 V typ., 0.4 V max.I F = 20 mA, I L = 0.1 mAPeak spectral sensitivity wave-lengthλP850 nm typ.V CE = 10 VRising time tr 4 μs typ.V CC = 5 V, R L = 100 Ω, I L = 5 mA Falling time tf 4 μs typ.V CC = 5 V, R L = 100 Ω, I L = 5 mA Be sure to read Precautions on page25.92EE-SX153 Photomicrosensor (Transmissive)EE-SX153 Photomicrosensor (Transmissive) 93■Engineering DataDissipation Temperature RatingVoltage Characteristics (Typical)Light Current vs. Collector −Emitter Voltage Characteristics (Typical)Dark Current vs. Ambient Temperature Characteristics (Typical)Distance d (mm)Input OutputInputOutput90 %10 %(C e n t e r o f o p t i c a l a x i s )Sensing Position Characteristics (Typical)Response Time Measurement CircuitAmbient temperature Ta (°C)C o l l e c t o r d i s s i p a t i o n P C (m W )Forward voltage V F (V)F o r w a r d c u r r e n t I F (m A )Forward current I F (mA)Collector −Emitter voltage V CE (V)Ambient temperature Ta (°C)Load resistance R L (k Ω)T a = −30°C T a = 25°C T a = 70°CT a = 25°C V CE = 10 VI F = 40 mA I F = 30 mA I F = 20 mA I F = 10 mAT a = 25°CV CE = 10 V 0 l xI F = 20 mA V CE = 5 VI F = 20 mA V CE = 10 V Ta = 25°CV CC = 5 V Ta = 25°CR e s p o n s e t i m e t r , t f (μs )D a r k c u r r e n t I D (n A )I F = 50 mA Ambient temperature Ta (°C)I F P CRelative Light Current vs. Ambi-ent Temperature Characteristics (Typical)Response Time vs. Load Resist-ance Characteristics (Typical)100806040200−1.5−2.0−1.0−0.500.5 1.0 1.5 2.0120dDistance d (mm)(Center of optical axis)Sensing Position Characteristics (Typical)I F = 20 mA V CE = 10 V Ta = 25°C d100806040200−0.5−0.2500.250.50.75 1.0120。

FPGA可编程逻辑器件芯片10M04SCM153I7G中文规格书

Data Transfer Modes Enable this mode by programming the universal counter to watchdog mode by setting the CAN_UCCNF.UCCNF to0x2. Once enabled, the CAN_UCCNT register is loaded with the predefined value contained in CAN_UCRC. Thiscounter decrements at the CAN bit rate.If the CAN_UCCNF.UCCT and CAN_UCCNF.UCRC bits are set and a message is received in mailbox 4 before the counter counts down to 0, the counter is reloaded with the CAN_UCRC contents. If the counter has counted down to 0 without receiving a message in mailbox 4, then the CAN_GIS.UCEIS bit is set. The counter reloads automatically with the contents of the CAN_UCRC register. If an interrupt is desired for this event, set the CAN_GIM.UCEIM bit. With the mask bit set, when a watchdog interrupt occurs, the CAN_GIF.UCEIF bit is also set.Write to the CAN_UCCNF register to reload the counter with the contents of CAN_UCRC or to disable the register. The CAN_UCRC register controls the time period it takes for the watchdog interrupt to occur.Time StampsTo get an indication of the time of the receive or transmit time for each message, program the CAN universal coun-ter to time stamp mode. Enable this mode by setting the CAN_UCCNF.UCCNF field to 0x01.If enabled, the value of the 16-bit free-running counter (CAN_UCCNT) is written into theCAN_MB[nn]_TIMESTAMP register of the corresponding mailbox. The operation occurs when a received message is stored or a message is transmitted.The time stamp value is captured at the sample point of the Start of Frame (SOF) bit of each incoming or outgoing message. Afterwards, this time stamp value is copied to the CAN_MB[nn]_TIMESTAMP register of the corresponding mailbox.If the mailbox is configured for automatic remote frame handling (CAN_RFH1.MB = 1), the time stamp value is written for transmission of a data frame or the reception of the requested data frame. (The mailbox is configured for transmit or receive).Clear the counter by setting the CAN_UCCNF.UCRC bit to 1. Or, disable the counter by clearing theCAN_UCCNF.UCE bit. Write to the CAN_UCCNT register to load the counter with a value.It is also possible to clear the counter (CAN_UCCNT) by reception of a message in mailbox number 4 (synchroniza-tion of all time stamp counters in the system). This operation is accomplished by setting the CAN_UCCNF.UCCT bit. The CAN_GIS.UCEIS bit is set when the counter overflows. A global CAN interrupt can optionally occur by un-masking the CAN_GIM.UCEIM bit. If the interrupt source is unmasked, the CAN_GIF.UCEIF bit is also set.Remote Frame HandlingEnable automatic handling of remote frames for a transmit mailbox by setting the corresponding CAN_RFH1.MB bit.Remote frames are data frames with no data field and the CAN_MB[nn]_ID1.RTR bit is set. The data length code (DLC) of the requesting remote frame overrules the DLC of the responding data frame. A DLC can be programmed with values in the range of 0–15, but DLC values greater than 8 are considered as 8.CAN Low Power FeaturesThe following sections describe the behavior of the CAN module in these modes.Built-In Suspend ModeThe most modest of power savings mode is the suspend mode. This mode is entered by setting the CAN_CTL.CSR bit. The module enters the suspend mode after the current operation of the CAN bus finishes. Then, the internal logic sets the CAN_STAT.CSA bit. Once CAN enters this mode, the module is no longer active on the CAN bus line, slightly reducing power consumption.In suspend mode, the CAN_TX output pin remains in a recessive state, and the module does not receive or transmit messages or error frames. The content of the CAN_CEC register remains unchanged. Clear CAN_CTL.CSR to exit suspend mode.The only difference between suspend mode and configuration mode is that the CAN_CTL and CAN_STAT registers are not reset when exiting suspend mode.Built-In Sleep ModeThe next level of power savings can be realized by using the built-in sleep mode for the module. This mode is en-tered by setting the CAN_CTL.SMR bit. The module enters the sleep mode after the current operation of the CAN bus finishes. Once this mode is entered, many of the internal CAN module clocks are shut off, reducing power con-sumption, and the CAN_INT.SMACK bit is set.When the CAN module is in sleep mode, all register reads return the contents of CAN_INT instead of the usual contents. All register writes, except to CAN_INT, are ignored in sleep mode. A small part of the module is clocked continuously to allow for waking up out of sleep mode.A write to the CAN_INT register ends sleep mode. If the CAN_CTL.WBA bit is set before entering sleep mode, a dominant bit on the CAN_RX pin also ends sleep mode. When software sets the CAN_CTL.SMR bit, hardware sets the CAN_CTL.CSR bit as well, making sleep mode a super set of suspend mode. When the controller wakes up from sleep mode, hardware automatically clears CAN_CTL.SMR and CAN_CTL.CSR. If, however, the controller never en-ters sleep mode because the wake-up condition was met before CAN_INT.SMACK bit turns to 1, the CAN_CTL.SMR and CAN_CTL.CSR bits do not always automatically clear. Therefore, clear the two bits using software, when return-ing from sleep mode.Wake Up From Hibernate StateMany processors provide a hibernate state, where the internal voltage regulator shuts off the internal power supply to the chip, turning off the core and system clocks in the process. In this mode, the only power drawn is that used by the regulator circuitry awaiting any of the possible hibernate wake-up events. One such event is a wake up due to CAN bus activity.After hibernation, the CAN module must be re-initialized. For low power designs, the external CAN bus transceiver is typically put into standby mode through one of the processor's general purpose I/O pins. While in standby mode, the CAN transceiver continually drives the recessive logic 1 level onto the CAN_RX pin. If the transceiver then senses CAN bus activity, it drives the CAN_RX pin to the dominant logic 0 level. This signals the processor that CAN bus activity is detected. If the internal voltage regulator is programmed to recognize CAN bus activity as an event to exitCAN Event Control •0xE – Message stored. Counter increments every time a message is received without detected errors, has anidentifier that matches an enabled receive mailbox, and is stored in the receive mailbox (CAN_RMP1 is set).•0xF – Valid message. Counter increments every time a valid transmit or receive message is detected on the CAN bus line.CAN Warnings and ErrorsThe processor controls CAN warnings and errors using the error counter (CAN_CEC) register, the error status (CAN_ESR) register, and the error counter warning level (CAN_EWR) register. The following sections describe error handling.Programmable Warning LimitsPrograms can set the warning level for CAN_GIS.EWTIS and CAN_GIS.EWRIS separately by writing to theCAN_EWR.EWLREC and CAN_EWR.EWLTEC fields. After power-on reset, the CAN_EWR register is set to the default warning level of 96 for both error counters. After a soft reset, the contents of this register remain unchanged. Error HandlingError management is a part of the CAN standard. Several different kinds of bus errors can occur during transmis-sions:•Bit error – Only the transmitting node detects this error. Whenever a node transmits, it continuously monitors its receive pin (CAN_RX) and compares the received bit with the transmitted bit. During the arbitration phase, the node postpones the transmission if the received and transmitted bits do not match. However, after the arbi-tration phase, a bit error is signaled any time the value on CAN_RX does not equal what is transmitted on the CAN_TX pin. (The arbitration phase completes when the CAN_MB[nn]_ID1.RTR bit is sent successfully.)•Form error. Occurs when a fixed-form bit position in the CAN frame contains one or more illegal bits. Occurs when a dominant bit is detected at a delimiter or end of frame bit position.•Acknowledge error. Occurs whenever a message is sent and no receivers drive an acknowledge bit.•CRC error. Occurs whenever a receiver calculates the CRC on the data it received and finds it different than the CRC that transmitted on the bus itself.•Stuff error. The CAN specification requires the transmitter to insert an extra stuff bit of opposite value after 5 bits have transmitted with the same value. The receiver disregards the value of the stuff bits. However, it takes advantage of the signal edge to resynchronize itself. A stuff error occurs on receiving nodes whenever the sixth consecutive bit value is the same as the previous 5 bits.Once the CAN module detects any of the errors, it updates the CAN_ESR and CAN_CEC registers. In addition to the standard errors, the CAN_ESR.SAO flag signals when the CAN_RX pin sticks at dominant level, indicating a possibili-ty of shorted wires.。

Siemens SCALANCE X005 入门级交换机数据表说明书

Product data sheet6GK5005-0BA00-1AA3 Product-type designation SCALANCE X005SCALANCE X005,IE ENTRY LEVEL SWITCH UNMANAGED 5 X10/100MBIT/S RJ45 PORTS,LED DIAGNOSTICS, IP30,24 V DC POWER SUPPLY,PROFINET COMPLIANT SLEEVE, WITH MANUALTransfer rate / 110 Mbit/sTransfer rate / 2100 Mbit/s5Number of electrical/optical connections / for network components orterminal equipment / maximumNumber of electrical connections• for network components and terminal equipment5• for power supply1Design of electrical connection• for network components and terminal equipment RJ45 port• for power supply2-pole terminal blockType of / supply voltage DCSupply voltage / external24 V• minimum18 V• maximum32 VProduct component / fusing at power supply input YesType of fusing / at input for supply voltage0,5 A / 60 VConsumed current / maximum0.08 AActive power loss / at 24 V / for DC2 WAmbient temperature• during operating0 … 65 °C• during storage-40 … +80 °C• during transport-40 … +80 °CRelative humidity• at 25 °C / without condensation / during operating / maximum95 %Protection class IP IP20Design compactWidth40 mmHeight125 mmDepth124 mmNet weight0.55 kgMounting type• 35 mm DIN rail mounting Yes• wall mounting Yes• S7-300 rail mounting YesStandard• for safety / of CSA and UL UL 60950-1, CSA C22.2 No. 60950-1• for emitted interference EN 61000-6-4 (Class A)• for interference immunity EN 61000-6-2Verification of suitability EN 61000-6-2, EN 61000-6-4• CE mark Yes• C-Tick Yes• KC approval Yes• E1 approval No• e1 approval No• Railway application in accordance with EN 50155NoMarine classification association• American Bureau of Shipping Europe Ltd. (ABS)Yes• Bureau Veritas (BV)Yes• Det Norske Veritas (DNV)No• Germanische Lloyd (GL)No• Lloyds Register of Shipping (LRS)Yes• Nippon Kaiji Kyokai (NK)Yes• Polski Rejestr Statkow (PRS)NoInternet-Link• to website: Industry Mall /industrial-controls/mall• to website: Industrial communication /simatic-net• to website: Information and Download Center /automation/net/catalog• to website: Image database /bilddb• to website: CAx Download Manager /cax• to website: Industry Online Support Security information Siemens provides products and solutions with industrial securityfunctions that support the secure operation of plants, solutions,machines, equipment and/or networks. They are importantcomponents in a holistic industrial security concept. With this inmind, Siemens’ products and solutions undergo continuousdevelopment. Siemens recommends strongly that you regularlycheck for product updates. For the secure operation of Siemensproducts and solutions, it is necessary to take suitable preventiveaction(e.g. cell protection concept) and integrate each componentinto a holistic, state-of-the-art industrial security concept. Third-partyproducts that may be in use should also be considered. For moreinformation about industrial security, visit/industrialsecurity. To stay informed aboutproduct updates as they occur, sign up for a product-specificnewsletter. For more information, visit. Version 3.4 – 14.11.2013-Siemens AG, I IA L CG, Nurembergletzte Änderung:Jun 16, 2014。

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High CV , Screw Terminal CapacitorsType CGS screw terminal, computer grade aluminum electrolytic capacitors have a high CV rating and are suitable for use in most demanding applications requir-ing high current ﬁltering or energy storage.HighlightsHigh CV ratingHigh current ﬁltering Screw Terminal•••SpeciﬁcationsCapacitance Range:Voltage Range: Capacitance Tolerance: Operating Temperature:Ripple Current Multipliers:75 to 1,500,000 µF6.3 to 500 WVdc–10% +75% (6.3 - 150 WVdc)–10% +50% (200 - 450 WVdc)–40 ºC to +85 ºCAmbient Temperature+45 ºC +55 ºC +65 ºC +75 ºC +85 ºC 2.242.001.731.411.00Rated Ripple Multiplier Voltage 60 Hz 120 Hz300 Hz 1000 Hz 10 kHz 16 to 1500.9 1.0 1.15 1.25 1.30200 to 5000.91.01.251.401.50DC Leakage Cu r rent:QA Stability Test:I = .006 √ CVNot to exceed 6.0 mA max. after 5 minutes C = Capacitance in µF V = Rated VoltageI = Leakage current in mAApply WVdc for 2000 h @ 85 ºCCapacitance change ± 10% from initial limits DC leakage current: 200% of limit ESR: 175% of limit•••Typical Performance CurvesTemperature (g C)-55-40 -20 -0 2540 60 85 105%ͬCESRImpedanceCapacitanceTemperature (g C)10100%ͬCCapacitanceImpedanceESRTemperature (g C)-55-40 -20 -0 2540 60 85 10510100%ͬCCapacitanceImpedanceESRTemperature Characteristics - 100,000 µF 10 Vdc Temperature Characteristics - 29,000 µF 50 VdcTemperature Characteristics - 4600 µF 100 VdcRatingsTypical Max RippleCatalog ESR120 HzCap Part Number120 Hz+85 ºC Dia.Length (µF)(Ω)(A) RMS(Inches)(Inches)6.3 WVdc ( 8 Vdc Surge )73,000CGS733U6R3R2L 0.0238.0 1.375 1.625 95,000CGS953U6R3R3C 0.01410.4 1.375 3.125 140,000CGS144U6R3R4C 0.01111.2 1.375 4.125 190,000CGS194U6R3V3C 0.01312.6 2.000 3.125 210,000CGS214U6R3R5L 0.01110.9 1.375 5.625 230,000CGS234U6R3U4C 0.00913.1 1.750 4.125 300,000CGS304U6R3V4C 0.01014.7 2.000 4.125 310,000CGS314U6R3V5L 0.00716.9 2.000 5.625 480,000CGS484U6R3W4C 0.00719.6 2.500 4.125 500,000CGS504U6R3W5L 0.00522.9 2.500 5.625 670,000CGS674U6R3X4C 0.00620.7 3.000 4.125 900,000CGS904U6R3X5C 0.00523.5 3.000 5.125 1,000,000CGS105U6R3X5L 0.00524.5 3.000 5.625 1,100,000CGS115U6R3X5R 0.00424.7 3.000 5.8757.5 WVdc ( 9 Vdc Surge )49,000 CGS493U7R5R2C 0.030 6.7 1.375 2.125 71,000 CGS713U7R5R2L 0.0237.9 1.375 2.625 92,000 CGS923U7R5R3C 0.0198.8 1.375 3.125 140,000 CGS144U7R5R4C 0.01410.3 1.375 4.125 190,000 CGS194U7R5V3C 0.01312.5 2.000 3.125 200,000 CGS204U7R5R5L 0.01210.8 1.375 5.625 220,000 CGS224U7R5U4C 0.01013.1 1.750 4.125 290,000 CGS294U7R5V4C 0.01014.6 2.000 4.125 440,000 CGS444U7R5V5L 0.00716.8 2.000 5.625 470,000 CGS474U7R5W4C 0.00719.5 2.500 4.125 650,000 CGS654U7R5W5L 0.00524.4 3.000 4.125 710,000 CGS714U7R5W5L 0.00522.8 2.500 5.625 870,000 CGS874U7R5X5C 0.00523.4 3.000 5.125 980,000 CGS984U7R5X5L 0.00524.4 3.000 5.625 1,000,000 CGS105U7R5X5R 0.00424.7 3.000 5.87510 WVdc ( 12 Vdc Surge )7,200 CG801U050R2C 0.072 3.2 1.375 2.125 12,000 CG152U050R2C 0.058 3.5 1.375 2.125 14,000 CG152U050R3C 0.044 4.7 1.375 3.125 18,000 CG202U050R4C 0.033 6.1 1.375 4.125 20,000 CG252U050U3C 0.037 6.0 1.750 3.125 26,000 CG292U050R3C 0.036 5.2 1.375 3.125 33,000 CG332U050V3C 0.035 6.7 2.000 3.125 43,000 CG432U050R4C 0.026 6.9 1.375 4.125 44,000 CG452U050V4C 0.0268.6 2.000 4.125 62,000 CG502U050U3C 0.029 6.7 1.750 3.125 81,000 CG652U050V3C 0.0179.6 2.000 3.125 94,000 CG732U050W4C 0.02310.5 2.500 4.125 110,000 CG742U050U4C 0.0228.7 1.750 4.125 120,000 CG952U050V4C 0.01312.2 2.000 4.125 170,000 CG103U050X4C 0.01315.6 3.000 4.125 180,000 CG153U050W4C 0.00916.8 2.500 4.125 200,000 CG1652U050X5L 0.01020.5 3.000 5.625 250,000 CG223U050X4C 0.00622.5 3.000 4.125 390,000 CG333U050X5L 0.00529.0 3.000 5.625 410,000 CG333U050X5L 0.00529.0 3.000 5.625 580,000 CG333U050X5L 0.00529.0 3.000 5.625 630,000 CG333U050X5L 0.00529.0 3.000 5.625 780,000 CG333U050X5L 0.00529.0 3.000 5.625 880,000 CG333U050X5L 0.00529.0 3.000 5.625 920,000 CG333U050X5L 0.00529.0 3.000 5.62516 WVdc ( 20 Vdc Surge )5,500 CGS552U016R2C 0.037 4.4 1.375 2.125 8,900 CGS892U016R2C 0.034 4.6 1.375 2.125 10,000CGS103U016R2C 0.033 4.7 1.375 2.125 10,000CGS103U016R3C 0.024 6.4 1.375 3.125Typical Max RippleCatalog ESR120 HzCap Part Number120 Hz+85 ºC Dia.Length (µF)(Ω)(A) RMS(Inches)(Inches)16 WVdc ( 20 Vdc Surge )12,000CGS123U016R2C 0.031 4.8 1.375 2.125 15,000CGS153U016R2L 0.026 5.6 1.375 2.625 15,000CGS153U016R4C 0.061 4.5 1.375 4.125 17,000CGS173U016R3C 0.022 6.7 1.375 3.125 19,000CGS193U016R3C 0.021 6.8 1.375 3.125 21,000CGS213U016R3L 0.037 5.5 1.375 3.625 22,000CGS233U016V3C 0.0277.6 2.000 3.125 24,000CGS243U016R3C 0.032 5.6 1.375 3.125 25,000CGS253U016R4C 0.0168.8 1.375 4.125 25,000CGS253U016V2C 0.031 6.1 2.000 2.125 33,000CGS333U016R4C 0.0207.9 1.375 4.125 33,000CGS333U016V2C 0.028 6.5 2.000 2.125 34,000CGS343U016R4C 0.0209.8 1.375 4.125 34,000CGS343U016V4C 0.0168.8 2.000 4.125 35,000CGS353U016R2C 0.030 6.7 1.375 2.125 38,000CGS383U016R3C 0.0199.4 1.375 3.125 38,000CGS383U016V3C 0.0218.6 2.000 3.125 49,000CGS493U016R2L 0.0237.9 1.375 2.625 50,000CGS503U016V3C 0.01111.7 2.000 3.125 55,000CGS553U016R3L 0.01510.2 1.375 3.625 55,000CGS553U016V3L 0.0189.6 2.000 3.625 62,000CGS623U016R3C 0.0198.8 1.375 3.125 66,000CGS663U016R4C 0.01211.6 1.375 4.125 66,000CGS663U016V4C 0.01710.8 2.000 4.125 68,000CGS683U016V3C 0.0179.5 2.000 3.125 68,000CGS703U016V4C 0.00815.2 2.000 4.125 77,000CGS773U016V4L 0.01511.8 2.000 4.625 80,000CGS803U016X4C 0.00918.9 3.000 4.125 83,000CGS833U016V5L 0.01512.9 2.000 5.625 90,000CGS903U016R4C 0.01410.3 1.375 4.125 91,000CGS913U016V4C 0.00914.7 2.000 4.125 100,000CGS104U016X5C 0.00722.5 3.000 5.125 110,000CGS114U016W4C 0.01016 2.500 4.125 120,000CGS124U016V4C 0.00720.1 3.000 3.625 130,000CGS134U016R5L 0.01012.6 1.375 5.625 130,000CGS134U016V3C 0.01112.5 2.000 3.125 130,000CGS134U016W4L 0.00917.6 2.500 4.625 150,000CGS154U016X5L 0.00719.3 3.000 4.125 160,000CGS164U016U4C 0.01013.1 1.750 4.125 170,000CGS174U016V4C 0.00423.5 2.000 4.125 180,000CGS184U016X4L 0.00624.3 3.000 4.625 190,000CGS194U016V4C 0.00719.5 2.000 4.125 210,000CGS214U016X5R 0.00529.2 3.000 5.875 220,000CGS224U016X4C 0.00525.2 3.000 4.125 260,000CGS264U016V5L 0.00329.8 2.000 5.625 290,000CGS294U016V5L 0.00521.1 2.000 5.625 310,000CGS314U016W4C 0.00522.7 2.500 4.125 470,000CGS474U016W5L 0.00430.4 2.500 5.625 620,000CGS624U016X5C 0.00432.3 3.000 5.125 640,000CGS644U016X5L 0.00244.9 3.000 5.625 640,000CGS644UFX5L3PD 0.00230.0 3.000 5.625 700,000CGS704U016X5L 0.00335.0 3.000 5.625 740,000CGS744U016X5R 0.00335.8 3.000 5.875 980,000CGS984U016X8L 0.00723.8 3.0008.62520 WVdc ( 22 Vdc Surge )250,000CGS254U020X3L 0.00629.0 3.000 3.625 500,000CGS505U020X5L 0.00437.0 3.000 5.625 1,000,000CGS105UGX8L6PD 0.00341.0 3.0008.625 1,000,000CGS105UGX8L6PH 0.00341.0 3.0008.625 1,000,000CGS106U020X5R 0.00340.0 3.000 5.875 1,500,000CGS155U020X8L 0.00341.0 3.0008.625RatingsTypical Max RippleCatalog ESR120 HzCap Part Number120 Hz+85 ºC Dia.Length (µF)(Ω)(A) RMS(Inches)(Inches)25 WVdc ( 30 Vdc Surge )3,000 CGS302U025R2C 0.235 1.8 1.375 2.125 4,700 CGS472U025R2C 0.101 2.7 1.375 2.125 5,600 CGS562U025R3C 0.026 6.1 1.375 3.125 6,000 CGS602U025R2C 0.035 4.5 1.375 2.125 6,800 CGS682U025R2C 0.096 2.8 1.375 2.125 8,200 CGS822U025R4C 0.0198.1 1.375 4.125 8,900 CGS892U025R3C 0.024 6.4 1.375 3.125 10,000 CGS103U025R3C 0.024 6.4 1.375 3.125 12,000 CGS123U025R3C 0.0248.1 2.000 3.125 12,000 CGS123U025V3C 0.023 6.6 1.375 3.125 13,000 CGS133U025R4C 0.082 3.9 1.375 4.125 14,000 CGS143U025U3C 0.046 5.3 1.750 3.125 14,000 CGS143U025V2C 0.037 5.6 2.000 2.125 16,000 CGS163U025R4C 0.0178.5 1.375 4.125 18,000 CGS183U025R4C 0.0178.6 1.375 4.125 18,000 CGS183U025V4C 0.052 6.1 2.000 4.125 20,000 CGS203U025R3C 0.023 6.5 1.375 3.125 20,000 CGS203U025R5C 0.01410.3 1.375 5.125 20,000 CGS203U025V3C 0.0248.0 2.000 3.125 22,000 CGS223U025R2C 0.032 6.4 1.375 2.125 22,000 CGS223U025V2C 0.043 5.2 2.000 2.125 28,000 CGS283U025V3C 0.0287.5 2.000 3.125 29,000 CGS293U025V4C 0.01810.5 2.000 4.125 30,000 CGS303U025W3C 0.0298.4 2.500 3.125 31,000 CGS313U025R2L 0.0247.6 1.375 2.625 32,000 CGS323U025V4C 0.01810.3 2.000 4.125 33,000 CGS333U025V3C 0.0189.3 2.000 3.125 40,000 CGS403U025R3C 0.0208.4 1.375 3.125 41,000 CGS413U025V4C 0.0209.8 2.000 4.125 43,000 CGS433U025R4C 0.0228.5 1.375 4.125 43,000 CGS433U025X4C 0.02112.2 3.000 4.125 47,000 CGS473U025V4C 0.0229.5 2.000 4.125 50,000 CGS503U025V5L 0.01811.7 2.000 5.625 50,000 CGS503U025W3L 0.01014.9 2.500 3.625 57,000 CGS573U025X5C 0.01714.6 3.000 5.125 58,000 CGS583U025R4C 0.01410.0 1.375 4.125 65,000 CGS653U025W4C 0.00916.5 2.500 4.125 68,000 CGS683U025V4C 0.00617.9 2.000 4.125 70,000 CGS703U025X4C 0.01018.1 3.000 4.125 82,000 CGS823U025V3C 0.01115.5 2.000 3.125 85,000 CGS853U025R5L 0.01112.2 1.375 5.625 90,000 CGS903U025W5L 0.00721.4 2.500 5.625 92,000 CGS923U025X5C 0.00821.6 3.000 5.125 95,000 CGS953U025X4C 0.01116.9 3.000 4.125 100,000 CGS104U025U4C 0.01012.7 1.750 4.125 100,000 CGS104U025V5L 0.00522.8 2.000 5.625 100,000 CGS104U025X3L 0.01116.0 3.000 3.625 110,000 CGS114U025X5C 0.00820.7 3.000 5.125 110,000 CGS114U025X5L 0.00920.9 3.000 5.625 120,000 CGS124U025V4C 0.00815.5 2.000 4.125 120,000 CGS124U025X4C 0.01017.9 3.000 4.125 120,000 CGS124U050X5L 0.00721.6 3.000 5.625 180,000 CGS184U025X4C 0.00430.3 3.000 4.125 190,000 CGS194U025V5L 0.00620.4 2.000 5.625 200,000 CGS204U025W4C 0.00522.0 2.500 4.125 204,000 CGS2043U025X8L 0.00629.9 3.0008.625 270,000 CGS274U025X5L 0.00336.6 3.000 5.625 270,000 CGS274UHX5L3PD 0.00330.0 3.000 5.625 300,000 CGS304U025W5L 0.00526.2 2.500 5.625 310,000 CGS314U025W5L 0.00429.6 2.500 5.625 400,000 CGS404U025X5C 0.00431.6 3.000 5.125 450,000 CGS454U025X5L 0.00334.3 3.000 5.625 480,000 CGS484U025X5R 0.00335.0 3.000 5.875 740,000 CGS744U025X8L 0.00248.3 3.0008.625Typical Max RippleCatalog ESR120 HzCap Part Number120 Hz+85 ºC Dia.Length (µF)(Ω)(A) RMS(Inches)(Inches)30 WVdc ( 40 Vdc Surge )4,500 CGS452U030R2C 0.037 4.4 1.375 2.125 5,000 CGS502U030R2C 0.037 4.5 1.375 2.125 8,000 CGS802U030R3C 0.024 6.4 1.375 3.125 9,200 CGS922U030R3C 0.024 6.4 1.375 3.125 12,000 CGS123U030R4C 0.0188.4 1.375 4.125 13,000 CGS133U030R4C 0.0188.4 1.375 4.125 15,000 CGS153U030R4L 0.0169.3 1.375 4.625 20,000 CGS203U030R5L 0.01311.0 1.375 5.625 30,000 CGS303U030V4C 0.01910.0 2.000 4.125 33,000 CGS333U030V4C 0.0209.8 2.000 4.125 44,000 CGS443U030W3C 0.01511.7 2.500 3.125 50,000 CGS503U030V5L 0.01612.7 2.000 5.625 55,000 CGS553U030W4C 0.00916.3 2.500 4.125 78,000 CGS783U030X4C 0.01116.8 3.000 4.125 100,000 CGS104U030X5L 0.00822.4 3.000 5.62535 WVdc ( 45 Vdc Surge )4,400 CGS442U035R2C 0.145 2.2 1.375 2.125 8,200 CGS822U035R3C 0.024 6.4 1.375 3.125 10,000 CGS103U035V2C 0.038 5.5 2.000 2.125 12,000 CGS123U035R4C 0.0188.4 1.375 4.125 21,000 CGS213U035R3C 0.023 6.4 1.375 3.125 21,000 CGS213U035V3C 0.0297.3 2.000 3.125 30,000 CGS303U035W3C 0.0288.6 2.500 3.125 31,000 CGS313U035V4C 0.0219.6 2.000 4.125 60,000 CGS603U035X5C 0.01019.7 3.000 5.125 70,000 CGS703U035X4C 0.01216.6 3.000 4.12540 WVdc ( 50 Vdc Surge )2,200 CGS222U040R2C 0.044 4.1 1.375 2.125 2,700 CGS272U040R2C 0.042 4.2 1.375 2.125 3,500 CGS352U040R2C 0.038 4.4 1.375 2.125 4,200 CGS422U040R3C 0.028 6.0 1.375 3.125 4,700 CGS472U040R2C 0.036 4.5 1.375 2.125 5,100 CGS512U040R3C 0.026 6.1 1.370 3.125 6,000 CGS602U040R3C 0.025 6.2 1.375 3.125 6,200 CGS622U040R4C 0.0207.9 1.375 4.125 7,500 CGS752U040R4C 0.0198.1 1.375 4.125 9,000 CGS902U040R4C 0.0198.2 1.375 4.125 9,300 CGS932U040V3C 0.0248.1 2.000 3.125 11,000 CGS113U040V3C 0.0248.0 2.000 3.125 12,000 CGS123U040R4C 0.049 5.0 1.375 4.125 12,000 CGS123U040V2C 0.067 4.2 2.000 2.125 13,000 CGS133U040R2C 0.033 6.0 1.375 2.125 13,000 CGS133U040V4C 0.01710.5 2.000 4.125 17,000 CGS173U040R3C 0.025 6.1 1.375 3.125 17,000 CGS173U040V3C 0.0297.4 2.000 3.125 17,000 CGS173U040V4C 0.01810.4 2.000 4.125 18,000 CGS183U040R2L 0.0257.1 1.375 2.625 20,000 CGS203U040V5L 0.01413.6 2.000 5.625 22,000 CGS223U040V3C 0.0317.1 2.000 3.125 23,000 CGS233U040R3C 0.0217.9 1.375 3.125 23,000 CGS233U040V4C 0.0209.9 2.000 4.125 32,000 CGS323U040V4C 0.0219.5 2.000 4.125 33,000 CGS333U040V4C 0.0219.7 2.000 4.125 34,000 CGS343U040R4C 0.0159.4 1.375 4.125 35,000 CGS353U040V5L 0.01512.8 2.000 5.625 40,000 CGS403U040V3C 0.0149.9 2.000 3.125 40,000 CGS403U040W4C 0.01016.3 2.500 4.125 40,000 CGS403U040X4C 0.01018.1 3.000 4.125 43,000 CGS433U040X5C 0.02013.8 3.000 5.125 47,000 CGS473U040V3C 0.01411.0 2.000 3.125 47,000 CGS473U040W4C 0.01015.8 2.500 4.125Typical Max RippleCatalogESR 120 Hz Cap Part Number 120 Hz +85 ºC Dia.Length (µF)(Ω)(A) RMS(Inches)(Inches)40 WVdc ( 50 Vdc Surge )49,000 CGS493U040R5L 0.01311.0 1.375 5.62553,000 CGS533U040X5C 0.00821.5 3.000 5.12555,000 CGS553U040W5L 0.01116.9 2.500 5.62561,000 CGS613U040U4C 0.01111.4 1.750 4.12568,000 CGS683U040X4C 0.01216.0 3.000 4.12571,000 CGS713U040V4C 0.01014.0 2.000 4.12578,000 CGS783U040X6L 0.00922.7 3.000 6.625110,000 CGS114U040V5L 0.00718.6 2.000 5.625 120,000 CGS124U040W4C 0.00620.0 2.500 4.125 150,000 CGS154U040X5L 0.00336.6 3.000 5.625 150,000 CGS154ULX5L3PD 0.00330.0 3.000 5.625 180,000 CGS184U040W5L 0.00527.0 2.500 5.625 230,000 CGS234U040X5C 0.00429.5 3.000 5.125 260,000 CGS264U040X5L 0.00432.1 3.000 5.625 280,000 CGS284U040X5R 0.00432.7 3.000 5.875 430,000 CGS434U040X8L 0.00345.6 3.0008.62550 WVdc ( 65 Vdc Surge )1,600 CGS162U050R2C 0.048 3.9 1.375 2.125 2,200 CGS222U050R2C 0.044 4.1 1.375 2.125 2,900 CGS292U050R3C 0.03 5.7 1.375 3.125 3,000 CGS302U050R2C 0.04 4.3 1.375 2.125 3,300 CGS332U050R2C 0.182 2.0 1.375 2.125 4,100 CGS412U050R3C 0.0227.6 1.375 3.125 4,300 CGS432U050R4C 0.0227.6 1.375 4.1254,900 CGS492U050R3L 0.0237.0 1.375 3.6255,000 CGS502U050R3C 0.026 6.1 1.375 3.1255,700 CGS572U050R3C 0.096 3.2 1.375 3.1256,100 CGS612U050R4C 0.027.9 1.375 4.1256,500 CGS652U050V3C 0.0257.9 2.000 3.1256,700 CGS672U050R3L 0.0227.2 1.375 3.6256,800 CGS682U050R3C 0.024 6.4 1.375 3.1257,500 CGS752U050R4C 0.0198.1 1.375 4.1258,000 CGS802U050V2C 0.043 5.2 2.000 2.1259,600 CGS962U050R2C 0.036 5.6 1.375 2.1259,600 CGS962U050V4C 0.01810.3 2.000 4.125 10,000 CGS103U050R4C 0.0178.5 1.375 4.125 10,000 CGS103U050V2C 0.049 4.9 2.000 2.12512,000 CGS123U050R5L 0.01410.7 1.375 5.625 13,000 CGS133U050R2L 0.027 6.7 1.375 2.625 13,000 CGS133U050R3C 0.031 6.2 1.375 3.125 13,000 CGS133U050V3C 0.0297.3 2.000 3.125 14,000 CGS143U050V5L 0.0317.1 2.000 5.625 14,500 CGS1452U050V3C 0.0227.3 2.000 3.125 15,000 CGS153U050V4C 0.01910.0 2.000 4.125 17,000 CGS173U050R3C 0.0227.5 1.375 3.125 18,000 CGS183U050V3C 0.034 6.8 2.000 3.125 20,000 CGS203U050R4C 0.0198.2 1.375 4.125 20,000 CGS203U050V4C 0.0219.5 2.000 4.125 20,000 CGS203U050V5L 0.01413.2 2.000 5.625 24,000 CGS243U050W3C 0.01412.1 2.500 3.125 25,000 CGS253U050R4C 0.0168.9 1.375 4.125 25,000 CGS253U050U4C 0.0219.8 1.750 4.125 25,000 CGS253U050W4C 0.02410.2 2.500 4.125 27,000 CGS273U050V4C 0.0229.3 2.000 4.12528,000 CGS283U050V5C 0.01811.4 2.000 5.125 30,000 CGS303U050V5L 0.01612.4 2.000 5.625 31,000 CGS313U050W4C 0.0289.6 2.500 4.12533,000 CGS333U050W4C 0.02510.0 2.500 4.12535,000 CGS353U050V3C 0.01610.5 2.000 3.12537,000 CGS373U050R5L 0.01211.8 1.375 5.62541,000 CGS413U050X4L 0.00919.2 3.000 4.62543,000 CGS433U050X5C 0.02312.7 3.000 5.12545,000 CGS453U050U4C0.01211.01.7504.125RatingsTypical Max RippleCatalogESR 120 Hz Cap Part Number 120 Hz +85 ºC Dia.Length(µF)(Ω)(A) RMS (Inches)(Inches)50 WVdc (65 Vdc Surge )48,000 CGS483U050X4C 0.01216.2 3.0 4.12550,000 CGS503U050W5L 0.00820.4 2.5 5.62551,000 CGS513U050X5R 0.01018.4 3.0 5.87553,000 CGS533U050V4C 0.01113.3 2.0 4.12556,000 CGS563U050X3L 0.00523.1 3.0 3.62560,000 CGS603U050X5C 0.01019.8 3.0 5.12568,000 CGS683U050X4C 0.01715.0 3.0 4.12570,000 CGS703U050X5L 0.01615.7 3.0 5.62579,000 CGS793U050V5L 0.00817.7 2.0 5.62582,000 CGS823U050X4C 0.00429.2 3.0 4.12587,000 CGS873U050W4C 0.00719.1 2.5 4.125100,000 CGS104U050X8L 0.00729.3 3.08.625120,000 CGS124U050X5L0.00336.6 3.0 5.625120,000 CGS124UNX5L3PD 0.00330.0 3.0 5.625130,000 CGS134U050W5L 0.00525.8 2.5 5.625190,000 CGS194U050X5L 0.00431.0 3.0 5.625210,000 CGS214U050X5R 0.00431.6 3.0 5.875320,000 CGS324U050X8L 0.00630.7 3.08.62563 WVdc ( 75 Vdc Surge )6,100 CGS612U063R2C 0.043 5.0 1.375 2.1258,900 CGS892U063R2L0.032 6.0 1.375 2.62512,000 CGS123U063R3C 0.027 6.7 1.375 3.12514,000 CGS143U063R4C 0.0198.1 1.375 4.12519,000 CGS193U063V3C 0.0219.2 2.000 3.12520,000 CGS203U063R5L 0.0159.3 1.375 5.62528,000 CGS284U063U4C 0.01410.3 1.750 4.12536,000 CGS363U063V4C 0.01411.5 2.000 4.12555,000 CGS553U063V5L 0.01014.6 2.000 5.62560,000 CGS603U063W4C 0.01015.6 2.500 4.12589,000 CGS893U063W5L 0.01018.0 3.000 4.12591,000 CGS913U063W5L 0.00720.0 2.500 5.625120,000 CGS124U063X5C 0.00721.3 3.000 5.125140,000 CGS144U063X5L 0.00723.2 3.000 5.625150,000 CGS154U063X5R 0.00723.7 3.000 5.875210,000 CGS214U063X8L 0.01221.3 3.0008.62575 WVdc ( 95 Vdc Surge )820 CGS821U075R2C 0.591 1.1 1.375 2.1251,500 CGS152U075R3C 0.041 4.9 1.375 3.1252,100 CGS212U075R3C 0.036 5.3 1.375 3.1252,200 CGS222U075R2C 0.041 4.2 1.375 2.1252,300 CGS232U075R4C 0.028 6.6 1.375 4.1252,500 CGS252U075R4C 0.096 3.2 1.375 4.1252,900 CGS292U075R3C 0.032 5.6 1.375 3.1253,300 CGS332U075R3C 0.120 2.9 1.375 3.1254,200 CGS422U075R4C 0.0237.4 1.375 4.1254,800 CGS482U075R3C 0.031 6.7 1.375 3.1254,800 CGS482U075V3C 0.0307.2 2.000 3.1255,000 CGS502U075R2C 0.058 4.4 1.375 2.1255,600 CGS562U075R4C 0.0217.8 1.375 4.1256,300 CGS632U075R5L 0.0179.8 1.375 5.6257,000 CGS702U075R2L 0.044 5.3 1.375 2.6257,100 CGS712U075V4C 0.0229.5 2.000 4.1257,300 CGS732U075V3C0.078 4.5 2.000 3.1257,500 CGS752U075V5L 0.01712.3 2.000 5.6259,000 CGS902U075R3C0.036 5.9 1.375 3.12510,000 CGS103U075R3C 0.029 5.8 1.375 3.12510,000 CGS103U075V3C 0.041 6.2 2.000 3.12510,000 CGS103U075V4C 0.0249.0 2.000 4.12512,000 CGS123U075R4C 0.0217.6 1.375 4.12512,000 CGS123U075V4C 0.0268.7 2.000 4.12513,000 CGS133U075R4C 0.0267.21.3754.125RatingsTypical Max RippleCatalog ESR120 HzCap Part Number120 Hz+85 ºC Dia.Length (µF)(Ω)(A) RMS(Inches)(Inches)75 WVdc ( 95 Vdc Surge )15,000 CGS153U075V5L 0.01811.9 2.000 5.625 17,000 CGS173U075W4C 0.0338.8 2.500 4.125 17,000 CGS173U075X4C 0.0339.8 3.000 4.125 18,000 CGS183U075V3C 0.0238.9 2.000 3.125 18,000 CGS183U075V4C 0.00914.5 2.000 4.125 19,000 CGS193U075R5L 0.0197.8 1.375 5.625 23,000 CGS233U075U4C 0.0179.8 1.750 4.125 25,000 CGS253U075X4C 0.0399.0 3.000 4.125 25,000 CGS253U075W5L 0.02411.7 2.500 5.625 25,000 CGS253U075X4C 0.01415.0 3.000 4.125 26,000 CGS263U075V4C 0.02810.3 2.000 4.125 26,000 CGS263U075X5R 0.03710.6 3.000 5.875 27,000 CGS273U075V4C 0.01611.0 2.000 4.125 27,000 CGS273U075X3L 0.01912.5 3.000 3.625 33,000 CGS333U075X4C 0.01912.7 3.000 4.125 37,000 CGS373U075V5L 0.01116.4 2.000 5.625 37,000 CGS373U075X5L 0.01019.7 3.000 5.625 41,000 CGS413U075V5L 0.01114.6 2.000 5.625 45,000 CGS453U075W4C 0.01214.7 2.500 4.125 55,000 CGS553U075X8L 0.00827.4 3.0008.625 68,000 CGS683U075W5L 0.00820.0 2.500 5.625 68,000 CGS683U075X5L 0.00530.0 3.000 5.625 90,000 CGS903U075X5C 0.00821.3 3.000 5.125 100,000 CGS104U075X5L 0.00723.2 3.000 5.625 110,000 CGS114U075X5R 0.00723.7 3.000 5.875 140,000 CGS144U075X8L 0.01221.3 3.0008.625100 WVdc (125 Vdc Surge )850 CGS851U100R2C 0.120 2.5 1.375 2.125 1,200 CGS122U100R3C 0.062 3.5 1.375 3.125 1,700 CGS172U100R3C 0.069 3.8 1.375 3.125 2,400 CGS242U100R4C 0.050 5.0 1.375 4.125 3,100 CGS312U100R2C 0.068 4.0 1.375 2.125 3,100 CGS312U100R5C 0.036 6.4 1.375 5.125 4,000 CGS402U100R4C 0.031 6.2 1.375 4.125 4,000 CGS402U100V4C 0.0367.3 2.000 4.125 4,500 CGS452U100R2L 0.051 4.8 1.375 2.625 5,900 CGS592U100R3C 0.042 5.4 1.375 3.125 6,000 CGS602U100V4C 0.0337.6 2.000 4.125 8,600 CGS862U100R4C 0.029 6.5 1.375 4.125 9,000 CGS902U100V5L 0.02410.2 2.000 5.625 10,000 CGS103U100W4C 0.0408.0 2.500 4.125 12,000 CGS123U100V3C 0.0267.7 2.000 3.125 13,000 CGS133U100R5L 0.0247.2 1.375 5.625 15,000 CGS153U100V4C 0.0367.3 2.000 4.125 15,000 CGS153U100W5L 0.0438.6 2.500 5.625 15,000 CGS153U100X4C 0.0517.9 3.000 4.125 16,000 CGS163U100U4C 0.0198.9 1.750 4.125 18,000 CGS183U100V4C 0.01810.5 2.000 4.125 28,000 CGS283U100V5L 0.01214.0 2.000 4.625 30,000 CGS303U100W4C 0.01115.2 2.500 4.125 33,000 CGS333U100X8L 0.00925.0 3.0008.625 39,000 CGS393U100X5R 0.01115.8 3.000 5.875 45,000 CGS453U100W5L 0.01018.1 3.000 4.125 46,000 CGS463U100W5L 0.00820.1 2.500 5.625 60,000 CGS603U100X5C 0.00920.6 3.000 5.125 68,000 CGS683U100X5L 0.00822.5 3.000 5.625 74,000 CGS743U100X5R 0.00723.3 3.000 5.875 96,000 CGS963U100X8L 0.01320.9 3.0008.625150 WVdc (175 Vdc Surge )400 CGS401U150R2C 0.137 2.3 1.375 2.125 720 CGS721U150R3C 0.063 3.5 1.375 3.125Typical Max RippleCatalog ESR120 HzCap Part Number120 Hz+85 ºC Dia.Length (µF)(Ω)(A) RMS(Inches)(Inches)150 WVdc (175 Vdc Surge )950 CGS951U150R3C 0.087 3.4 1.375 3.125 1,100 CGS112U150R2C 0.102 3.2 1.375 2.125 1,100 CGS112U150R4C 0.064 4.4 1.375 4.125 1,600 CGS162U150R2L 0.071 3.8 1.375 2.625 2,100 CGS212U150R3C 0.074 4.3 1.375 3.125 2,400 CGS242U150V3C 0.117 3.7 2.000 3.125 3,100 CGS312U150R4C 0.038 5.8 1.375 4.125 3,300 CGS332U150V5C 0.0328.4 2.000 5.125 3,500 CGS352U150V5L 0.03111.4 2.000 5.625 4,400 CGS442U150V3C 0.0327.0 2.000 3.125 4,700 CGS472U150R5L 0.0267.9 1.375 5.625 4,800 CGS482U150W4L 0.0309.5 2.500 4.625 5,300 CGS532U150U4C 0.0238.3 1.750 4.125 5,700 CGS572U150X4C 0.0379.3 3.000 4.125 6,200 CGS622U150W5L 0.02511.4 2.500 5.625 6,700 CGS672U150U4C 0.0229.4 2.000 4.125 7,700 CGS772U150X5C 0.02911.3 3.000 5.125 8,700 CGS872U150X5R 0.02712.5 3.000 5.875 10,000 CGS103U150V5L 0.01512.7 2.000 5.625 10,000 CGS103U150X5C 0.03410.4 3.000 5.125 11,000 CGS113U150W4C 0.01712.1 2.500 4.125 12,000 CGS123U150V5L 0.01416.5 2.000 5.625 12,000 CGS123U150X5L 0.01317.8 3.000 5.625 17,000 CGS173U150W5L 0.02012.7 2.500 5.625 22,000 CGS223U150X5C 0.01515.6 3.000 5.125 25,000 CGS253U150X5L 0.01218.4 3.000 5.625 26,000 CGS263U150X5R 0.01119.1 3.000 5.875 43,000 CGS433U150X8L 0.01419.9 3.0008.625200 WVdc (250 Vdc Surge )590 CGS591T200R3C 0.151 2.6 1.375 3.125 800 CGS801T200R2C 0.102 2.7 1.375 2.125 1,000 CGS102T200R4C 0.113 3.2 2.000 2.125 1,000 CGS102T200V2C 0.097 3.6 1.375 4.125 1,200 CGS122T200R2L 0.071 3.5 1.375 2.625 1,400 CGS142T200V3C 0.081 4.4 2.000 3.125 1,500 CGS152T200R3C 0.054 4.3 1.375 3.125 1,600 CGS162T200V3C 0.074 4.6 2.000 3.125 2,000 CGS202T200V4C 0.057 5.8 2.000 4.12 2,200 CGS222T200R4C 0.038 5.8 1.375 4.125 2,200 CGS222T200V4C 0.054 6.0 2.000 4.125 2,700 CGS272T200V4C 0.048 6.4 2.000 4.125 3,100 CGS312T200V3C 0.0327.0 2.000 3.125 3,300 CGS332T200R5L 0.0267.9 1.375 5.625 3,300 CGS332T200W4C 0.060 6.5 2.500 4.125 3,400 CGS342T200W4C 0.076 5.8 2.500 4.125 3,600 CGS362T200V4C 0.042 6.7 2.000 4.125 4,000 CGS402T200U4C 0.0238.3 1.750 4.125 4,000 CGS402T200V3C 0.062 5.0 2.000 3.125 4,000 CGS402T200W4C 0.055 6.8 2.500 4.125 4,600 CGS462T200X4C 0.0478.2 3.000 4.125 4,700 CGS472T200V4C 0.0219.4 2.000 5.625 4,800 CGS482T200V4C 0.042 6.8 2.000 4.125 5,000 CGS502T200W5C 0.0369.2 2.500 5.125 5,200 CGS522T200V5L 0.02111.0 2.000 5.625 5,400 CGS542T200X4L 0.02112.6 3.000 4.625 5,500 CGS552T200X4C 0.02710.9 3.000 4.125 6,200 CGS622T200X4C 0.0399.0 3.000 4.125 7,200 CGS722T200V5L 0.01911.5 2.000 5.625 7,400 CGS742T200X5L 0.01815.0 3.000 5.625 7,700 CGS772T200X5L 0.01815.0 3.000 5.625 7,800 CGS782T200W4C 0.01712.1 2.500 4.125 9,400 CGS942T200X4C 0.02112.1 3.000 4.125 12,000 CGS123T200W5L 0.01316.0 2.500 5.625RatingsTypical Max RippleCatalog ESR120 HzCap Part Number120 Hz+85 ºC Dia.Length (µF)(Ω)(A) RMS(Inches)(Inches)200 WVdc ( 250 Vdc Surge )14,000 CGS143T200X5L 0.01516.13 5.625 16,000 CGS163T200X5C 0.01515.63 5.125 18,000 CGS183T200X5L 0.01218.43 5.625 18,000 CGS183T200X5L 0.01615.93 5.625 19,000 CGS193T200X5R 0.01119.13 5.875 25,000 CGS253T200X8L 0.01519.938.625 30,000 CGS303T200X8L 0.01122.738.625250 WVdc ( 300 Vdc Surge )200 CGS201T250R2C 0.241 1.7 1.375 2.125 250 CGS251T250R2C 0.278 1.6 1.375 2.125 470 CGS471T250R3C 0.439 1.5 1.375 3.125 550 CGS551T250R4C 0.098 3.6 1.375 4.125 620 CGS621T250R2C 0.137 2.3 1.375 2.125 720 CGS721T250R4C 0.110 3.4 1.375 4.125 900 CGS901T250R2L 0.095 3.0 1.375 2.625 1,000 CGS102T250R5L 0.078 4.6 1.375 5.625 1,200 CGS122T250R3C 0.073 3.7 1.375 3.125 1,200 CGS122T250V3C 0.080 4.4 2.000 3.125 1,700 CGS172T250R4C 0.050 5.0 1.375 4.125 1,700 CGS172T250V2L 0.070 4.4 2.000 2.625 1,700 CGS172T250V4C 0.057 5.8 2.000 4.125 1,900 CGS192T250V5L 0.105 4.9 2.000 5.625 1,900 CGS192T250W4C 0.078 6.6 2.500 4.125 2,500 CGS252T250V5L 0.0417.8 2.000 5.625 2,600 CGS262T250R5L 0.035 6.9 1.375 5.625 2,800 CGS282T250V4C 0.046 6.5 2.000 4.125 2,900 CGS292T250V3L 0.041 6.5 2.000 3.625 2,900 CGS292T250W4L 0.0438.0 2.500 4.625 2,900 CGS292T250X4C 0.0508.0 3.000 4.125 3,100 CGS312T250U4C 0.0307.3 1.750 4.125 3,700 CGS372T250V4C 0.0278.4 2.000 4.125 4,100 CGS412T250V4L 0.0298.5 2.000 4.625 4,100 CGS412T250V5L 0.02110.7 2.000 5.625 4,200 CGS422T250W5L 0.02311.9 2.500 5.625 5,600 CGS562T250V5L 0.01911.3 2.000 5.625 6,000 CGS602T250V5L 0.02210.1 2.000 5.625 6,000 CGS602T250W4C 0.02210.6 2.500 4.125 6,000 CGS602T250X5L 0.0479.2 3.000 5.625 7,200 CGS722T250X4C 0.02311.7 3.000 4.125 7,400 CGS742T250X3L 0.02610.5 3.000 3.625 9,000 CGS902T250W5L 0.01610.4 2.500 5.625 9,200 CGS922T250W5L 0.01514.6 2.500 5.625 10,000 CGS103T250X4L 0.02013.0 3.000 4.625 10,000 CGS103T250X5L 0.01615.6 3.000 5.625 12,000 CGS123T250X5C 0.01714.6 3.000 5.125 13,000 CGS133T250X5L 0.01714.0 3.000 5.625 14,000 CGS143T250X5L 0.01317.3 3.000 5.625 15,000 CGS153T250X5R 0.01317.9 3.000 5.875 19,000 CGS193T250X8L 0.01618.8 3.0008.625 22,000 CGS223T250X8L 0.01023.8 3.0008.625Typical Max RippleCatalog ESR120 HzCap Part Number120 Hz+85 ºC Dia.Length (µF)(Ω)(A) RMS(Inches)(Inches)400 WVdc ( 450 Vdc Surge )1,700 CGS172T400V4C 0.060 5.7 2.0 4.125 2,600 CGS262T400V5L 0.0407.8 2.0 5.625 2,800 CGS282T400W4C 0.0427.8 2.5 4.125 4,200 CGS422T400W5L 0.0359.6 3.0 4.125 4,300 CGS432T400W5L 0.02810.8 2.5 5.625 5,700 CGS572T400X5C 0.02611.9 3.0 5.125 6,400 CGS642T400X5L 0.02413.0 3.0 5.625 7,000 CGS702T400X5R 0.02213.5 3.0 5.875 11,000 CGS113T400X8L 0.01519.8 3.08.265450 WVdc ( 525 Vdc Surge )75 CGS750T450R2C 0.8350.9 1.375 2.125100 CGS101T450R2C 0.737 1.0 1.375 2.125 140 CGS141T450R3C 0.496 1.4 1.375 3.125 170 CGS171T450R3C 0.456 1.5 1.375 3.125 210 CGS211T450R4C 0.332 1.9 1.375 4.125 240 CGS241T450R2C 0.416 1.3 1.375 2.125 250 CGS251T450R4C 0.308 2.0 1.375 4.125 320 CGS321T450V3C 0.253 2.5 2.000 3.125 350 CGS351T450R2L 0.288 1.7 1.375 2.625 350 CGS351T450R5C 0.226 3.2 1.375 5.125 400 CGS401T450R5L 0.198 2.9 1.375 5.625 450 CGS451T450V3C 0.188 2.9 2.000 3.125 460 CGS461T450R3C 0.221 2.1 1.375 3.125 480 CGS481T450V4C 0.171 3.4 2.000 4.125 620 CGS621T450V2L 0.201 2.6 2.000 2.625 650 CGS651T450V4C 0.154 3.7 2.000 4.125 680 CGS681T450R4C 0.151 2.9 1.375 4.125 800 CGS801T450V4L 0.108 4.4 2.000 4.625 930 CGS931T450V3C 0.116 3.7 2.000 3.125 970 CGS971T450V4C 0.096 4.5 2.000 4.125 1,000 CGS102T450R5L 0.103 4.0 1.375 5.625 1,000 CGS102T450V3L 0.100 4.1 2.000 3.625 1,000 CGS102T450W4C 0.082 5.5 2.500 4.125 1,100 CGS112T450U4C 0.094 4.1 1.750 4.125 1,100 CGS112T450X4C 0.076 6.5 3.000 4.125 1,400 CGS142T450V4C 0.076 5.0 2.000 4.125 1,400 CGS142T450V4L 0.069 5.5 2.000 4.625 1,400 CGS142T450V5L 0.059 6.5 2.000 5.625 1,400 CGS142T450W5C 0.0607.1 2.500 5.125 1,500 CGS152T450X4C 0.0597.4 3.000 4.125 1,500 CGS152T450X5C 0.0578.1 3.000 5.125 1,700 CGS172T450W3L 0.063 6.0 2.500 3.625 1,800 CGS182T450V5L 0.054 5.4 2.000 5.625 1,800 CGS182T450X5R 0.0489.3 3.000 5.875 1,900 CGS192T450X5L 0.0527.6 3.000 5.625 2,000 CGS202T450X5C 0.0459.1 3.000 5.125 2,200 CGS222T450V5L 0.051 6.9 2.000 5.625 2,200 CGS222T450X4C 0.0458.4 3.000 4.125 2,300 CGS232T450W4C 0.0527.0 2.500 4.125 2,400 CGS242T450W4C 0.0487.2 2.500 4.125 2,400 CGS242T450W4L 0.0557.1 2.500 4.625 2,400 CGS242T450X5L 0.03810.3 3.000 5.625。