RB-3.309D中文资料

RJK0330DPB中文资料RJK0330DPBSilicon N Channel Power MOS FET Power SwitchingREJ03G1639-0400Rev.4.00Apr 10, 2008FeaturesHigh speed switchingCapable of 4.5 V gate driveLow drive currentHigh density mountingLow on-resistanceR DS(on) = 2.1 m? typ. (at V GS = 10 V) Pb-freeOutlineAbsolute Maximum Ratings(Ta = 25°C)UnitRatingsItem SymbolDrain to source voltage V DSS 30 V Gate to source voltage V GSS±20 V Drain current I D 45 ADrain peak current I D(pulse)Note1 180 ABody-drain diode reverse drain current I DR 45 A Avalanche current I AP Note 2 22 A Avalanche energy E AR Note 2 48.4 mJ Channel dissipation Pch Note3 55 WChannel to Case Thermal Resistance θch-C 2.27 °C/WCha nnel temperature Tch 150 °CStorage temperature Tstg –55 to +150 °CNotes: 1. PW ≤ 10 μs, duty cycle ≤ 1%2. Value at Tch = 25°C, Rg ≥ 50 ?3. Tc = 25°CElectrical Characteristics(Ta = 25°C)Item Symbol Min Typ Max Unit Test ConditionsDrain to source breakdownvoltageV (BR)DSS 30 —— V I D = 10 mA, V GS = 0 Gate to source leak current I GSS ——±0.1 μA V GS = ±20 V, V DS = 0 Zero gate voltage drain current I DSS ——1 μA V DS = 30 V, V GS = 0 Gate to source cutoff voltage V GS(off) 1.2 — 2.5 V V DS = 10 V, I D = 1 mAR DS(on) — 2.1 2.7 m ? I D = 22.5 A, V GS = 10 V Note4 Static drain to source on stateresistance R DS(on) — 2.8 3.9 m ? I D = 22.5 A, V GS = 4.5 V Note4 Forward transfer admittance |y fs | — 90 — S I D = 22.5 A, V DS = 10 V Note4 Input capacitance Ciss — 4300 — pF Output capacitance Coss — 800 — pFReverse transfer capacitance Crss — 245 — pF V DS = 10 V, V GS = 0,f = 1 MHz Gate Resistance Rg — 0.4 — ? Total gate charge Qg — 27 — nC Gate to sourcecharge Qgs — 10.5 — nCGate to drain charge Qgd — 5.8 — nC V DD = 10 V, V GS =4.5 V,I D = 45 A Turn-on delay time t d(on) — 6.8 — ns Rise time t r — 3.9 — nsTurn-off delay time t d(off) — 50 — ns Fall timet f — 5.4 — ns V GS = 10 V, I D = 22.5 A,V DD ? 10 V, R L = 0.44 ?, Rg = 4.7 ? Body–drain diode forward voltage V DF — 0.78 1.02 V I F = 45 A, V GS = 0 Note4 Body–drain diode reverse recovery timet rr — 36 — ns I F = 45 A, V GS = 0di F / dt = 100 A/ μs Body–drain diode reverse recovery charge Q rr — 34 — nCNotes: 4. Pulse testMain CharacteristicsPackage DimensionsOrdering InformationPart No. Quantity Shipping Containerpcs TapingRJK0330DPB-00-J0 2500Refer to "/en/network " for the latest and detailed information.Renesas Technology America, Inc.450 Holger Way, San Jose, CA 95134-1368, U.S.A Tel: <1> (408) 382-7500, Fax: <1> (408) 382-7501Renesas Technology Europe LimitedDukes Meadow, Millboard Road, Bourne End, Buckinghamshire, SL8 5FH, U.K.Tel: <44> (1628) 585-100, Fax: <44> (1628) 585-900Renesas Technology (Shanghai) Co., Ltd.Unit 204, 205, AZIACenter, No.1233 Lujiazui Ring Rd, Pudong District, Shanghai, China 200120Tel: <86> (21) 5877-1818, Fax: <86> (21) 6887-7858/7898Renesas Technology Hong Kong Ltd.7th Floor, North Tower, World Finance Centre, Harbour City, Canton Road, Tsimshatsui, Kowloon, Hong Kong Tel: <852> 2265-6688, Fax: <852> 2377-3473Renesas Technology Taiwan Co., Ltd.10th Floor, No.99, Fushing North Road, Taipei, Taiwan Tel: <886> (2) 2715-2888, Fax: <886> (2) 3518-3399Renesas Technology Singapore Pte. Ltd.1 Harbour Front Avenue, #06-10, Keppel Bay Tower, Singapore 098632 Tel: <65> 6213-0200, Fax: <65> 6278-8001Renesas Technology Korea Co., Ltd.Kukje Center Bldg. 18th Fl., 191, 2-ka, Hangang-ro, Yongsan-ku, Seoul 140-702, Korea Tel: <82> (2) 796-3115, Fax: <82> (2) 796-2145Renesas Technology Malaysia Sdn. BhdUnit 906, Block B, Menara Amcorp, Amcorp Trade Centre, No.18, Jln Persiaran Barat, 46050 Petaling Jaya, Selangor Darul Ehsan, Malaysia Tel: <603> 7955-9390, Fax: <603> 7955-9510 RENESAS SALES OFFICES。

2. Approval Procedure认可程序2.1 Submission of documents提交的文件Application for approval should be sent to the local DNVoffice together with the following information: 包括下列资料的认可申请文件应提交当地DNV办公室：_ name and address of the manufacturer制造商的名称和地址_ a list of products for which approval is requested,认可的产品清单，包括钢种，制造方法，尺寸和交货状态including steel types, method of manufacture,dimensions and condition of supply_ an outline of the organisation structure including qualitycontrol responsibilities组织结构图，包括质量管理职责_ an outline of manufacturing facilities and equipment制造设施和设备清单_ manufacturing flow chart(s) indicating all process stepsand the associated testing and inspection points制造流程图，包括所有的制造工序和相关的试验和检验点_ reference to written procedures for testing andinspection. Procedures need not be submitted, but mustbe available for review at the manufacturer’s worksupon request引用书面的试验和检验程序。

ASTM-D标准中⽂版5北京博诚⾏标企业管理咨询有限公司←点击进⼊官⽹ASTM D4835-1989 丙⼆醇单甲基醚⼄酸酯 20 中⽂ASTM D4836-1989 双丙⼆醇单基醚 20 中⽂ASTM D4837-1989 丙⼆醇单甲基醚 20 中⽂ASTM D4849-2002b 纱线和纤维的标准术语 120 中⽂ASTM D4850-2003a 织物的标准术语 150 中⽂ASTM D4856-1999(2004) ⼯作场所⼤⽓中硫酸酸雾的测定(离⼦⾊谱法) 50 中⽂ASTM D4869-2005(R2011) 陡坡屋⾯⽤浸渍沥青有机油毡垫层的标准规范 90 中⽂ASTM D4884-2014a ⼟⼯织物缝合或热粘结缝隙强度的标准试验⽅法 100 中⽂ASTM D4886-2010(R2016) 测定⼟⼯织物耐磨性的标准试验⽅法(砂纸/滑块法) 80 中⽂ASTM D4914-2016 在试坑内⽤灌砂法测定⼟和岩⽯原位密度的标准试验⽅法 280 中⽂ASTM D4926-2006 ⽤X射线粉末衍射法测定含硅和铝的催化剂中的γ-氧化铝含量 30 中⽂ASTM D4929-2017 测定原油中有机氯含量的标准试验⽅法 280 中⽂ASTM D4931-2006(R2011) ⽣⽯油焦中总⽔分的标准测试⽅法 70 中⽂ASTM D4944-2011 ⽤碳化钙⽓压试验机现场测定⼟壤中⽔(⽔分)含量的标准试验⽅法 100 中⽂ASTM D4945-2012 深基础⾼应变动态试验的标准试验⽅法 130 中⽂ASTM D4952-2012(R2017) 定性分析燃料和溶剂中活性硫的标准试验⽅法(Doctor试验) 80 中⽂ASTM D4959-2007 直接加热测定⼟壤中含⽔量的标准测试⽅法 80 中⽂ASTM D4966-1998(R2004) 纺织品耐磨性试验⽅法(马丁代尔磨损试验仪法) 80 中⽂ASTM D4976-2012a 聚⼄烯塑料模塑和挤塑材料的标准规范 120 中⽂ASTM D5001-2010(R2014) 球柱润滑性评定仪(BOCLE)测定涡轮燃料润滑性的标准试验⽅法 150 中⽂ASTM D5002-1999(R2010) 采⽤数字式密度计法测量原油密度和相对密度的试验⽅法 90 中⽂ASTM D5026-2015 测定塑料动态机械性能的标准试验⽅法:拉伸法 80 中⽂ASTM D5030-2013a 在试坑内⽤灌⽔法测定⼟和岩⽯原位密度的标准试验⽅法 280 中⽂ASTM D5034-2009 纺织品断裂强度及伸长率测试⽅法(抓样法) 140 中⽂ASTM D5035-2011(R2015) 纺织品断裂⼒及伸长率测试(条样法) 120 中⽂ASTM D5038-2001 纺织品保存标准术语 20 中⽂ASTM D5064-2007(R2012) 实施补漆试验以评估涂层相容性的标准规程 50 中⽂ASTM D5103-2001 合成短纤维长度及长度分布的标准试验⽅法(单纤维试验) 60 中⽂ASTM D5104-2002 纺织纤维收缩的标准试验⽅法(单纤维试验) 80 中⽂ASTM D5116-2010 通过⼩型环境室测定室内材料/产品的有机排放物的标准指南 220 中⽂ASTM D5125-1991 ISO流量杯法测定油漆和有关物体的粘度 80 中⽂ASTM D5135-1990 苯⼄烯的⽑细管⽓相谱分析 50 中⽂ASTM D5136-1990 ⾼纯对⼆甲苯 20 中⽂ASTM D5137-1990 ⼄酸已酯 20 中⽂ASTM D5147-2014 改性沥青板材抽样和检验的标准试验⽅法 120 中⽂ASTM D5164-1991 丙⼆醇和⼆丙⼆醇 20 中⽂ASTM D5191-2015 ⽯油产品蒸⽓压的标准试验⽅法(微量法) 150 中⽂ASTM D5194-1991 液体芳烃中微量氯化物的试验 50 中⽂ASTM D5199-2012 测量⼟⼯合成物公称厚度的标准试验⽅法 80 中⽂ASTM D5211-1991 对⼆甲苯原料和⼆甲苯 20 中⽂ASTM D5261-2010 测量⼟⼯布单位⾯积质量的标准试验⽅法 50 中⽂ASTM D5291-2010 ⽯油产品及润滑剂中碳、氢、氮测定法(仪器测定法) 130 中⽂ASTM D5289-2012 ⽤⽆转⼦硫化仪测定橡胶性能的标准测试⽅法 120 中⽂ASTM D5293-2017a ⽤冷起动模拟装置测量-10⾄-35发动机油表观粘度的标准⽅法 190 中⽂ASTM D5304-2015 ⽤氧⽓超压评估中间馏分燃料贮存安定性的标准试验⽅法 110 中⽂ASTM D5309-1992 环已烷-999 20 中⽂ASTM D5321-2014 通过直接剪切测定⼟壤-⼟⼯合成材料和⼟⼯合成材料，⼟⼯合成材料界⾯抗剪强度标准试验⽅法 150 中⽂ASTM D5332-2000 棉纤维长度及长度分布的标准试验⽅法 80 中⽂ASTM D5333-2003 测量⼟壤塌陷潜在可能性的标准试验⽅法 70 中⽂ASTM D5373-2016 测定煤分析样中碳、氢和氮及煤炭分析样中碳的标准试验⽅法 190 中⽂ASTM D5397-2007(R2012) ⽤缺⼝恒拉伸负荷试验对聚烯烃⼟⼯膜的耐应⼒开裂性能评价的标准试验⽅法 100 中⽂ASTM D5402-2006(R2011) 采⽤溶剂擦拭法评估有机涂层耐溶剂性能的标准规程 80 中⽂ASTM D5442-1993(R2013) 使⽤⽓相⾊谱法分析⽯油蜡的标准试验⽅法 100 中⽂ASTM D5443-2014 ⽯油馏分⾄200中烷烃，环烷烃和芳烃的烃类型分析标准⽅法(多维⽓相⾊谱法) 190 中⽂ASTM D5452-2012 使⽤实验室过滤法测定航空燃料中颗粒污染物的标准试验⽅法 150 中⽂ASTM D5453-2016e1 轻质烃，⽕花点⽕发动机燃料，柴油机燃料及发动机燃料的总硫含量测定标准试验⽅法(紫外荧光法) 180 中⽂ASTM D5470-2017 热导性电绝缘材料热传输特性的标准试验⽅法 130 中⽂ASTM D5542-2004(R2009) 使⽤离⼦⾊谱法分析⾼纯度⽔中痕量阴离⼦的标准试验⽅法 150 中⽂ASTM D5587-2015 梯形法测定织物撕裂强度的标准试验⽅法 120 中⽂ASTM D5596-2003(R2016) ⽤显微镜评定聚烯烃⼟⼯合成材料中碳⿊分散度的标准试验⽅法 70 中⽂ASTM D5602-2011 屋⾯薄膜试样抗静态刺穿性能的标准试验⽅法 80 中⽂ASTM D5607-2008 在恒定法向⼒下实施岩⽯样品的实验室直接剪切强度试验标准试验⽅法 110 中⽂ASTM D5630-2013 塑料中灰分含量测定的标准⽅法 80 中⽂ASTM D5647-2001 ⽤光电仪法测定纱线⽑⽻的标准指南 60 中⽂ASTM D5685-2011 “玻璃纤维”(玻璃纤维增强热固性树脂)压⼒管管件标准规范 90 中⽂ASTM D5705-2014 测量残留燃料油上⽅⽓相硫化氢的试验⽅法 80 中⽂ASTM D5709-2009 ⽯油焦筛析的标准测试⽅法 60 中⽂ASTM D5721-2008(R2013) 聚烯烃⼟⼯薄膜在热风炉中⽼化的标准实施规程 70 中⽂ASTM D5731-2008 测定岩⽯点载荷强度指数以及岩⽯强度应⽤分类的标准试验⽅法 140 中⽂ASTM D5748-1995(R2012) 测定拉伸缠绕膜的抗突出物刺穿性的标准试验⽅法 80 中⽂ASTM D5762-2012 ⽯油和⽯油产品中氮含量的测定⾈进样化学发光法 90 中⽂ASTM D5777-2000(R2011)e1 ⽤于地下勘测的地震折射法使⽤标准指南 210 中⽂ASTM D5778-2012 ⼟壤电⼦摩擦锥和压电静⼒触探试验的标准试验⽅法 240 中⽂ASTM D5783-1995(R2012) 地质环境勘探⽤带⽔基钻流的直接旋转钻机和地下⽔质量监督设备安装的标准导则 100 中⽂ASTM D5797-2007 汽车⽕花点⽕发动机⽤甲醇燃料(M70~M85)标准规范 280 中⽂ASTM D5808-2009a(R2014) 微库仑法测定芳烃及其相关化合物中有机氯化物含量的标准试验⽅法 100 中⽂ASTM D5853-2017a 原油倾点测定的标准试验⽅法 160 中⽂ASTM D5868-2001(R2014) 纤维强化塑胶(FRP)粘结⽤搭接剪切粘合剂的标准试验法 50 中⽂ASTM D5882-2016 深基础低应变冲击完整性测试的标准试验⽅法 120 中⽂ASTM D5885-2015 利⽤⾼压差⽰扫描量热法测定聚烯烃⼟⼯合成织物的氧化感应时间的标准试验⽅法 90 中⽂ASTM D5904-2002(R2017) 通过紫外线、过硫酸盐氧化和薄膜电导率检测对⽔中总碳、⽆机碳和有机碳测定的标准试验⽅法140 中⽂ASTM D5972-2015 航空燃料冰点的标准测试⽅法(⾃动相转换法) 80 中⽂ASTM D5984-2011 ⽤显⾊指⽰剂滴定法对新的和已⽤过的润滑剂中碱值的半定量现场试验的试验⽅法 50 中⽂ASTM D5994-2010(R2015)e1 织物状⼟⼯膜测量芯厚度的标准试验⽅法 80 中⽂ASTM D5997-2015 通过紫外线、过硫酸盐氧化和薄膜电导率检测对⽔中总碳和⽆机碳进⾏在线监测的标准试验⽅法 120 中⽂ASTM D6026-2013 ⼟⼯技术数据使⽤有效数字的标准规程 90 中⽂ASTM D6079-2011 ⽤⾼频往复装置评定柴油润滑性的标准试验⽅法 100 中⽂ASTM D6110-2010 测定塑料凹⼝试样抗夏⽒冲击性能的标准试验⽅法 280 中⽂ASTM D6124-2006(R2011) 医⽤⼿套上残留粉末的标准试验⽅法 80 中⽂ASTM D6147-1997(R2014) 硫化橡胶和热塑性弹性体的标准试验⽅法—压缩状态下⼒衰减(应⼒松弛)的测定 110 中⽂ASTM D6198-2001e1 运输包装设计指南 80 中⽂ASTM D6217-2011 通过实验室过滤测定中间蒸馏燃料中微粒污染物的标准试验法 100 中⽂ASTM D6241-2014 使⽤50mm探头测定⼟⼯织物和⼟⼯织物相关产品静态穿刺强度的标准试验⽅法 80 中⽂ASTM D6304-2016e1 ⽤卡尔费歇尔库仑滴定法测定⽯化产品，润滑油及添加剂中⽔分的标准测试⽅法 120 中⽂ASTM D6316-2004 煤和焦炭的固体残渣中总碳的测定，可燃烧碳和碳酸盐碳 60 中⽂ASTM D6317-2015 通过紫外线、过硫酸盐氧化和薄膜电导率检测对⽔中总碳、有机碳和⽆机碳低⽔平测定的标准试验⽅法140 中⽂ASTM D6349-2008 电感耦合等离⼦体原⼦发射光谱测定煤和焦炭及其燃烧残渣中的主要和微量元素 120 中⽂ASTM D6364-2006 (R2011) 测定⼟⼯合成材料短期压缩⾏为的标准试验⽅法 80 中⽂ASTM D6376-2010 通过波长⾊散X射线荧光谱测定⽯油焦中痕量⾦属的试验⽅法 80 中⽂ASTM D6392-2012 测定由热熔法制造的⾮增强⼟⼯膜接缝完整性的标准试验⽅法 80 中⽂ASTM D6414-2006 酸提取或湿法氧化/冷原⼦吸收测定煤和煤燃烧残留物中总汞 80 中⽂ASTM D6429-1999(R2011)e1 地表地球物理学⽅法选择标准指南 150 中⽂ASTM D6489-1999(R2012) 测定⽤防⽔涂料处理过的硬化混凝⼟吸⽔率的标准试验⽅法 50 中⽂ASTM D6526-2012 ⽤⽑细管柱⽓相⾊谱法分析甲苯的标准试验⽅法 100 中⽂ASTM D6554-2000 100%全棉劳动布标准性能规范 80 中⽂ASTM D6560-2012 原油和⽯油产品中沥青质测定(正庚烷不溶物)标准试验⽅法 120 中⽂ASTM D6563-2012 ⽓相⾊谱法分析苯、甲苯、⼆甲苯(BTX)浓缩物的标准试验⽅法 100 中⽂ASTM D6584-2010ae1 ⽓相⾊谱法测定B-100⽣物柴油脂肪酸甲酯中游离⽢油和总⽢油含量的试验⽅法 110 中⽂ASTM D6587-2000 纱线⽀数的标准试验⽅法(⾃动试验仪法) 90 中⽂ASTM D6595-2017 ⽤旋转圆盘电极原⼦发射光谱法测定已⽤润滑油或已⽤液压流体中磨损⾦属和污染物的标准试验⽅法 120中⽂ASTM D6614-2000 纺织织物拉伸性能的标准试验⽅法(CRE法) 70 中⽂ASTM D6637-2015 使⽤单肋或多肋拉伸法测定⼟⼯格栅拉伸性能的标准试验⽅法 100 中⽂ASTM D6667-2010 ⽤紫外荧光法测定⽓态烃和液化⽯油⽓中总挥发硫的试验⽅法 150 中⽂ASTM D6693-2004(2015)e1 测定⾮增强聚⼄烯和⾮增强软质聚⼄烯⼟⼯膜拉伸性能的标准试验⽅法 80 中⽂ASTM D6706-2001(R2013) 测量⼟⼯合成材料在⼟壤中抗拔⼒的标准试验⽅法 100 中⽂ASTM D6717-2001 弹⼒纱线密度的标准试验⽅法(绞纱试样) 60 中⽂ASTM D6720-2001 评价弹⼒纱弹性恢复能⼒的标准试验⽅法(绞纱法) 60 中⽂ASTM D6760-2016 超声波跨孔测试法测定混凝⼟深地基完整性的标准试验⽅法 150 中⽂ASTM D6774-2002 变形纱线卷曲及收缩性能的标准试验⽅法(动态变形纱线试验仪法) 80 中⽂ASTM D6786-2008 ⾃动光学粒⼦计数器测定矿物绝缘油中粒⼦数的标准试验⽅法 60 中⽂ASTM D6797-2002 织物顶破强⼒标准试验⽅法—等速伸长(CRE)钢球顶破试验 60 中⽂ASTM D6817-2013a 刚性聚苯⼄烯⼟⼯泡沫材料的标准规范 80 中⽂ASTM D6906-2012a(R2016) ⽤波长⾊散X射线荧光法测定⾦属基材上钛处理涂层重量的标准试验⽅法 80 中⽂ASTM D6938-2010 ⽤核法测量⼟壤和⼟壤团聚体原地密度及含⽔含量的标准检测⽅法 150 中⽂ASTM D7012-2014e1 不同应⼒和温度状态下完整岩芯试样抗压强度及弹性模数的标准试验⽅法 190 中⽂ASTM D7111-2016 通过感应耦合等离⼦体原⼦发射光谱法(ICP-AES)来测定中间馏分燃料中痕量元素的标准试验⽅法 190 中⽂ASTM D7213-2015 ⽤⽓相⾊谱分析法测定⽯油馏分(沸程为100～615)沸程分布的标准试验⽅法 260 中⽂ASTM D7042-2014 采⽤斯塔宾格粘度计测定液体动⼒粘度和密度(及计算运动粘度)的标准试验⽅法 160 中⽂ASTM D7049-2004(R2010) ⼯作场所⾦属切削液⽓溶胶含量的标准测试⽅法 80 中⽂ASTM D7091-2013 涂覆于⿊⾊⾦属的⽆磁涂层和涂覆于有⾊⾦属的⽆磁和不导电涂层的⼲膜厚度的⽆损测量规程 90 中⽂ASTM D7180-2005(R2013)e1 ⼟⼯技术项⽬⽤膨胀聚苯⼄烯(EPS)⼟⼯泡沫的使⽤标准指南 60 中⽂ASTM D7209-2006 废物减少、资源回收以及使⽤再⽣聚合物材料和产品的标准指南 150 中⽂ASTM D7263-2009 实验室测定⼟壤试样的密度(单位重量)标准⽅法 100 中⽂ASTM D7307-2006(R2016) 热塑性交通标志材料取样的标准规程 70 中⽂ASTM D7396-2014 为涂漆制备新的连续锌涂层(镀锌)钢表⾯的标准指南 60 中⽂ASTM D7500-2015 ⽤⽓相⾊谱分析法测定馏分和润滑基油(沸程为100～735)沸程分布的标准试验⽅法 280 中⽂ASTM D7504-2018 ⽤⽓相⾊谱分析和有效碳数法测定单环芳⾹烃中痕量杂质的标准试验⽅法 190 中⽂ASTM D7582-2012 通过宏观热重量分析进⾏煤炭和焦炭的⼯业分析的标准试验⽅法 120 中⽂ASTM D7621-2014 通过快速液相萃取测定燃油中硫化氢的标准测试⽅法 140 中⽂ASTM D7639-2010(R2014) ⽤X射线荧光法测定⾦属基材上锆处理涂层重量或厚度的标准试验⽅法 80 中⽂ASTM D7671-2010e1 银⽚试验法测试汽车⽕花点⽕式发动机燃料对银的腐蚀作⽤的标准试验⽅法 100 中⽂ASTM D7739-2011(R2016) 使⽤⽯英晶体微天平测量热氧化安定性的标准实施规程 100 中⽂ASTM D7869-2017 交通⼯具涂料⽤增强灯和⽔暴露的氙弧辐射试验标准规程 180 中⽂。

Ultra High Capacitance, Small Case Size OptionsHighlightsUnlimited charging and discharging capability Recycling is not necessary Long Life - 15 years Low ESRWill extend battery life up to 1.6 timesFirst class performance with economy pricing••••••SpecificationsCapacitance Range:Voltage Range:Temperature Range:Case Types:0.22 F to 70 F 2.1 Vdc to 5.5 Vdc –25 ºC to +85 ºC Radial Leaded, Stacked Coin, SMTApplicationsTelecom - cellular handsets Solar battery back-up Small motor starter Gaming machinesReal time clock - batteryRemote reading utility meters••••••RoHS CompliantElectric Double Layer Supercapacitor ConstructionCurrent CollectorElectrolyteSeparatorActivated CarbonCurrent CollectorResistor to ChargeElectric Double Layer CapacitorResistorto Move IonsType EDL electric double layer supercapacitors offer extremely high capacitance values (farads) in a variety of packaging options that will satisfy, low profile, surface mount, through hole and high density assembly require-ments. The EDL is a cut above the standard electrolytic capacitor in that it can act as a battery without having to deal with the environmental or hazardous materialissues that batteries entail.Complies with the EU Directive 2002/95/E C r e q u i r e m e n t restricting the use of Lead (Pb), Mercury (Hg), Cadmium (Cd), Hexavalent chromium (Cr(VI)), PolyBrominated Biphenyls (PBB) and PolyBrominated DiphenylEthers (PBDE).Max.Catalog Resistance Case Case Case Part Number CapacitanceVoltage @ 1 kHz TypeDia.Length Style(Vdc)(Ω)(mm)(mm) EDLHW335D2R3R 3.3 F 2.30.3Radial Lead 12.523 EDLHW475D2R3R 4.7 F 0.312.523 EDLHW106D2R3R 10 F 0.212.535 EDLHW226D2R3R 22 F 0.11835 EDLHW306D2R3R 30 F 0.11835 EDLHW506D2R3R 50 F 0.11840 EDLHW706D2R1R 70 F 2.10.11850 EDLF473A5R5C 0.047 F 5.5120Stacked Coin 13.59.5 EDLF104A5R5C 0.10 F 10013.59.5 EDLF474B5R5C 0.47 F 7521.59.5 EDLF684B5R5C 0.68 F 5021.59.5 EDLF105B5R5C 1.00 F 5021.59.5 EDLNF104A5R5C .10 F 5.575Stacked Coin 13.57.5 EDLNF224A5R5C .22 F 7513.57.5 EDLNF474B5R5C .47 F 3021.58.0 EDLNF105B5R5C 1.0 F 3021.58.0 EDLNF155B5R5C 1.5 F 3021.58.0 EDLSG474V5R5C .47 F 5.530Stacked Coin 19 5.0 EDLSG105V5R5C 1.0 F 3019 5.0 EDLSG155V5R5C 1.5 F 3019 5.0 EDLSG474H5R5C .47 F 5.530Stacked Coin20 6.0 EDLSG105H5R5C 1.0 F 3020 6.0 EDLSG155H5R5C 1.5 F 3020 6.0 EDLSD223V5R5C .022 F 5.5150Stacked Coin 10.5 5.0 EDLSD473V5R5C .047 F 12010.5 5.0 EDLSD104V5R5C .10 F 7510.5 5.0 EDLSD224V5R5C .22 F 7510.5 5.0 EDLSD334V5R5C .33 F 7510.5 5.0 EDLSD223H5R5C .022 F 5.5150Stacked Coin 11.5 5.5 EDLSD473H5R5C .047 F 12011.5 5.5 EDLSD104H5R5C .10 F 7511.5 5.5 EDLSD224H5R5C .22 F 7511.5 5.5 EDLSD334H5R5C .33 F 7511.5 5.5 EDLEN204A3R3S .20 F 3.3200 SMT Wide Lead 6.8 1.8 EDLEN204B3R3S .20 F 3.3200 SMT Narrow Lead 6.8 1.8 EDLEN204RL3R3S.20 F3.3200SMT Radial Lead6.81.8RatingsRoHS Compliant85 ºC 70 ºC FNFSGSD70 ºC EN70 ºC HWApplications and Recommended SeriesApplication Function RecommendedComponent SeriesMobile Phones Real-Time Clock Back-UpEN PDA Real-Time Clock Back-UpDSC Real-Time Clock Back-Up EN, SDDVD Recorder Real-Time Clock and Channel Back-Up SD, SGDigitial TV Real-Time Clock and Channel Back-Up SD, SG NFPC, Server Real-Time Clock and Channel Back-UpF Mobile PhoneReal-Time Clock and Channel Back-UpBase StationInkjet Printer Time and Impact Back-Up SD, SG, NF Electric PowerReal-Time Clock and Data Back-Up F Gas and Water MetersLED LightLED Lighting at NightHW with Solar BatteryToys Motor DrivesToy Games Real-Time Clock Back-Up ENRobot Real-Time Clock and Data Back-UpFCar Audio Memory Real-Time Clock Back-UpHow to Select an Electric Double Layer SupercapacitorSeries Maximum Operating (Discharge) Current0.047 F 0.1 F to 0.33 F0.47 F to 1.5 F3.3 F to4.7 F10 F to 50 FSG, SD, NF200 µA 300 µA 1 mA ––F 200 µA 300 µA 300 µA ––EN –10 µA –––HW––100 mA300 mA1 AEstimated initial back-up timeBack-up time for Type EDL Electric Double Layer Supercapacitors decreases with use and over time especially when the current is large or operating at high temperature. Be sure to specify extra back-up time initially to allow for product changes.Select the optimum supercapacitor according to applied current.The internal resistance of the supercapacitor prevents drawing high discharge currents. Select the supercapacitor capable of delivering the peak current at switchover to back-up mode using the follow-ing table.Back-up Time ExampleBack-up time is the time it takes for the applied voltage to decay to the cut-off voltage set by the user after applying the application’s maximum voltage at application maximum temperature.Example: An F Type EDL, P/N EDLF105B5R5C (Rated at 5.5 V, 1.0 F) is charged to 5.0 Vdc. The circuit requirement is such that it must maintain a memory circuit with a current drain of 10 µA in an ambient temperature of +40 ºC. The memory RTC cut-off voltage is 2.0 ing minimum capacitance, calculate the back-up time as follows:t = CΔV ⁄ I = C[V 0–(i •R)–V 1] ⁄ (i+i L )C = 1.0 F–20% = 0.8 F, R=50 Ω, V 0=5 V. V 1=2 V, i=10 µA Therefore,t = 0.8 (5–0.0005–2) ⁄ (10+2) ⁄ 10–6 = 55 hoursAnd thus the initial back-up time is 55 hours. After 1000 hours, t: Back-up time (s)C: Capacitance of Type EDL (F)V 0: Applied voltage (V)V 1: Cut-off voltage (V)i: Current during back-up (A)i L : Leakage current (A)R: Internal resistance (Ω) at 1 kHzLife Design for Electric Double Layer SupercapacitorsType EDL supercapacitors have a useful lifetime that decreases with increasing operating temperature, humidity, applied-voltage, current and backup-time requirements. Expected lifetime is the product of four factors:Expected Life = (Lifetime)•(Temperature Factor)•(Voltage Factor)•(Moisture Factor)LifetimeThe minimum rated life at 85 ºC with 5.5 Vdc applied is 1000 hours with maximum permitted end-of-life change of –30% capacitance and a 4 times increase in internal resistance.Temperature FactorTo determine the effect of temperature on expected life of a supercapacitor, use the fact that expected lifetime doubles for each 10 ºC that the operating temperature is reduced. As an illustration, at 85 ºC and full voltage the rated lifetime is 1000 hours. So, at 40 ºC the expected lifetime would be multiplied by 2(85-40)/10 = 24.5 = 22.6 times. The Temperature Factor is 22.6, and for 1000-h, 85 °C rated life, the expected 40 °C life would be 22600 hours.Voltage FactorThe rate of change of capacitance decreases with decreasing applied voltage. The effect on life ex-tension is roughly proportional to the voltage derating, e.g., 5 V applied to 5.5 V rated supercapacitors extends the life 1.1 times.Moisture FactorExpected life of these supercapacitors is considerably shortened by operation in high humidity. The applications discussed here assume that the relative humidity is no more that 50%.Expected Life ExampleSo, for a 5.5 V supercapacitor at 40 °C charged to 5.V in less than 50% RH the expected life isExpected Life = (Lifetime) (Temperature Factor) (Voltage Factor) (Moisture Factor)= (1000 h) (22.6) (1.1) (1)= 24800 hours= 2.8 yearsPerformance DataSelf-Discharging Characteristics Versus Charging TimePart number EDLF105B5R5C (5.5 V 1.0 F) Charge voltage: 5 VCharging CharacteristicsPart number EDLF105B5R5C (5.5 V 1.0 F) @ +20 ºCTime (h)Time (min.)30Ω100 ΩV o l t a g e。