Specifcations. Highlights hour load life - Ripple Current to 16 amps - ESRs to 6 mω - > 90% capacitance at 40 C - Replaces multiple capacitors

Transcription

1 Please click here to see notice regarding Longer life non RoHS parts Type 300/ ºC to 105 ºC Long-Life, Switching Power Grade Radial The Types 300 and 301 are the wide-temperature, low-esr capacitors for power-supply outputs and UPS battery stifening. The exceptionally low ESRs enable high ripple-current capability. With series inductance of 12 to 16 nh and ripple currents to 16 amps one of these capacitors can save by replacing three or four of the 12.5 mm diameter capacitors routinely at the output of switching power supplies. Type 300 has three leads for rugged, reverse-proof mounting, and Type 301 has two leads. Types 300R and 301R deliver even lower ESR and higher ripple. Specifcations Temperature Range 55 C to +105 C Highlights hour load life - Ripple Current to 16 amps - ESRs to 6 mω - > 90% capacitance at 40 C - Replaces multiple capacitors Rated Voltage Range 6.3 to 250 Vdc Capacitance Range 8.2 µf to 33,000 µf Capacitance Tolerance 6.3 to 100 Vdc; %, 160 to 250 Vdc; % Leakage Current Ripple Current Multipliers 0.5 CV µa, 4 ma max, 5 minutes Ambient Temperature 45 ºC 55 ºC 65 ºC 75 ºC 85 ºC 95 ºC 105 ºC Frequency 50 Hz 60 Hz 120 Hz 360 Hz 1 khz 5 khz 10 khz & up Less than.77 Diameter 6.3 & 7.5 V to 40 V V & 75 V to 250 V Diameter 6.3 & 7.5 V to 40 V V & 75 V to 250 V Diameter 6.3 & 7.5 V to 40 V V & 75 V to 250 V Diameter 6.3 & 7.5 V to 40 V V & 75 V to 250 V

2 Load Life RoHS,.77 RoHS, <.77 Non-RoHS, <.77 Shelf Life Test Vibration 4000 h at full load at 85 C 2000 h at full load at 85 C 4000 h at full load at 85 C Capacitance ±20% ESR 200% of limit DCL 100% of limit 500 h at 105 C, capacitance, ESR and DCL, initial requirements 10 to 55 Hz, 0.06 and 10 g max, 2 h each plane ing System NR 301R 333 U 6R3 JS 2 E RoHS Type Capacitance Tolerance Voltage Case Code Insulation Epoxy Blank = Compliant leads 152 = 1500 µf M = ±20 6R3 =6.3 V 0 = bare can E = epoxy NR = Non Compliant 300R- 3 leads, low ESR 102 = 1000 µf T = 10% +50% 063 = 63 Vdc 1 = Polyester leads U = % 100 = 100 Vdc 2 = PVC Blank = no epoxy (exceeds Pb) 301R- 2 leads, low ESR w/standofs* 301A- Laydown 3 leads 9 = Polyester w/standofs* *Not available in.77 diameter Outline Drawing 0.77, and 1.02 Diameters L L 0.51, 0.65 and.73 Diameters

3 Case Dimensions Case Code D ± (0.4 mm) L ± (1.6 mm) Epoxy endseal L Max Bare Can D ± (0.4 mm) L ± (0.8 mm) Lead Spacing Type 300 Type 301 S1 T S2 ±0.020(0.5 mm) ±0.020(0.5 mm) Lead Diameter dia. AWG Case Dimensions in Inches EG.512 x x EK.512 x x EM.512 x x EN.512 x x ER.512 x x FK.650 x x FF.650 x x FQ.650 x x FV.650 x x LQ.728 x x LV.728 x x GE.765 x x GJ.765 x x GL.765 x x GP.765 x x GS.765 x x GT.765 x x HE.890 x x HJ.890 x x HL.890 x x HP.890 x x HS.890 x x HT.890 x x JE x x JJ x x JL x x JP x x JS x x JT x x Case Dimensions in Millimeters EG 13.0 x x EK 13.0 x x EM 13.0 x x EN 13.0 x x ER 13.0 x x FK 16.5 x x FF 16.5 x x FQ 16.5 x x FV 16.5 x x LQ 18.5 x x LV 18.5 x x GE 19.4 x x GJ 19.4 x x GL 19.4 x x GP 19.4 x x GS 19.4 x x GT 19.4 x x HE 22.6 x x HJ 22.6 x x HL 22.6 x x HP 22.6 x x HS 22.6 x x HT 22.6 x x JE 25.8 x x JJ 25.8 x x HL 25.8 x x JP 25.8 x x JS 25.8 x x JT 25.8 x x

4 Ratings ESR MAX Ripple MAX ESR MAX Ripple MAX Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz 6.3 Vdc (9 Vdc Surge) U6R3JP U6R3EM x R223U6R3JP U6R3FK U6R3HT U6R3ER R273U6R3HT R152M6R3EG U6R3JS U6R3FN R273U6R3JS R222M6R3EM x U6R3JT U6R3GE R333U6R3JT R272U6R3GE Vdc (10 Vdc Surge) R332M6R3EN U7R5GE U6R3LV R222U7R5GE R392M6R3FK U7R5HE U6R3HE R392U7R5HE R392U6R3HE U7R5GJ R472M6R3ER R472U7R5GJ U6R3GJ U7R5JE R472U6R3GJ R562U7R5JE R562M6R3FF U7R5GL U6R3JE R682U7R5GL R562U6R3JE U7R5HJ R682M6R3FQ R682U7R5HJ R822M6R3FV x U7R5GP R822M6R3LQ R822U7R5GP U6R3GL U7R5HL R822U6R3GL R103U7R5HL U6R3HJ U7R5JJ R822U6R3HJ R103U7R5JJ R103M6R3LV U7R5GS U6R3GP R123U7R5GS R103U6R3GP U7R5GT U6R3GS R123U7R5GT R123U6R3GS U7R5HP U6R3HL R153U7R5HP R123U6R3HL U7R5JL U6R3JJ R153U7R5JL R123U6R3JJ U7R5HS U6R3GT R183U7R5HS R153U6R3GT U7R5HT U6R3HP R223U7R5HT R153U6R3HP U7R5JP U6R3JL R223U7R5JP R183U6R3JL U7R5JS U6R3HS R273U7R5JS R223U6R3HS U7R5JT

5 ESR MAX Ripple MAX Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz 7.5 Vdc (10 Vdc Surge) R333U7R5JT Vdc (15 Vdc Surge) R102M010EG R152M010EK x R182M010EM x U010GE R182U010GE R272M010EN R272M010FK R332M010ER R332U010HE U010HE U010GJ R392U010GJ R472M010FF U010JE R472U010JE R562M010FQ U010GL R562U010GL R682M010LQ U010HJ R682U010HJ R882M010LV U010GP R822U010GP U010JJ R822U010JJ U010GS R103U010GS U010HL R103U010HL U010GT R123U010GT U010HP R123U010HP U010JL R123U010JL U010HS R153U010HS U010HT R183U010HT U010JP ESR MAX Ripple MAX Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz R183U010JP U010JS R223U010JS U010JT R273U010JT Vdc (25 Vdc Surge) R821M016EG R122M016EM U016GE R152U016GE R182M016EN R222M016FK R272M016ER U016HE R272U016HE R332M016FF U016GJ R332U016GJ U016JE R332U016JE R392M016FQ R472M016LQ U016GL R472U016GL U016HJ R472U016HJ R562M016LV U016GP R562U016GP U016HL R682U016HL U016JJ R682U016JJ U016GS R822U016GS U016GT R103U016GT U016HP R103U016HP U016JL R103U016JL U016HS R123U016HS U016HT x 1.10

6 ESR MAX Ripple MAX Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz 16 Vdc (25 Vdc Surge) R153U016HT U016JP R153U016JP U016JS R183U016JS U016JT R223U016JT Vdc (30 Vdc Surge) U020EM x R471M020EG U020FK U020ER R681M020EM x U020FF R102M020EN U020GE R122U020GE R152M020ER U020LV R222M020FQ U020HE R222U020HE U020GJ R272U020GJ U020JE R272U020JE R332M020LV U020GL R392U020GL U020HJ R392U020HJ U020GP R472U020GP U020JJ R562U020JJ U020GS R682U020GS U020HL R682U020HL U020GT R822U020GT U020HP R822U020HP ESR MAX Ripple MAX Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz U020JL R822U020JL U020HS R103U020HS U020HT R123U020HT U020JP R123U020JP U020JS R153U020JS U020JT R183U020JT Vdc (35 Vdc Surge) U025EN R391M025EG U025ER R561M025EK x R681M025EM x U025FQ R102M025EN U025GE R102U025GE R122M025ER R122M025FK U025LV R152M025FF R182M025FQ U025HE R182U025HE R222M025FV x R222M025LQ U025GJ R222U025GJ R272M025LV U025JE R272U025JE U025GL R332U025GL U025HJ R332U025HJ U025GP R472U025GP U025JJ R472U025JJ

7 Cap. Catalog U025GS R562U025GS U025HL R562U025HL U025GT R682U025GT U025HP R682U025HP U025JL R682U025JL U025HS R822U025HS U025HT R103U025HT U025JP R103U025JP U025JS R123U025JS U025JT R153U025JT U040FK R331M040EM U040FN U040ER R471M040FK R681M040ER U040LV R102M040FQ U040HE R122U040HE R152M040LV U040JE R152U040JE U040HJ R222U040HJ U040HL R332U040HL U040JJ R332U040JJ R392U040GS U040GT2 ESR MAX Ripple MAX 120 Hz 20 khz 120 Hz 20 khz 25 Vdc (35 Vdc Surge) Vdc (60 Vdc Surge) x R472U040GT ESR MAX Ripple MAX Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz U040HP R472U040HP U040JL R472U040JL U040HS R562U040HS U040HT R682U040HT U040JP R682U040JP U040JS R822U040JS U040JT R103U040JT Vdc (75 Vdc Surge) U050EN R121M050EG U050FK R181M050EK U050ER R221M050EM U050FN R331M050EN R391M050FK R47lM050ER U050LV R561M050FF R561U050GE U050GE R681M050FQ R821M050FV R821M050LQ R102M050LV R122U050GJ U050GJ U050JE R122U050JE R152U050GL U050GL U050HJ R182U050HJ R222U050GP U050GP R272U050GS x x x 1.63

8 Cap. Catalog U050GS U050HL R272U050HL U050JJ R272U050JJ R332U050GT U050GT U050HP R332U050HP U050JL R392U050JL U050HS R472U050HS U050HT R562U050HT U050JP R562U050JP U050JS R682U050JS U050JT R822U050JT R121M063EG R18lM063EK R271M063EN R331M063FK R391M063ER U063GE R391U063GE R471M063FF R561M063FQ R681M063FV R681M063LQ U063HE R681U063HE R821M063LV U063GJ R821U063GJ U063JE R102U063JE U063GL R122U063GL U063HJ2 ESR MAX Ripple MAX 120 Hz 20 khz 120 Hz 20 khz Vdc (90 Vdc Surge) x x R122U063HJ ESR MAX Ripple MAX Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz U063GP R152U063GP U063HL R182U063HL U063JJ R182U063JJ U063GS R222U063GS U063GT R222U063GT U063HP R272U063HP U063JL R272U063JL U063HS R332U063HS U063HT R392U063HT U063JP R392U063JP U063JS R472U063JS U063JT R562U063JT Vdc (100 Vdc Surge) U075GE R331U075GE U075HE R471U075HE U075GJ R561U075GJ U075JE R681U075JE U075GL R102U075GL U075HJ R102U075HJ U075GP R122U075GP U075GS R152U075GS U075HL R152U075HL U075JJ

9 ESR MAX Ripple MAX ESR MAX Ripple MAX Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz R152U075JJ U100HL U075GT R681U100HL R182U075GT U100JJ U075HP R681U100JJ R222U075HP U100GT U075JL R821U100GT R222U075JL U100HP U075HS R102U100HP R272U075HS U100JL U075HT R102U100JL R272U075HT U100HS U075JP R122U100HS R272U075JP U100HT U075JS R122U100HT R332U075JS U100JP U075JT R122U100JP R392U075JT U100JS Vdc (140 Vdc Surge) R152U100JS U100EG U100JT U100EM x R222U100JT U100EN Vdc (200 Vdc Surge) U100FK U160EG U100ER U160EK x U100GE U160EM x R151U100GE U160EN U100FF U160FK U100FQ U160ER U100HE T160GE R221U100HE U160FF U100FV x U160FQ U100GJ T160HE R271U100GJ U160LQ U100LQ T160GJ U100JE U160LV R331U100JE T160JE U100LV T160GL U100GL T160HJ R471U100GL T160GP U100HJ T160GS R471U100HJ T160HL U100GP T160JJ R561U100GP T160GT U100GS T160HP R681U100GS T160JL

10 ESR MAX Ripple MAX ESR MAX Ripple MAX Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz Cap. Catalog 120 Hz 20 khz 120 Hz 20 khz 160 Vdc (200 Vdc Surge) T200JP T160HS T200JS T160JP T200JT T160HT Vdc (300 Vdc Surge) T160JS R2U250EG T160JT U250EK x Vdc (250 Vdc Surge) U250EM x U200EG U250EN U200EK x U250FK U200EM x U250ER U200EN U250FF U200FK U250FQ U200ER T250GE U200FF U250FV x U200FQ U250LQ U200FV x U250LV T200GE T250HE U200LQ T250GJ U200LV T250JE T200HE T250GL T200GJ T250HJ T200JE T250GP T200GL T250JJ T200HJ T250GS T200GP T250HL T200JJ T250GT T200GS T250HP T200HL T250JL T200GT T250HS T200HP T250HT T200HS T250JP T200JL T250JS T200HT T250JT

11 Typical Performance Curves

12 Notice and Disclaimer: All product drawings, descriptions, specifcations, statements, information and data (collectively, the Information ) in this datasheet or other publication are subject to change. The customer is responsible for checking, confrming and verifying the extent to which the Information contained in this datasheet or other publication is applicable to an order at the time the order is placed. All Information given herein is believed to be accurate and reliable, but it is presented without any guarantee, warranty, representation or responsibility of any kind, expressed or implied. Statements of suitability for certain applications are based on the knowledge that the Cornell Dubilier company providing such statements ( Cornell Dubilier ) has of operating conditions that such Cornell Dubilier company regards as typical for such applications, but are not intended to constitute any guarantee, warranty or representation regarding any such matter and Cornell Dubilier specifcally and expressly disclaims any guarantee, warranty or representation concerning the suitability for a specifc customer application, use, storage, transportation, or operating environment. The Information is intended for use only by customers who have the requisite experience and capability to determine the correct products for their application. Any technical advice inferred from this Information or otherwise provided by Cornell Dubilier with reference to the use of any Cornell Dubilier products is given gratis (unless otherwise specifed by Cornell Dubilier), and Cornell Dubilier assumes no obligation or liability for the advice given or results obtained. Although Cornell Dubilier strives to apply the most stringent quality and safety standards regarding the design and manufacturing of its products, in light of the current state of the art, isolated component failures may still occur. Accordingly, customer applications which require a high degree of reliability or safety should employ suitable designs or other safeguards (such as installation of protective circuitry or redundancies or other appropriate protective measures) in order to ensure that the failure of an electrical component does not result in a risk of personal injury or property damage. Although all product-related warnings, cautions and notes must be observed, the customer should not assume that all safety measures are indicated in such warnings, cautions and notes, or that other safety measures may not be required.