RJJ Miniature Aluminum Electrolytic Capacitors RJJ. Series RJJ High-Frequency, Low Impedance, Standard Type. Radial Type

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1 352 Elna Corrections /6/98 :55 AM Page Miniature Aluminum Electrolytic Capacitors Series High-Frequency, Low Impedance, Standard Type For high reliability applications, Environmentally safe. High-frequency, Low-impedance, Standard product. Guaranteed for 5000 hours at 05 C (2000 hours for φ5 to φ) (3000 hours for φ8 to φ0) Outline Drawing Photo Vent (except φ5) φd ± 0.05 copper clad steel wire (tinned) F ± 0.5 φd max. Sleeve L + α max. 5 min. 5 min. Lead spacing and wire diameter φd F φd α / No. Item Temperature range ( C) 2 Leakage current (µa) 3 Capacitance tolerance (%) Performance 55 to +05 Less than 0.0 CV + 2 (after two minutes) C: Capacitance, V: Voltage (V) ±20 Rated voltage (V) Tangent of loss angle () (, Hz) (, Hz) 0.02 is added to each 000µF increase over 000µF 5 Rated voltage (V) Stability at low temperature Endurance 6 (05 C) (Applied ripple current) ( Hz) Test time 5000 hrs (φ5 to φ 2000 hrs, φ8 to φ0 is 3000 hrs) Leakage current Initial specified value or less Within ±20% of initial value 200% or less of initial specified value Max. storage temp. (05 C) 6 Change in capacitance 7 8 Impedance Z 25 C/Z+ ratio Z 55 C/Z+ Test time 000 hrs Leakage current Initial specified value or less Change in capacitance Within ±5% of initial value 50% or less of initial specified value Applicable Standards JIS C 502 and JIS C54 Coefficients of Frequency for Ripple Current Capacitance Frequency (Hz) k 0 k 00 k 0.47 to to to to to Coefficients of Temperature for Ripple Current Temperature ( C) Coefficients +70 or less Unit: mm Specifications

2 352 Elna Corrections /6/98 :55 AM Page 83 Miniature Aluminum Electrolytic Capacitors Case size by working voltage & capacitance (in mm) WV(V) Cap (mm) / / / / 2. / 2. / 6 x x 20 0 x30/2.5x20/6x5 / 2.5 x 35 / 6 x 20 / 6 x x40/6x25/8x x 35 6 x 3.5 / 8 x x40/6x25/8x20 6 x 3.5 / 8 x 25 / 8 x 3.5 / / 8 x 3.5 / x 20 / 6 x 5 / / 6 x x 35 / 6 x x 40 / 6 x 3.5 / 8 x 25 / 8 x 3.5 / x 20 / 6 x 5 / 6 x x 35 / 6 x x 40 / 6 x 3.5 / 8 x 25 / 8 x 3.5 / 83 / x 20 / 6 x 5 / 6 x x 35 / 6 x x 40 / 6 x 3.5 / 8 x 25 / 8 x 3.5 / / 2. 0x30/2.5x20/6x5 / 2.5 x 35 / 6 x x40/6x25/8x20 6 x 3.5 / 8 x 25 / 8 x 3.5 / x 20 / 6 x 5 / 6 x x 35 / 6 x x 40 / 6 x 3.5 / 8 x 25 / 8 x 3.5 / / / 2. / 2.5 x 20 / 6 x 5 / 6 x x 35 / 6 x x 40 / 6 x 3.5 / 8 x 25 / 8 x 3.5

3 352 Elna Corrections /6/98 :55 AM Page 84 Miniature Aluminum Electrolytic Capacitors 0 C -0VMH3E V 0 C. 75-0V47MG4E V5ME4E VMG5E V22MF3E VMH4E V33MF4E -0VMH5E VMG3E 488-0V02MI4E V47MH3E V22MH6E VMG4E V52MH7E VMH4E V52MJ4EG 6 x VMG5E VMI5E x V22MH5E 0-0V222MI6E V22MI4E V222MK4EG V52MH6E V2MI7E V222MH7E V332MI8E x V222MI5E 2.5 x V332MJ5EG 0 6 x V222MJ4EG 6 x V2MI9E x V2MI6E V2MJ6EG 0 6 x V332MK4EG V2MK5EG V2MI7E V472MJ7EG 0 6 x V2MJ5EG 0 6 x V472MK6EG 0 8 x V472MI8E x V6MJ8EG V2MI9E x V6MK7EG 0 8 x V2MJ6EG 0 6 x V2MJ9EG V2MK5EG V2MK8EG V6MJ7EG 0 6 x V03MK9EG V6MK6EG 0 8 x V -6V2MJ8EG VME3E. 75-6V03MJ9EG VME4E V03MK7EG x V2MF3E V23MK8EG V8MF4E -6V53MK9EG V22MG3E 50-6VMH3E V -0VME3E. 75-6V33MG4E V2ME4E VMH4E 0.3-0V8MF3E V47MG5E VMF4E -6VMH5E -0V33MG3E 490-6VMI4E 2. Note: Impedance 00 khz Allowable Ripple Current 00 khz at 05 C V0ME3E

4 352 Elna Corrections /6/98 :55 AM Page 85 Miniature Aluminum Electrolytic Capacitors 0 C -6VMH6E V52MI7E V02MH7E V52MJ5EG 6 x V22MI5E x VMI8E x V22MJ4EG 0 6 x VMJ6EG 0 6 x V52MI6E V222MI9E 2.5 x V52MK4EG V222MK5EG V222MI7E V2MJ7EG 0 6 x V222MJ5EG 6 x V2MK6EG 0 8 x V2MI8E x V332MJ8EG -6V2MJ6EG 0 6 x V332MK7EG 0 8 x V332MI9E x V2MJ9EG V332MK5EG V2MK8EG V2MJ7EG 0 6 x V472MK9EG V2MK6EG 0 8 x V -6V472MJ8EG VME3E. 75-6V472MK7EG 0 8 x VME4E VMF3E V6MK8EG VMF4E -6V2MK9EG V0MG3E V2MH3E V2MJ9EG 25 V C VME3E V5MG4E VME4E V8MH4E VMF3E V22MG5E V2MF4E -35V33MH5E -25V5MG3E V33MI4E V8MH3E VMH6E V22MG4E V47MH7E VMG5E VMI5E 2.5 x VMH4E VMJ4EG 6 x V47MH5E -35VMI6E V47MI4E VMK4EG VMH6E V02MI7E VMH7E V02MJ5EG x VMI5E 2.5 x V22MI8E x VMJ4EG 6 x V22MJ6EG 0 6 x V52MI9E 2.5 x V52MK5EG V02MI6E V22MK4EG 0 Note: Impedance 00 khz Allowable Ripple Current 00 khz at 05 C 85

5 352 Elna Corrections /6/98 : AM Page 86 Miniature Aluminum Electrolytic Capacitors 0 C 0 C -35VMJ7EG 0 6 x V02MJ7EG x VMK6EG 0 8 x V02MK6EG x V222MJ8EG V22MJ8EG V222MK7EG 8 x V52MJ9EG V2MJ9EG V52MK7EG 8 x V2MK8EG VMK8EG V332MK9EG V222MK9EG V 63 V VME3E V00ME3E VME4E V2R2ME3E VMF3E V3R3ME3E VMF4E V4R7ME3E VMG3E V00ME3E VMH3E VME3E VMG4E VME4E VMH4E VMF3E VMG5E VMF4E V2MH5E VMG3E V5MH6E VMG4E V5MI4E VMH3E V8MH7E V0MH4E V22MI5E 2.5 x V2MG5E V22MJ4EG 6 x V8MH5E VMI6E V8MI4E V33MK4EG -50V22MH6E VMI7E V33MH7E VMJ5EG 6 x V33MI5E 2.5 x V47MI8E 2.5 x V33MJ4EG 6 x V47MJ6EG 6 x V47MI6E VMI9E 2.5 x V47MK4EG VMK5EG VMI7E VMJ7EG 6 x VMI8E 2.5 x VMK6EG 8 x VMJ5EG 6 x VMJ8EG VMI9E 2.5 x VMK7EG 8 x VMJ6EG 6 x V02MJ9EG VMK5EG V02MK8EG Note: Impedance 00 khz Allowable Ripple Current 00 khz at 05 C VR47ME3E

6 352 Elna Corrections /6/98 : AM Page 87 Miniature Aluminum Electrolytic Capacitors -63V22MK9EG 0 0 C V -00V5R6ME3E V8R2ME4E VMF3E VMF4E VMG3E VMH3E VMG4E VMH4E VMG5E VMH5E VMH6E VMI4E V0MH7E V0MI5E x V2MI6E V2MJ4EG 6 x V5MK4EG V8MI7E V8MJ5EG 6 x V22MI8E 2.5 x V22MJ6EG 6 x VMI9E 2.5 x VMK5EG V33MJ7EG 6 x V33MK6EG 8 x VMJ8EG VMK7EG 8 x V47MJ9EG VMK8EG VMK9EG Note: Impedance 00 khz Allowable Ripple Current 00 khz at 05 C 87

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Smaller. 6.3 to 100 After 1 minute's application of rated voltage at 20 C, leakage current is. not more than 0.03CV or 4 (µa), whichever is greater.

Smaller. 6.3 to 100 After 1 minute's application of rated voltage at 20 C, leakage current is. not more than 0.03CV or 4 (µa), whichever is greater. Low Impedance, For Switching Power Supplies Low impedance and high reliability withstanding 5000 hours load life at +05 C (3000 / 2000 hours for smaller case sizes as specified below). Capacitance ranges