Typ e L Polypropylene oard Mount Link apacit ors Specifcations Type L series uses the most advanced metallized flm technology for long life and high reliability in Link applications. This series combines high capacitance and very high ripple current capability needed for today s inverter designs for medium power wind, solar, fuel cells, UPS systems and more. Highlights - High capacitance - High ripple current - Self-healing apacitance Range 8 to µ apacitance Tolerance ±% standard Rated Voltage 7 to 11 Vdc Operating Temperature Range -4 to 8 (ambient Maximum rms urrent see data tables Maximum rms Voltage 2 Vac Test Voltage between Terminals @ % rated voltage for 1 s Test Voltage between Terminals and ase @ 2 kvac @ /6 Hz for 1 s Life Test h @ 8, rated voltage Reference Standards I 6171 RoHS ompliant imensions onstruction etails ase Material Resin Material Terminal Material Plastic UL94V- ry Resin UL94V- Tin Plated opper H ±1 6 + - 2 1. p ±.4 p1 ±.4 L ±1 W±1 p1 p ornell ubilier 16 ast Rodney rench lvd New edford, M 2744 Phone: (8996-861 ax: (8996-38
Type L Polypropylene oard Mount Link apacitors Part Numbering System L J 91 4 Type apacitance Tolerance Voltage ase Type ase ode L 8= 8 µ J = ±% 71 = 7 Vdc 4 = ox 4 Lead = µ 91 = 9 Vdc = µ 112 = 11 Vdc ase ode W H L p p1 d 4 41. 37. 1.2 1.2 28 37 41. 37. 1.2 1.2 24 44 41. 37. 1.2 1.2 4 41. 37..3 1.2 4 7. 2..3 1.2 7. 2..3 1.2 Ratings Typ urrent Peak Thermal ap 1 khz SR T = T = T =7 dv/dt urrent I pk Resistance Θcc Θca ase rea Typical Weight ase ode PartNumber (µ (mω ( ( ( (V/µs ( (mm 2 (g 7 Vdc LJ714.2 8 13. 1..8 68. LJ714 3.9 17 1 13. 26 11.4 14. 36.8 L2J714 3.6 27 19 11 11.8 29 1. 13.4 776 37.8 LJ714 2.6 33 23 13 13. 39 1. 11.7 89 46.7 L4J714 4 3.6 31 13 8. 39 8. 9.3 113 9. LJ714 2.9 36 14 8.9 49 8. 8. 1327 69.6 9 Vdc L1J914 12.2 8.8 19 1..8 68 34.8 L14J914 14 4. 23 16 9 16.4 2 11.4 14. 39.3 L16J914 16 3.9 26 1.6 1. 13.4 776 41. LJ914 3.1 12 16. 3 1. 11.7 89 48.8 LJ914 4.3 29 11 1.8 3 8. 9.3 113 62.4 L4J914 4 3.2 14 1.7 4 8. 8. 1327 78.6 11 Vdc L8J1124 8 6. 19 13 7. 16 1..8 68 34.3 L1J1124 1.2 9. 11.4 14. 4.4 L1J1124 12 4.3 1 19.2 2 1. 11.7 89 44. LJ1124.3 26 1 13. 26 8. 9.3 113 61.1 LJ1124 4.2 12 13.2 3 8. 8. 1327 72.9 ornell ubilier 16 ast Rodney rench lvd New edford, M 2744 Phone: (8996-861 ax: (8996-38
Type L Polypropylene oard Mount Link apacitors xpected Lifetime Predictions apacitance: (µ quivalent Series Resistance: SR (mω requency: f (khz Ripple urrent: I ( rms mbient Temperature: T ( ore Temperature: T ( Total Thermal Resistance: Θ Thermal Resistance case-to-ambient: Θ Thermal Resistance core-to-case: Θ irfow Speed: v (m/s pplied Voltage: V (V Rated Voltage: V R (V etermine SR at Operating requency Use the 1 khz SR from the ratings tables. or operation below 1 khz, the SR will need to be adjusted using the following equation: SR - 31.83/(1 + 31.83/(f. etermine Thermal Resistance at Operating requency and ir low ompute Θ = Θ + Θ. In the ratings tables, Θ is for still air. or v = to m/s, multiply Θ by [( + 17.6(.1.66 / ( + 17.6(v +.1.66 ] etermine xpected Lifetime Look up xpected Lifetime on the graph using V /V and T = T + I 2 (SR/1 Θ R The maximum allowed temperature rise is 4 and the maximum allowed core temperature is 9. 1.7 xpected Lifetime vs ore Temperature and pplied Voltage 1.6 1. 1.4 º Va / Vr 1.3 1.2 6º 7º 1.1 1 8º.9.8 1 1 1 1 1 xpected Lifetime (h ornell ubilier 16 ast Rodney rench lvd New edford, M 2744 Phone: (8996-861 ax: (8996-38
Type L Polypropylene oard Mount Link apacitors Typical Performance urves LJ714 Rated Ripple urrent LJ714 Rated Ripple urrent Ripple urrent ( rms 4 7 Ripple urrent ( rms 4 7 1 1 1 1 1 1 1 1 1 1 1 1 L16J914 Rated Ripple urrent LJ914 Rated Ripple urrent 4 4 4 Ripple urrent ( rms 7 Ripple urrent ( rms 7 1 1 1 1 1 1 1 1 1 1 1 1 LJ1124 Rated Ripple urrent LJ1124 Rated Ripple urrent 4 4 4 Ripple urrent ( rms 7 Ripple urrent ( rms 7 1 1 1 1 1 1 1 1 1 1 1 1 ornell ubilier 16 ast Rodney rench lvd New edford, M 2744 Phone: (8996-861 ax: (8996-38
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