ESRD4R7M02B

SPA Capacitors Polymer Aluminum Surface Mount Capacitors Solid New! Extended Range Ratings, 20% More Capacitance Highlights • Capacitance Range: 2.2 µF to 390 µF • Ripple current ratings up to 3.5Arms at 100 kHz and 105°C • Low Impedance • Ultra-Low E.S.R.; 10 mΩ @ 100 kHz • -55° to 105°C operating temperature Solid polymer aluminum capacitors combine the high capacitance capability of an electrolytic component with the high frequency performance of film capacitors. When the need for low impedance at high frequency is critical for your design, one SPA chip is capable of replacing several liquid electrolyte aluminum or tantalum capacitors connected in parallel. This is due to the ultra-low e.s.r. which results in significantly lower impedance than either aluminum or tantalum capacitors at frequencies of 100 kHz and above. There is no longer a need to stack capacitors to lower the impedance at high frequency. The low e.s.r. and high Chip and SMT Capacitors • Voltage Range: 2.0 Vdc to 16 Vdc • Solid electrolyte for extended life • Footprint Compatible with “D” and “E” Case Tantalum • Flat Z and E.S.R. vs. temperature • Ignition free capacitance make them ideal for bypassing high frequency noise, and for switching frequency filtering in DC/ DC conversion. SPA capacitors are packaged in a molded resin case with the same footprint (7.3x4.3 mm) as the industry standard tantalum “D” and “E” case sizes. The solid electrolyte results in a capacitor with stable impedance and equivalent series resistance over the entire operating temperature range and they have more than twice the ripple current handling capability of tantalum capacitors. In addition, the solid electrolyte delivers a typical expected operating life of more than 50 years, and it is ignition free. Filtering power of 3 or more tantalum chips and 50 year life CDESPA Type CDE SPA Type Dimensions (mm) Dimensions (mm) Capacitance Range (µF) Capacitance Range (µF) Max. ESR at 100 kHz (Ω Max. ESR at 100 kHz (Ω) ) Max. Ripple Current at 100 kHz (Arms) Max.Ripple Current at 100 kHz (Arms) *Operates to 125˚C ESRE ESRE 100 100-390 - 390 0.015 0.015 ESRD ESRDESRD 68-270 68 - 270 2.2-120 0.018 3.3 0.018 .025 - .110 2.2 1.0 - 2.7 ESRD ESRL 2.2 -120 15-68 .025 - .110 .035 - .040 1.0 - 1.81.6 1.4 - ESRL ESRH* 7.3x4.3x1.1 7.3x4.3x2.8 & 4.1 15 - 68 68-270 .035 .040 .015 - .018 1.4 - 1.6 2.0 - 3.0 7.3x4.3x4.2 7.3x4.3x3.1 7.3x4.3x4.1 7.3x4.3x2.8 7.3x4.3x1.8 7.3x4.3x1.8 7.3x4.3x1.1 3.5 3.0 CORNELL DUBILIER Your Source For Capacitor Solutions 1605 East Rodney French Blvd. New Bedford, MA 02744 (508) 996-8564, Fax (508) 996-3830 http://www.cornell-dubilier.com E-mail: cdenb@cornell-dubilier.com 1.035 Chip and SMT Capacitors SPA Capacitors Solid Polymer Aluminum Capacitors Applications Motherboard By-Pass Switching Supply Input/Output Filters Power Supply Decoupling High Frequency Noise Reduction Laptop LCD Displays Automotive Digital Equipment Portable Electronic Equipment Markings Capacitance ("R" = Decimal Point) Polarity Stripe (Anode) + W.V. Code D = 2.0 V E = 2.5 V G = 4.0 V J = 6.3 V K = 8.0 V B = 12.5 V C = 16.0 V Lot Code Ordering Information ESRD CDE Type CAPACITANCE CODE 4R7 = 4.7 µF 220 = 22 µF 101 = 100 µF CAPACITANCE TOLERANCE M = ± 20% 4R7 M 16 R PACKAGING CODE R = Tape & Reel ESRD (1.8mm Ht.): 3500 pcs/ reel ESRD (2.8mm Ht.): 2000 pcs/ reel ESRE: 2000 pcs/reel ESRL: 3500 pcs/reel B = Bulk Quantity (100 pc multiples) WVDC CODE 02 = 0E = 04 = 06 = 2.0 Vdc 08 = 8.0 Vdc 2.5 Vdc 12 = 12.5 Vdc 4.0 Vdc 16 = 16.0 Vdc 6.3 Vdc CORNELL DUBILIER Your Source For Capacitor Solutions 1.036 1605 East Rodney French Blvd. New Bedford, MA 02744 (508) 996-8564, Fax (508) 996-3830 http://www.cornell-dubilier.com E-mail: cdenb@cornell-dubilier.com SPA Capacitors Solid Polymer Aluminum Capacitors Chip and SMT Capacitors ESRD Surface Mount Outline Drawing Dimensions in mm Ratings Capacitance Capacitance (µF) (µF) Part Number Number (Tape & Reel) (Tape & Reel) Part 1 2.0 Vdc 2.0 Vdc 100 ESRD101M02R 0.025 1.8 100 ESRD101M02R 0.025 1.8 120 ESRD121M02XR 0.015 2.7 180 ESRD181M02R 0.018 2.2 180 ESRD181M02R 0.018 2.2 220 ESRD221M02R 0.018 2.2 220 ESRD221M02R 0.018 2.2 270 ESRD271M02XR 0.012 3.3 2.5 Vdc 2.5 Vdc 82 ESRD820M0ER 0.025 1.8 82 ESRD820M0ER 0.025 1.8 150 ESRD151M0ER 0.018 2.2 100 ESRD101M0EXR 0.015 2.7 180 ESRD181M0ER 0.018 2.2 150 ESRD151M0ER 0.018 2.2 4.0 Vdc 180 ESRD181M0ER 0.018 2.2 56 ESRD560M04R 0.025 1.8 220 ESRD221M0EXR 0.012 3.3 120 ESRD121M04R 0.018 2.2 4.0 Vdc 56 ESRD560M04R 0.025 1.8 6.3 Vdc 82 ESRD820M04XR 0.015 2.7 10 ESRD100M06R 0.060 1.0 120 ESRD121M04R 0.018 2.2 22 ESRD220M06R 0.045 1.3 150 ESRD151M04XR 0.012 3.3 33 ESRD330M06R 0.035 1.6 6.3 Vdc 47 ESRD470M06R 0.025 1.8 10 ESRD100M06R 0.060 1.0 100 ESRD101M06R 0.018 2.2 22 ESRD220M06R 0.045 1.3 33 ESRD330M06R 0.035 1.6 8.0 Vdc 47 ESRD470M06R 0.025 1.8 8.2 ESRD8R2M08R 0.060 1.0 68 ESRD680M06XR 0.015 2.7 15 ESRD150M08R 0.045 1.3 100 ESRD101M06R 0.018 2.2 22 ESRD220M08R 0.035 1.6 120 ESRD121M06XR 0.012 3.3 33 ESRD330M08R 0.025 1.8 8.0 Vdc 68 ESRD680M08R 0.018 2.2 8.2 ESRD8R2M08R 0.060 1.0 12.5 Vdc 15 ESRD150M08R 0.045 1.3 22 ESRD220M08R 0.035 1.6 4.7 ESRD4R7M12R 0.080 1.0 33 ESRD330M08R 0.025 1.8 10 ESRD100M12R 0.060 1.0 68 ESRD680M08R 0.018 2.2 15 ESRD150M12R 0.050 1.3 12.5 Vdc 22 ESRD220M12R 0.040 1.3 4.7 ESRD4R7M12R 0.080 1.0 16.0 Vdc 10 ESRD100M12R 0.060 1.0 2.2 ESRD2R2M16R 0.110 1.0 15 ESRD150M12R 0.050 1.3 22 ESRD220M12R 0.040 1.3 4.7 ESRD4R7M16R 0.080 1.0 16.0 Vdc 6.8 ESRD6R8M16R 0.070 1.0 2.2 ESRD2R2M16R 0.110 1.0 8.2 ESRD8R2M16R 0.060 1.0 4.7 ESRD4R7M16R 0.080 1.0 For other frequencies use the ripple current frequency multipliers.1.0 6.8 ESRD6R8M16R 0.070 8.2 ESRD8R2M16R 0.060 1.0 For other frequencies use the ripple current frequency multipliers. Maximum Maximum E.S.R E.S.R 100kHz/20°C 100kHz/20°C (Ω (Ω)) Maximum1 Maximum Ripple Current Ripple Current 100kHz/105°C 100kHz/105°C (Amps) (Amps) 1 Case Case Height Height H H (mm) ) ( ±0.1 mm 1.8 ± .1 1.8 1.8 ± .1 3.1 2.8 ± .2 3.1 2.8 ± .2 2.8 ± .2 1.8 1.8 ± .1 3.1 1.8 ± .1 3.1 2.8 ± .2 2.8 ± .2 1.8 2.8 ± .2 3.1 1.8 ± .1 1.8 ± .1 1.8 2.8 ± .2 1.8 2.8 ± .2 1.8 1.8 1.8 ± .1 3.1 1.8 ± .1 1.8 ± .1 1.8 ± .1 1.8 1.8 ± .1 1.8 2.8 ± .2 1.8 2.8 ± .2 1.8 3.1 1.8 ± .1 1.8 ± .1 1.8 ± .1 1.8 1.8 ± .1 1.8 2.8 ± .2 1.8 1.8 1.8 ± .1 1.8 ± .1 1.8 1.8 ± .1 1.8 ± .1 1.8 1.8 1.8 ± .1 1.8 1.8 ± .1 1.8 ± .1 1.8 ± .1 1 CORNELL DUBILIER Your Source For Capacitor Solutions 1605 East Rodney French Blvd. New Bedford, MA 02744 (508) 996-8564, Fax (508) 996-3830 http://www.cornell-dubilier.com E-mail: cdenb@cornell-dubilier.com 1.037 Chip and SMT Capacitors SPA Capacitors Solid Polymer Aluminum Capacitors ESRE Surface Mount, High Capacitance Outline Drawing H = 4.1 ± .2 Dimensions in mm Ratings Part Maximum Capacitance Number E.S.R Capacitance Number E.S.R. (Tape & Reel) 100kHz/20°C (Tape & Reel) 100kHz/20°C (µF) (Ω) (µF) 2.0 Vdc (Ω) 270 ESRE271M02R Vdc 0.015 2.0 Part Maximum Maximum1 1 Maximum Ripple Current Ripple Current 100kHz/105°C 100kHz/105°C (Amps) (Amps) 330 270 390 330 220 270 220 330 270 180 220 180 150 150 180 100 ESRE331M02R 0.015 ESRE271M02R 0.015 ESRE391M02XR 0.010 ESRE331M02R 2.5 Vdc0.015 ESRE221M0ER Vdc 0.015 2.5 ESRE271M0ER 0.015 ESRE221M0ER 0.015 ESRE331M0EXR 0.010 ESRE271M0ER 4.0 Vdc0.015 ESRE181M04R 0.015 4.0 Vdc ESRE221M04XR 0.010 ESRE181M04R 6.3 Vdc0.015 ESRE151M06R Vdc 0.015 6.3 ESRE181M06XR 0.010 ESRE151M06R 0.015 8.0 Vdc 8.0 ESRE101M08R Vdc 0.015 3.0 3.0 3.0 3.5 3.0 3.0 3.0 3.0 3.5 3.0 3.0 3.5 3.0 3.0 3.5 3.0 3.0 1 For other frequencies use the ripple current frequency multipliers. 100 ESRE101M08R 0.015 3.0 1 For other frequencies use the ripple current frequency multipliers. 1.038 1605 East Rodney French Blvd. New Bedford, MA 02744 (508) 996-8564, Fax (508) 996-3830 http://www.cornell-dubilier.com E-mail: cdenb@cornell-dubilier.com CORNELL DUBILIER Your Source For Capacitor Solutions SPA Capacitors Solid Polymer Aluminum Capacitors Chip and SMT Capacitors ESRL Surface Mount, Very Low Profile (1.1mm High) Outline Drawing Dimensions in mm Ratings Part Maximum Part Maximum Capacitance Number E.S.R Capacitance Number E.S.R. (Tape & Reel) 100kHz/20°C (Tape & Reel) 100kHz/20°C (µF) (Ω) 2.0 Vdc (µF) 68 ESRL680M02R Vdc 0.035 2.0 2.5 Vdc 68 56 ESRL680M02R 0.035 ESRL560M0ER 0.035 4.0 Vdc 2.5 Vdc 39 ESRL390M04R 0.035 56 47 ESRL560M0ER 0.035 ESRL470M04R 0.035 6.3 Vdc 4.0 Vdc 33 ESRL330M06R 0.035 39 ESRL390M04R 0.035 8.0 Vdc 6.3 22 ESRL220M08R Vdc 0.035 12.5 Vdc 33 ESRL330M06R 0.035 15 ESRL150M12R 0.040 8.0 Vdc For other frequencies use the ripple current frequency multipliers. 1 Maximum1 1 Maximum Ripple Current Ripple Current 100kHz/105°C 100kHz/105°C (Amps) (Amps) 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.4 1.6 1.6 22 1 ESRL220M08R 0.035 1.6 For other frequencies use the ripple current frequency multipliers. CORNELL DUBILIER Your Source For Capacitor Solutions 1605 East Rodney French Blvd. New Bedford, MA 02744 (508) 996-8564, Fax (508) 996-3830 http://www.cornell-dubilier.com E-mail: cdenb@cornell-dubilier.com 1.039 Chip and SMT Capacitors SPA Capacitors Solid Polymer Aluminum Capacitors Specifications Operating Temperature Range; -55°C to +105°C, at 100% rated voltage Surge Voltage; 125% of the rated working Vdc Capacitance Range; 2.2 µF to 390 µF Capacitance Tolerance; ±20% at 120 Hz and +20°C DC Leakage Current (DCL); After a two minute application of the rated working voltage at +20°C: 2V - 4V: I ≤ 0.06CV 6.3V - 16V: I ≤ 0.04CV or 3µA (whichever greater) Moisture Resistance; After 500 hours storage at +60°C and 90 to 95% R.H. without load, the capacitor will meet the following limits: ∆C = +70%/-20% of the initial measured value (2.0 Vdc, 2.5 Vdc), +60%/-20% of the initial measured value (4.0 Vdc), +50%/-20% of the initial measured value (6.3 Vdc), +40%/-20% of the initial measured value (all other voltages) DF ≤ two times the initial specified value DCL ≤ the initial specified value Life Test; Apply rated DC working voltage at 105°C for 1000 hours, and then stabilize them to +20°C. Capacitors will meet the following limits: ∆C = ±10% of the initial measured value DF ≤ the initial specified value DCL ≤ the initial specified value Shelf Life Test; Shelf life is typically 5 to 10 years. Accelerated test: after 500 hours at 105°C, capacitors will meet the following limits after stabilization at 20°C: ∆C = ±10% of the initial measured value DF ≤ the initial specified value DCL ≤ the initial specified value Shear Test; No damage shall be visible after subjecting a mounted capacitor to a side force of 5 N for 10 seconds Dissipation Factor (DF); The ratio of the capacitor ís equivalent series resistance to its reactance at 120Hz and +20°C. ESRL & ESRD (1.8 mm ht.): D.F. is .06 Max. ESRE & ESRD (2.8 mm ht.): D.F. is .10 Max. Resistance to Soldering Heat; Heat the capacitors at 235°C in an oven for 200 seconds. The capacitors will meet the following limits after stabilizing at 20°C: ∆ C = ±10% of the initial measured value DF ≤ the initial specified value DCL ≤ the initial specified value Vibration; No abnormal change shall occur to capacitors that have been soldered (and attached) to a board when subjected to a vibration of 1.5 mm amplitude that is varied from 10 Hz to 2000 Hz in 20 min. cycles. The test duration is 2 hours for each right angle direction (total 6 hours). Capacitance is monitored during the last cycle of the test for stablilty. 1.040 1605 East Rodney French Blvd. New Bedford, MA 02744 (508) 996-8564, Fax (508) 996-3830 http://www.cornell-dubilier.com E-mail: cdenb@cornell-dubilier.com CORNELL DUBILIER Your Source For Capacitor Solutions