CROSS-SECTION CONSTRUCTION

Transcription

1 Skywell s OP-CON is aluminum solid electrolytic capacitor that uses organic semiconductors as electrolytes. Organic semiconductor has a high conductivity and high-temperature stability, therefore OP-CON has an excellent performance and high reliability. The constructions of OP-CON are roughly the same as an aluminum electrolytic capacitor. CROSS-SECTION CONSTRUCTION -Material Comparison of OP-Con & Conventional Aluminum Capacitors Type Aluminum Electrolytic Capacitor OP-CON Element Construction Forming foil, separator, lead wire Forming foil, separator, lead wire Dielectric material AL2O3 AL2O3 Electrolyte Electrolytic solution, conductivity, 3mS/cm Organic semiconductor or Conductivity Polymer Encapsulation Rubber Epoxy resin or Rubber FEATURES Low ESR at high frequency (100KHz ~ 1MHz) Excellent of Noise & Ripple removal capability Excellent of temperature characteristics (ESR is not dependant on temperature -55 ~+105 ) Long-life up to hours APPLICATIONS Smoothing circuitry of power supply for DC/DC converters IC power line noise filter for D/A, A/D converters, TTL & CPUs Digital & analog circuitry for audio & video applications Replace with large size capacitors on the circuit boards 1

2 PART NUMBER SYSTEM Skywell OP-Con capacitor can be ordered by Skywell part number as follows, such as SEL06T101 SEL 06 T 101 Type Voltage Tolerance Capacitance Option SES=Standard Type 04=4.0v T=+50-10% 3-digit code 1 or 2 digits SEL=Low ESR Type 06=6.3v M=+-20% (here is 100uF) P=Polymer 10=10v K=+-10% S=Special size 16=16v C=Lead cut 20=20v PS=Polymer and Special size 25=25v SC=Special size and Lead cut SES Standard 105, 2000hrs High ripple current Low impedance at high frequency. Suitable for switching power supplies, noise filter Items Performance requirements Operation temperature range -55~105 Rated working voltage range 6.3~25V. DC Nominal capacitance range 2.2uF~330uF μf Capacitance tolerance ±20%(120Hz/20 ) DC leakage current 0.02CV (ua/2min.) Dissipation factor (tanδ) Value in characteristics table E.S.R(100~300KHz) Value in characteristics table Temperature characteristics (impedance ratio, 100KHz) -55 Z/Z Z/Z High-temperature load (after +105, 2000hrs, rated voltage applied, 25V applied +85 ) ΔC/C Within ±20% tanδ 1.5 times of initial value L/C Less than of initial value Moisture resistance (after +60, 90~95% R.H,, 1000hrs, no voltage) ΔC/C Within ±10% tanδ 1.5 times of initial value L/C Less than of initial value Reverse voltage guarantee Less than 10% of the rated voltage 2

3 Dimensions & Size Table (numbers are in mm) - Dimensions (in mm) ΦD L Pitch 2.0± ± ± ± ±0.5 Φd K max G max Size Table WV CAP. 6.3V 10V 16V 20V 25V

4 - Characteristics Table W.V. 6.3V 10V 16V 20V 25V Cap. (uf) PART No. ESR (100~300KHz) (mω)(max) Max. ripple Current (ma rms) (100KHz/ 45 ) Tanδ Leakage current(ma) 15 SES06M SES06M SES06M SES061M SES06M SES10M SES10M SES10M SES10M SES10M SES16M4R SES16M6R SES16M SES16M SES16M SES16M SES16M SES16M SES16M SES16M SES1150M SES20M SES20M SES20M SES20M SES20M SES20M2R SES20M3R SES20M4R SES20M6R SES20M SES20M SES20M SES20M SES20M

5 SEL Large Cap. Low ESR 105, hours Higher capacitance and lower ESR Suitable for the BACK-UP capacitor and audio equipments Items Performance requirement Operation Temperature Range -55~105 Rated Working Voltage Range 2.0V ~25V. DC Nominal Capacitance Range 15uF~2200uF μf Capacitance Tolerance ±20%, % (120Hz/20 ) DC Leakage Current 0.1CV (ua/2min.) Dissipation Factor (tanδ) Value in characteristics table E.S.R(100~300KHz) Value in characteristics table Temperature Characteristics (impedance ratio, 10KHz) -55 Z/Z20 1.0~ Z/Z ~1.0 High-Temperature Load (after 105, 1000hrs, rated voltage applied, 25V applied 85 ) ΔC/C Within ±20% tanδ 1.5 times of initial value L/C Less than of initial value Moisture resistance (after 60, 90~95% R.H., 1000hrs, no voltage) Reverse voltage guarantee ΔC/C Within ±10% tanδ 1.5 times of initial value L/C Less than of initial value Less than 10% of the rated voltage DIMENSIONS & SIZE TABLE (numbers are in mm) 5

6 - Dimensions (in mm) ΦD L Pitch 2.5± ± ± ± ± ±0.5 Φd K max G max Size Table (ΦD L) WV CAP. 2.5V 4V 6.3V 10V 16V 20V 25V x x x x x x x x12.5 ***Below left in blank intentionally*** 6

7 - Characteristics Table W.V. 2.5V 4.0V 6.3V 10V 16V 20V 25V Cap. (uf) Part No. ESR (100~300Khz) (mω)(max) Max. ripple Current (ma) (100Khz/ 45 ) Tanδ Leakage Current (ma) 820 SEL2R5M SEL2R5M SEL04M SEL04M SEL04T SEL04M SEL04M SEL04M SEL04M122S SEL06M SEL06M SEL06M SEL06M SEL06M SEL06M821S SEL10M SEL10M SEL10M SEL10M SEL16M SEL16M SEL16M SEL16M SEL16M SEL16M331S SEL16M331P (105 ) SEL20M SEL20M SEL20M SEL20M SEL25M SEL25M Remark: SEL04M122S, SEL06M821S and SEL16M331S are special size of 10x10.5 (ΦD L). 7

8 CHARACTERISTICS NOTES: 1. Ripple Current For maximum allowable ripple current (45 100KHz), See characteristics table c.f. maximum allowable ripple current at ambient temperature. Ix ma rms (+65 ) = 0.85 x Io ma rms (+45 ) Ix ma rms (+85 ) = 0.7 x Io ma rms (+45 ) Ix ma rms (+95 ) = 0.4 x Io ma rms (+45 ) Ix ma rms (+105 ) = 0.25 x Io ma rms (+45 ) Temperature Coefficient Ratio 2. Equivalent Series Resistance (ESR) At the frequency from 100KHz to 300KHz, the ESR should stay the same, for detail ESR specification, please refer to Characteristics Table. OPERATION PRECAUTIONS 1. Polarity Confirm the polarity, do not reverse the polarity when using. 2. Prohibits Circuits 1) High impedance voltage retention circuits 2) Coupling circuits 3) Time constant circuits 4) Circuits greatly affected by leakage current 8

9 3. Over Voltage Prohibited During Design 4. Sudden Charge & Discharge Restricted (for maintenance of high proof reliability) 5. Considerations When Soldering 1) Do not solder the OP-CON by submerging it in melted solder. 2) Soldering condition: less than 10 seconds at 260 3) The leakage current value after soldering may increase a little depending on the soldering conditions. But the leakage current can be reduced through self-repaired by applying voltage. APPLICATION NOTES 1. Operating Temperature Use the OP-CON according to the specified operating temperature range. 2. Ripple Current Never make current larger than the permissible ripple current. 3. Leakage Current Leakage current increases slightly during high temperature no-load, damp heat load and rapid change of temperature with no voltage applied. However, leakage current will decrease by applying voltage at the maximum operating temperature in case it happened. 4. Applied Voltage For 2.5 to 20WV products and 30WV products, 100% of the rated voltage can be applied without causing any problem. Use less than 80% of the following temperature reduction voltage for 25WV products. The reliability of OP-CON, it is recommended that voltage applied to them should be lesst han 80% of the rated voltage. If the 25V rating are used at the temperature higher than 85, apply the temperature reducing voltage described as: 85 25V, V V for the 2.5V to 20V rating, the reverse voltage should be less than 20% of the rating voltage for an extremely short period less than 10% for a certain continuous period. 9

10 5. Failure Mode OP-CON may end worn-out in association with temperature. They may be defected accidentally by overvoltage or over-current mainly causing short circuit. The failure rate is dependent on the applied voltage and the ambient temperature. SES and SEL series products are conformed to RoHS. Contact Skywell s branch office nearest you or to sales@skywellnet.com if you have any question. 10