DMS3R3224RS

Electric Double Layer Capacitors Product Specification To. : DATE : 20 . . . RoHS 1,2 and 3 Halogen Free SPECIFICATION PRODUCT : STARCAP MODEL : DMS3R3224RS WRITTEN CHECKED APPROVED KORCHIP CORP. KORCHIP B/D, 359, Manan-ro, Manan-gu, Anyang-si, Gyeonggi-do, KOREA TEL : 82 - 31 - 361 - 8000 FAX : 82 - 31 - 361 - 8080 1 Electric Double Layer Capacitors Product Specification Index Page No. ITEM 1 Cover Page 2 Index 3 Revision History etc. 1. Scope 2. Part Number System 4 3. Photo 4. General Specifications 5 5. Cell Structure 6 6. Product Dimensions 7 7. Reliability Specifications 8-10 11 8. Packing Specifications 9. Labeling Standards 12 10. Measuring Method of Characteristics 13 11. Mounting 14-15 16 12. Cautions for Use 13. Environmental Management 2 Electric Double Layer Capacitors Product Specification Revision History No. Documentation Check Description of Revision Approval Date 1 S.H. Jeon (R&D) K.B. Chung (Q.A.) Initial Release B.I. Lim (R&D) Feb. 16, 2022 Manufacturer Information Manufacturer : Korchip Corporation Location : KORCHIP B/D, 359, Manan-ro, Manan-gu, Anyang-si, Gyeonggi-do, KOREA Tel. : +82-31-361-8000 Fax. : +82-31-361-8080 3 Electric Double Layer Capacitors Product Specification 1. Scope This specification applies to STARCAP(Electric Double Layer Capacitor), submitted to specified customer in cover page. 2. Part Number System DMS 3R3 224 RS ① ② ③ ④ ① ② ③ ④ Series Name : DMS Rated Voltage : 3.3VDC Capacitance : 0.22 F (224 = 22 × 10+4 uF) Product Identification Code 3. Photo 4. General Specifications ITEMS VALUE Rated Voltage 3.3 VDC Operating Temp. -10 ~ +60 ℃ Capacitance (F) 0.22 F Capacitance Tolerance -20 ~ 80 % Equivalent Series Resistance (ESR) Less than 200Ω 4 Electric Double Layer Capacitors Product Specification 5. Cell Structure Part Name Material ① Cap(-) Stainless Steel ② Case(+) Stainless Steel ③ Electrode(-) Activated Carbon ④ Electrode(+) Activated Carbon ⑤ Electrolyte Organic Electrolyte ⑥ Separator Glass Fiber ⑦ Gasket Engineering Plastic 5 Electric Double Layer Capacitors Product Specification 6. Product Dimensions Recommendable PCB Layout (Unit : mm) 6 Electric Double Layer Capacitors Product Specification 7. Reliability Specifications Item Specification Capacitance Change Step 2 ESR Temperature Characteristics Reflow Soldering Effect Humidity Resistance Vibration Resistance Terminal Strength Terminal Bend Strength Endurance Shelf Life 5Times or less than Initial Value Capacitance Change Step 4 ESR Within ± 30% of Initial Value Capacitance Change Step 5 ESR Change Capacitance Spec. Value Appearance No Marked Defect Capacitance Change ESR Appearance Self Discharge Characteristics Within ± 30% of Initial Value Test Condition Measure electrical characteristics after exposing STARCAP Capacitor to each temperature atmosphere for one(1) hour Step Temperature 1 20±2℃ 2 -10±2℃ Within ± 10% of Initial Value 3 20±2℃ 4 60±2℃ 200Ω or less 5 20±2℃ 200Ω or less Pb-Free Reflow Solder Peak Temp. : 260± 5℃ Duration at Peak Temp. : 5±0.5℃ ± 30% of Initial Value Temp. : 40±2℃ Humidity : 90 ~ 95%RH 2KΩ or less Time : 500±8 Hours No Voltage Applied No Marked Defect Charging Condition Voltage More than 1.8Vdc Capacitance Spec. Value ESR Spec. Value Appearance No Marked Defect Appearance Terminals shall not be separated Capacitance Change Within ± 30% of Initial Value ESR 2KΩ or less Appearance No Marked Defect Capacitance Change Within ± 30% of Initial Value ESR 2KΩ or less Appearance No Marked Defect Self Discharge Condition Voltage : 3.3Vdc Current : 20㎃ Charge Time : 24 Hours Duration : 24 Hours Temp. : Less than 25℃ Humidity : Less than 70%RH Amplitude : 1.5㎜ Frequency : 10 ~ 55㎐ Direction : X, Y, Z 3 Directions Test Time : 6 Hours Load 10N , 10±1 Sec. Load 5N , Angle 90º , 1Cycle Temp. : 60±2℃ Test Time : 1,000(+24,-0) Hours Applied Voltage : 3.3Vdc Temp. : 60±2℃ Test Time : 1,000(+24,-0) Hours No Voltage Applied 7 Electric Double Layer Capacitors Product Specification 8. Packing Specifications 1) Carrier Tape (Unit : mm) Item C D d E F G H K1 K2 L1 L2 P P2 t W Size 11.5 6.8 1.5 1.75 1.5 2.0 2.4 4.4 3.4 6.1 6.4 12.0 4.0 0.3 24.0 Tollerance ±0.1 ±0.1 ±0.1 ±0.1 ±0.1 ±0.1 ±0.1 ±0.2 ±0.2 ±0.5 ±0.5 ±0.1 ±0.1 ±0.1 ±0.3 8 Electric Double Layer Capacitors Product Specification 2) Reel (Unit : mm) W1 W2 Ød1 Ød2 25±0.5 (29.5±1) 13±0.5 80±1 Ød3 330±1 (13inch) 9 Electric Double Layer Capacitors Product Specification 3) Box Reel 2,000pcs/Reel ↓ Bag 10Reels/Bag ↓ Weight Qty. (pcs) Box 20,000pcs/Box Unit 0.22g Reel 0.90kg 1 2,000 Bag 9.0kg Box 10kg 20,000 20,000 W 350mm D 350mm H 370mm 10 Electric Double Layer Capacitors Product Specification 9. Labeling Standards ← (Example) Lot No. System Ex.) S G X A C 002 ① ② ③ ④ ⑤ ⑥ ① Product Code : S (STARCAP) ② Production Year Code : A (2016), B (2017), C (2018), ... ,F (2021), G (2022)... ③ Factory Identification Code : X (Factory X) ④ Production Month Code : A (Jan.), B (Feb.), ... , J (Oct.), K (Nov.), L (Dec.) ⑤ Production Date Code : 1 (1st), 2 (2nd), ... , 9 (9th), A (10th), B (11th), C (12th) ... Q (26th), R (27th), S (28th), ... , V (31th) ⑥ Lot Issuing Serial Code : 001 (First lot of a specific day), 002 (Second lot of a specific day), 003 (Third lot of a specific day)... 11 Electric Double Layer Capacitors Product Specification 10. Measuring Method of Characteristics 1) Charge the STARCAP with constant current Icharge(=1±0.1㎃) to Vcharge(=3.3V) then keep charging for Tcharge(=3000sec.) 2) Discharge the STARCAP with constant current Idisch(=0.5㎃) while measure the discharge time T1, T2 between V1(=2.64V) and V2(=1.32V). 3) Calculate capacitance using the following formula. Capacitance l Measure ESR by the LCR meter. (Frequency:1㎑, Bias Voltage : 0+0.05V) or l Equivalent Series Resistance (ESR @1kHz) Calculte ESR using the following formula. R[Ω] = V[V] / I[A] * i[㎃] = I[A] x 10-3 R : Internal resistance(ESR) [Ω] V : Measured voltage between terminals [V] i : Current 1mA(A.C.) ☞ The STARCAP should be shorted before each measurement as follows ; Capacitance : 60 min. , ESR : 15 min. , LC : 15 min. 12 Electric Double Layer Capacitors Product Specification 11. Mounting 1) Reflow Soldering Excessive heat stress may result in the deterioration of the electrical characteristics of the capacitor and electrolyte leakage due to the rise in internal pressure. Use the general reference chart then set soldering temperature and time. Peak Temp. 260℃ (within 5 seconds) Max. Temp. Gradient in Cooling: -5℃/sec The time of repeated reflow soldering must be two times or less. Do not use reflow soldering when the cell voltage is above 0.3V. 2) Manual Soldering For use of a soldering iron, it should not touch the cell body. Temperature of the soldering iron should be less than 360℃. Soldering time for terminals should be less than 3(-0/+1) seconds. 13 Electric Double Layer Capacitors Product Specification 12. Cautions for Use Please be careful for following points when you use Korchip's EDLC. 1) Do not apply more than rated voltage. If you apply more than rated voltage, electrolyte in EDLC will be decomposed and its ESR increase. At the worst, it may be broken. 2) Do not use EDLC for ripple absorption. 3) Polarity Please mount it in accordance with its polarity. 4) Operating environment and lifetime EDLC shows faster deterioration in high temperature operation. The lifetime of EDLC follows the general lifetime acceleration rule of double or half per every 10℃ of ambient temperature decrease or increase respectively. A large temperature difference in one day or humid operating environment results in dew condensation on the surface of EDLC and it may cause fast deterioration or electrolyte leakage of EDLC. If the EDLC is used in an electronic or electrical device over a long period of time especially in high temperature or high humidity environment, please check it periodically and replace it when necessary. 5) Cleaning Some detergent or high temperature drying causes deterioration of EDLC. If you wash EDLCs, Consult us. 6) Following figure shows the general back-up circuit. D : Diode to prevent the reverse current R : Resistor to control the charging current 14 Electric Double Layer Capacitors Product Specification 7) Short-circuit DO NOT short-circuit between terminals of EDLCs without resistor. 8) Storage In long term storage, please store EDLCs in following condition; ① TEMP. : 15 ~ 35 ℃ ② HUMIDITY : Less than 60%RH ③ Non-dust, non-acidic and/or non-alkaline atmosphere ④ Avoid direct sun light, strong magnetic field Storage period limit is one(1) year when an EDLC is stored in the above condition. Storage in improper condition may cause some damage on terminal surface or on outer tube of the EDLC. If the storage period exceed one(1) year in the customer's warehouse, please contact the manufacturer. 9) Do not disassemble the EDLC. It contains electrolyte. 10) Series connection of EDLCs Over-rated voltage may be applied to a single EDLC in series connection due to the deviation of capacitance and ESR of each EDLC. Please inform us if you are using EDLCs in series connection and please design so as not to apply over-rated voltage to each EDLC, and use EDLCs from a same lot. 11) The tips or edges of an EDLC terminals are very sharp. Please handle with care. 12) Industrial Application Some industrial applications require a very high level of reliability to its parts including EDLCs. Therefore if the EDLC is to be used in an industrial application such as factory machinery, heavy electricity, etc. periodic inspection of EDLC is necessary. If there found any problem with the EDLC, please replace it. 13) Use of Functional Coating Chemicals Some solvents of functional coating chemicals which applied on the same PCB with the STARCAP EDLC may cause undesired effects on the EDLC such as surface oxidation or electrolyte leakage. When apply those chemicals, be careful of not coating the EDLC's surface. 15 Electric Double Layer Capacitors Product Specification 13. Environmental Management All STARCAP products are RoHS 1, 2 and 3 compliant, Halogen Free and environment friendly. RoHS 1,2 directive ELV directive Halogen Flame RoHS 3 directive Series (Pb, Cr+6, Hg, Cd, (Pb, Cr+6, PVC Retardant Free (DEHP, BBP, etc. PBB, PBDE) Hg, Cd) (Cl, Br) DBP, DIBP) DMS N.D. N.D. N.D. N.D. N.D. * N.D. : Not Detected or Within Permitted Range 16