PA500V227M0J

PA500V227M0J Specification （500-V-220μF-6.3V-12mΩ） 1. Application range ……………………………………………………………………………………….......1 2. Standard Source ………………………………………………………………………...………………......1 3. Explanation of part numbers ……………………………………………..…………………………......... 1 4. Product specifications………………………………………………………………………………………..1 5. Configuration and dimension……………………………………………………………………………….2 6.Characteristic…………………………………………………...…………………………………………….2 7.Marking………………………………………..………………………………………………………………4 8. Tape & reel packaging……………………………………………………………………………………….5 9. Application Guidelines………………………………………………………………………………………5 10.Lead-Free Stance……………………………………………………………………………………………7 11. Halogen-Free Stance..………………………………………………………………………………………7 1. Application range This Specifications applicable to Polymer solid-chip aluminum electrolytic capacitors for electronic equipment. 2. Standard source Q/GGDZ 001-2005《Polymer solid-chip aluminum electrolytic capacitors》standard is drew up according to international standard IEC384-18《Fixed capacitors for use in electronic equipment Part 18: Sectional specification, Fixed aluminum electrolytic chip capacitors with solid and non-solid electrolyte》. The superior standard is GB/T 2693-2001《Fixed capacitors for use in electronic equipment Part 1: Generic specification》. 3. Explanation of part numbers 3.1 Type designation PA 500 V 227 M 0J Voltage code: first is Arabic digit, second is capital letter Capacitance tolerance: M indicates ± 20%, K indicates±10% Capacitance: three Arabic digits, unit（pF）, first two digits indicate significant digits, third indicates the number of 0 after significant digits Case code: capital letter, indicates size code Series: three Arabic digits Polymer solid-chip aluminum electrolytic capacitors 3.2 Rated voltage code Rated voltage（V） 6.3 Voltage code 0J 4. Product specifications Characteristics Item Operating temperature range -55～+105℃ Rated voltage (VR) 6.3V.DC Rated capacitance 220µF Capacitance tolerance 176.0µF~264.0µF (M：±20%)/120Hz 20℃ Leakage current (L C) ≤55.4µA (2minutes) Dissipation factor(tgδ) ≤0.06 (120Hz 20℃) Equivalent series resistance (ESR) ≤12mΩ (100kHz 20℃) 第1页 – 共 7 页 Part numbers PA500V227M0J Rated Rated tgδ L.C. capacitance voltage 120Hz/20℃ max (µA) 120Hz/20℃ max 2minutes （V.DC） （µF） 6.3 220 0.06 Rated ripple ESR current 100kHz/20℃ 100kHz/20~105℃ max (mΩ) max (A) 55.4 12 4.3 5. Configuration and dimension 5.1 Configuration H W2 P L W1 5.2 Size code and dimension Unit:(mm) Dimension Size code L±0.2 W1±0.2 H±0.2 P±0.2 W2±0.1 V 7.3 4.3 1.9 1.3 2.4 6. Characteristic Characteristics Item 1 Rated capacitance range 176.0µF~264.0µF (120Hz 20℃) 2 L.C. (IL) ≤55.4µA (2minutes) 3 Dissipation factor ≤0.06 (120Hz 20℃) (tgδ) 4 5 6 Equivalent series resistance (ESR) Resistance to soldering heat Resistance to solvents ≤12mΩ (100kHz 20℃) Appearance Dip soldering Temperature：260±5℃ Dipping depth：1.5~2.0mm Dipping time：10±1s Stabilizing time：24±2h Deionized water or distilled resistivity≥1MΩ·cm。 Solvent temperature: 23±5℃ Test time：5±0.5min No wiping Capacitance change No visible damage, clear mark. ≤±5% of initial value Dissipation factor (tgδ) ≤0.06 Appearance No visible damage, clear mark. water, 第2页 – 共 7 页 Capacitance change ≤±5% of initial value Stabilizing time：48h Bond 7 strength of lead coating Capacitor is Measured when circuit board is bent Dissipation factor (tgδ) ≤0.06 Appearance No visible damage, clear mark. Capacitance change Dissipation factor (tgδ) ≤0.06 Appearance No visible damage, clear mark. Capacitance 8 9 θA: -55±3℃，θB: +105±3℃ 5 cycles，Time: 30min Stabilizing time :1～2h Temperature change fleetly change Test temperature:：+105±3℃，duration: 16h First cycle of test Db: 24h Low temperature: -55±3℃，duration:2h Other cycle of test Db，duration:24h for each cycle，Stabilizing time: 1～2h Climate order Test temperature: 60±2℃ 10 11 Damp heat, Steady state ≤0.06 Leakage current (LC) ≤55.4µA Appearance No visible damage, clear mark. Capacitance change ≤0.06 Leakage current (LC) ≤55.4µA Appearance No visible damage, clear mark. Endurance Characteristics 12 high and temperature at low Step 1: temperature: 20±2℃; initial measuring Test value Step 2: temperature: -55±3℃ ≤0.12 Leakage current (LC) ≤110.8µA Appearance No visible damage, clear mark. change Test Step 3 ： Test temperature: +105±3℃ 第3页 – 共 7 页 ≤-20%~+40% of initial value Dissipation factor (tgδ) Capacitance Test temperature: +105±3℃ Applied voltage: Rated voltage Test time: 2000h Stabilizing time: 1～2h ≤±10% of initial value Dissipation factor (tgδ) change No load Test time: 21d Stabilizing time: 1～2h ≤±10% of initial value Dissipation factor (tgδ) Capacitance +2 Test humidity: 93 -3 %RH ≤±5% of initial value ≤±20% of initial value Dissipation factor (tgδ) ≤0.09 Leakage current (LC) ≤55.4µA Capacitance change Dissipation factor (tgδ) Capacitance change Dissipation factor (tgδ) ≤±20% of initial value ≤0.12 ≤±20% of initial value ≤0.06 Leakage current (LC) 13 Charge discharge and Test temperature:15～35℃ Cycles: 1000000 Charge: rated DC voltage ， interior resistance of power and exterior series resistance according to RC=0.1s Charge time: 0.5s，Discharge time: 0.5s Capacitance change 14 15 Shelf life Surge Test temperature: 15～35℃ Cycles: 1000 Applied Voltage: 1.25times of rated voltage Protection resistance: RC=0.1±0.05s Charge time: 30s，Discharge time: 5min30s ≤55.4µA Appearance No visible damage, clear mark. change 16 Reverse voltage 7. Marking a) Lead end polarity (Positive) b) Rated capacitance c) Rated voltage d) Company mark (G ) e) Lead end polarity (Negative) 8. Tape & reel packaging Sketch map of embossed tape (Unit：mm) 第4页 – 共 7 页 ≤±20% of initial value Dissipation factor (tgδ) ≤0.06 Leakage current (LC) ≤110.8µA Appearance No visible damage, clear mark. Capacitance change ≤±10% of initial value Dissipation factor (tgδ) ≤0.06 Leakage current (LC) ≤55.4µA Capacitance Duration: Applying 0.15UR DC reverse voltage at+105℃ for 125h， then applying UR DC voltage at +105℃for 125h ≤±20% of initial value Leakage current (LC) Capacitance Test temperature: +105±3℃ Test time: 500±24h Stabilizing time: 16h ≤227µA change ≤±20% of initial value Dissipation factor(tgδ) ≤0.06 Leakage current (LC) ≤110.8µA Tape dimension Side code P0 P1 A0 B0 L×W1×H Code (mm) K0 W ± ± ± ± 0.10 0.10 0.20 0.20 (mm) F E1 ± ±0.30 D0 7"reel +0.10 (chip) ± ±0.10 0.10 0.10 -0.00 V 7.3×4.3×1.9 4.0 8.0 4.6 7.6 12 2.3 1.75 5.5 1.5 1200 9.Application Guidelines To ensure the stable quality of capacitor, and make full use of its capability, please read following guidelines before use: 9.1. Polarity PA-Cap polymer solid chip aluminum electrolytic capacitors have polarity. Polarity must be identified before use. If the polarity is reversed, the leakage current of this capacitor will increase rapidly, even more it will make the circuit short. 9.2. Voltage The application of over-voltage will increase the leakage current, so that capacitor will be damaged because of its interior temperature rise. The sum of DC voltage and ripple voltage should not exceed rated voltage. 9.3. Temperature Must be used in or under the rated temperature. Operation at temperatures exceeding specifications will cause large changes in electrical properties. The potential deterioration will also lead to failure of capacitor. When thinking of the operating temperature of the capacitor, be sure to include not only the ambient temperature but also interior heat coming from the components. 9.4. Ripple current 第5页 – 共 7 页 Use Capacitor in permitted ripple current. When excessive ripple current is applied to the capacitor, it will cause increasing in leakage current, short circuits and decreasing in life. 9.5. Storage of capacitor Capacitors should be stored in a moisture proof and without direct sunlight environment. The prefer temperature is 5-30℃, relative humidity lower than 60%RH. Moisture Sensitivity Level: Level 3. To maintain good mounting capability, please keep it as the package in factory, and would better be used out after opening the package. The remains should be taken back to the package and sealed. After the storage more than two years, drying treatment is first necessary and DC voltage is gradually applied up to rated voltage with 1KΩ/V series resistance and remain at rated voltage for 1h before use. 9.6. Capacitor measurement Excessive impact current resulted from charge and discharge hastily will cause increasing of leakage current, even short circuit. Therefore please contact a 1KΩ protective resistance in series, and applied voltage increases gradually up to rated voltage during leakage current measurement. Before other measurement, please discharge capacitor fully with a 1KΩ resistance in series. 9.7. Capacitor mounting Recommend land-pattern: PA-Cap is suit to re-flow soldering, recommended curve for soldering is as following. Recommended curve for lead free soldering is as following: 第6页 – 共 7 页 When soldering, electric iron should not touch the case. Insure that the soldering temperature is no more than 350℃ and the time is shorter than 3 seconds. Before mounting, please affirm if the lead size is suit to designed dimensions of circuit board. Do not distort and apply strong force to the capacitor during mounting, otherwise the electrical performance of the capacitor will be affected greatly, even damage. After it is soldered on PCB board, do not remove it with strong force. In addition，re-flow soldering should be no more than twice. 9.8. Capacitors cannot be used in the following environments. a) Contact directly with water, salt water or oil. b) Full of deleterious chemically active gases c) Exposed to direct sunlight. 10. Lead-Free Stance All complete parts and homogenous materials of PA-Cap capacitors are lead-free. 11.Halogen-Free Stance Almost all PA-Cap capacitors already comply with halogen-free requirements. Please contact us for details. Fujian Guoguang Electronic Science & Technology Co., Ltd Address: No.160, Jiangbin East Road, Fuzhou Economic & Technical Development Zone, Fujian Tel: 86-591-83977660 83977578 83977129 Fax: 86-591-83977125 P.C.: 350015 http://www.fjgg.cn 第7页 – 共 7 页