CL05B333KO5NNNC

此商品编号的参数规格是： CL05B333KO5NNNC/0402 33nF, 0402封装 CL 10 1 2 A 106 M P 8 N N N C 3 6 7 8 9 10 11 4 5 1. SERIES CODE CL = Multi layer Ceramic Capacitors inch(㎜) 2. SIZE CODE 02 = 01005(0402) 03 = 0201(0603) 05 = 0402(1005) 10 = 0603(1608) 21 = 0805(2012) 31 = 1206(3216) 32 = 1210(3225) 42 = 1808(4520) 43 = 1812(4532) 55 = 2220(5750) ★ 3. DIELECTRIC CODE ClassⅠ ClassⅡ C = C0G A = X5R F = Y5V B = X7R X = X6S Y = X7S Z = X7T ★★ 4. CAPACITANCE CODE Capacitance expressed in ㎊. 2 significant digits plus number of zeros. example) 106 =10Ⱌ106 =10000000㎊ For Values ⾘ 10 ㎊, Letter R denotes decimal point example) 1R5 =1.5㎊ 5. TOLERANCE CODE B =Ⰽ0.1㎊ C =Ⰽ0.25 ㎊ D =Ⰽ0.5 ㎊ F = Ⰽ1㎊, Ⰽ1% G= Ⰽ2% J =Ⰽ5% K =Ⰽ10% M =Ⰽ20% Z = 80/20% *For Values ≤ 10㎊, F =Ⰽ1㎊ Values ⾘10㎊, F =Ⰽ1% 6. RATED VOLTAGE CODE R = 4V Q = 6.3V P = 10V O = 16V A = 25V L = 35V B = 50V C = 100V D = 200V E = 250V F = 350V G = 500V H = 630V I = 1000V J = 2000V K = 3000V ★★★ 7. THICKNESS CODE 2 = 0.20 ㎜ 3 = 0.30㎜ 5 = 0.50㎜ 8 = 0.80㎜ 9 = 0.90㎜ A = 0.65㎜ F = 1.25 ㎜ C = 0.85㎜ H = 1.60 ㎜ D = 1.00㎜ I = 2.00㎜ E = 1.10㎜ J = 2.50㎜ L = 3.20 ㎜ M = 1.15 ㎜ P = 1.15 ㎜ Q = 1.25 ㎜ S = 1.35 ㎜ U = 1.80⽆ V = 2.50 ㎜ Y = 1.25 ㎜ 8. INNER ELECTRODE/TERMINATION/PLATING CODE A = Normal Product Pd / Ag / Ni barrier / Sn 100% N = Normal Product Ni / Cu / Ni barrier / Sn 100% G = Normal Product Cu / Cu / Ni barrier / Sn 100% L = Low profile Ni / Cu / Ni barrier / Sn 100% S = Nomal Product Ni / Cu / Soft termination / Ni barrier / Sn100% 9. PRODUCT CODE N = Normal A = Array(4-element) B = Array(4-element) L = LICC J = SLIC 10. CONTROL CODE *Size tolerance Size 01005(0402) 0201(0603) 0402(1005) 0603(1608) 0805(2012) 1206(3216) Code Ⰽ0.03 Ⰽ0.05 Ⰽ0.07 Ⰽ0.07 Ⰽ0.30 S Ⰽ0.05 Ⰽ0.07 Ⰽ0.10 Ⰽ0.15 Ⰽ0.15 Q Ⰽ0.07 Ⰽ0.09 Ⰽ0.15 Ⰽ0.20 Ⰽ0.20 R Ⰽ0.09 Ⰽ0.20 Ⰽ0.25 Ⰽ0.30 U Ⰽ0.40 Ⰽ0.30 Z 9 Ⰽ0.30 N= Reserved for future use 11. PACKAGING CODE B = Bulk O = Cardboard Tape, 10”Reel E = Embossed Type, 7”Reel P = Bulk Case D = Cardboard Tape, 13”Reel (10,000ea) G = Embossed Type, 7”Reel (3,000ea) C= Cardboard Tape, 7”Reel L = Cardboard Tape, 13”Reel (15,000ea) F = Embossed Type, 13”Reel H = Cardboard Tape, 7”Reel (15,000ea) S = Embossed Type, 10”Reel 8 = Cardboard Tape, 7”Reel Z = Cardboard Type, 7”Reel (Chip aligned for horizontal SMT) Y = Cardboard Type, 7”Reel (Chip aligned for vertical SMT) Class I (Temperature Compensation) Symbol EIA Code Operation Temperature Range( ℃) Temperature Coefficient Range(ppm/℃) C C0G 55 _
125 0 Ⰽ30 ★ Class ll (High Dielectric Constant) Symbol EIA Code Operation Temperature Range( ℃) Capacitance Change(△℃%) A B X F Y Z X5R X7R X6S Y5V X7S X7T 55 _
 85 55 _
125 55 _
105 30 _
 85 55 _
125 55 _
125 Ⰽ15 Ⰽ15 Ⰽ 22 82 _
22 Ⰽ22 33 _
22 ★★ Series TC E-3 Y5V X5R X7R X6S X7S X7T C0G E-6 E-12 Capacitance Step 1.0 1.0 1.5 1.2 4.7 2.2 1.0 1.5 2.2 1.8 2.2 3.3 2.7 3.3 4.7 3.9 4.7 6.8 5.6 6.8 8.2 ★★★ Size Code Thickness(mm) 01005(0402) 0201(0603) 2 3 3 5 5 8 A C C M F Q Y C C E E P M F H 0.20 0.30 0.30 0.50 0.50 0.80 0.65 0.85 0.85 1.15 1.25 1.25 1.25 0.85 0.85 1.10 1.10 1.15 1.15 1.25 1.60 0402(1005) 0603(1608) 0805(2012) 1206(3216) Spec(mm) Ⰽ0.02 Ⰽ0.03 Ⰽ0.03* Ⰽ0.05  0.0/0.1* Ⰽ0.10 Ⰽ0.10 Ⰽ0.10 Ⰽ0.10* Ⰽ0.10 Ⰽ0.10 Ⰽ0.15 Ⰽ0.20 Ⰽ0.15 Ⰽ0.10* Ⰽ0.15 Ⰽ0.10* Ⰽ0.10* Ⰽ0.15 Ⰽ0.15 Ⰽ0.20 Size 1210(3225) 1808(4520) 1812(4532) 2220(5750) Code C 9 F S H U I J V F H I F H I J L H I J L Thickness(mm) 0.85 0.90 1.25 1.35 1.60 1.80 2.00 2.50 2.50 1.25 1.60 2.00 1.25 1.60 2.00 2.50 3.20 1.60 2.00 2.50 3.00 Spec(mm) Ⰽ0.10* Ⰽ0.10* Ⰽ0.20 Ⰽ0.15 Ⰽ0.20 Ⰽ0.20* Ⰽ0.20 Ⰽ0.20 Ⰽ0.30 Ⰽ0.20 Ⰽ0.20 Ⰽ0.20 Ⰽ0.20 Ⰽ0.20 Ⰽ0.20 Ⰽ0.20 Ⰽ0.30 Ⰽ0.20 Ⰽ0.20 Ⰽ0.20 Ⰽ0.30 Feature t Wide selection of size : from 0402 to 2220 t Highly reliable tolerance and high speed automatic chip placement on PCBs t Wide capacitance range t Wide temperature compensation and voltage range : from C0G to Y5V and from 6.3V to 50V t Highly reliable performance t Highly resistant termination metal t Tape & reel for surface mount assembly Application t HHP, DSC, DVC, LCD, TV, Memory Module, PDA, Game Machine t Tuner (Product code C is suitable.) t Desktop PC, Note PC, HHP, DC-DC Converter, DSC Structure and Dimensions L W T BW Size Code EIA Code 05 0402 10 0603 21 0805 31 1206 32 1210 42 1808 43 1812 55 2220 Dimension(mm) L W T Thickness Code BW 1.00Ⰽ0.05 1.60Ⰽ0.10 1.60Ⰽ0.10 2.00Ⰽ0.10 2.00Ⰽ0.10 2.00Ⰽ0.10 2.00Ⰽ0.15 2.00Ⰽ0.20 3.20Ⰽ0.20 3.20Ⰽ0.15 3.20Ⰽ0.20 3.20Ⰽ0.20 3.20Ⰽ0.15 3.20Ⰽ0.20 3.20Ⰽ0.30 3.20Ⰽ0.30 3.20Ⰽ0.30 3.20Ⰽ0.30 3.20Ⰽ0.30 3.20Ⰽ0.30 3.20Ⰽ0.40 4.50Ⰽ0.40 4.50Ⰽ0.40 4.50Ⰽ0.40 4.50Ⰽ0.40 4.50Ⰽ0.40 4.50Ⰽ0.40 5.70Ⰽ0.40 5.70Ⰽ0.40 0.50Ⰽ0.05 0.80Ⰽ0.10 0.80Ⰽ0.10 1.25Ⰽ0.10 1.25Ⰽ0.10 1.25Ⰽ0.10 1.25Ⰽ0.15 1.25Ⰽ0.20 1.60Ⰽ0.20 1.60Ⰽ0.15 1.60Ⰽ0.20 1.60Ⰽ0.20 1.60Ⰽ0.15 1.60Ⰽ0.20 2.50Ⰽ0.20 2.50Ⰽ0.20 2.50Ⰽ0.20 2.50Ⰽ0.20 2.50Ⰽ0.20 2.50Ⰽ0.20 2.50Ⰽ0.30 2.00Ⰽ0.20 2.00Ⰽ0.20 2.00Ⰽ0.20 3.20Ⰽ0.30 3.20Ⰽ0.30 3.20Ⰽ0.30 5.00Ⰽ0.40 5.00Ⰽ0.40 0.50Ⰽ0.05 0.500.0/0.1(*) 0.80Ⰽ0.10 0.85Ⰽ0.10 1.15Ⰽ0.10 1.25Ⰽ0.10 1.25Ⰽ0.15 1.25Ⰽ0.20 0.60Ⰽ0.10(*) 0.85Ⰽ0.15 0.85Ⰽ0.10(*) 1.15Ⰽ0.10(*) 1.25Ⰽ0.15 1.60Ⰽ0.20 0.85Ⰽ0.10(*) 0.90Ⰽ0.10(*) 1.60Ⰽ0.20 1.80Ⰽ0.20(*) 2.00Ⰽ0.20 2.50Ⰽ0.20 2.50Ⰽ0.30 1.25Ⰽ0.20 1.40Ⰽ0.20 2.00Ⰽ0.20 1.25Ⰽ0.20 2.50Ⰽ0.20 3.20Ⰽ0.30 2.50Ⰽ0.20 3.20Ⰽ0.30 5 5 8 C M F Q 0.25Ⰽ0.10 Y 6 C C P F H C 9 H U I J V F G I F J L J L 0.30Ⰽ0.20 0.50.2/0.3 0.50Ⰽ0.30 0.60Ⰽ0.30 0.80Ⰽ0.30 0.80Ⰽ0.30 1.00Ⰽ0.30 Product Lineup (Standard & High Capacitors-X7R, X7S) Part Number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 1 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 CL05B151KB5NNN CL05B181KB5NNN CL05B221KB5NNN CL05B271KB5NNN CL05B331KB5NNN CL05B391KB5NNN CL05B471KB5NNN CL05B561KB5NNN CL05B681KB5NNN CL05B102KB5NNN CL05B122KB5NNN CL05B152KB5NNN CL05B182KB5NNN CL05B222KB5NNN CL05B272KB5NNN CL05B332KB5NNN CL05B472KB5NNN CL05B562KB5NNN CL05B682KB5NNN CL05B822KB5NNN CL05B103KB5NNN CL05B123KA5NNN CL05B153KA5NNN CL05B223KA5NNN CL05B273KO5NNN CL05B333KO5NNN CL05B393KO5NNN CL05B473KO5NNN CL05B563KO5NNN CL05B683KO5NNN CL05B823KO5NNN CL05B104KO5NNN CL05B224KO5NNN CL05B474KP5NNN CL05B105KQ5NQN CL05Y474KP5NNN CL10B101KB8NNN CL10B121KB8NNN CL10B151KB8NNN CL10B181KB8NNN CL10B201KB8NNN CL10B221KB8NNN CL10B271KB8NNN CL10B331KB8NNN CL10B391KB8NNN CL10B471KB8NNN CL10B561KB8NNN CL10B681KB8NNN CL10B751KB8NNN CL10B821KB8NNN CL10B102KB8NNN CL10B122KB8NNN Size L x W (mm) 1.00Ⱌ0.50 1.00Ⱌ0.50 1.60Ⱌ0.80 Capacitance Rated Voltage (Vdc) Capacitance Tolerance Thickness Max.(mm) 150㎊ 180㎊ 220㎊ 270㎊ 330㎊ 390㎋ 470㎊ 560㎊ 680㎊ 1㎋ 1.2㎋ 1.5㎋ 1.8㎋ 2.2㎋ 2.7㎋ 3.3㎋ 4.7㎋ 5.6㎋ 6.8㎋ 8.2㎋ 10㎋ 12㎋ 15㎋ 22㎋ 27㎋ 33㎋ 39㎋ 47㎋ 56㎋ 68㎋ 82㎋ 100㎋ 220㎋ 470㎋ 1㎌ 470㎋ 100㎊ 120㎊ 150㎊ 180㎊ 200㎊ 220㎊ 270㎊ 330㎊ 390㎊ 470㎊ 560㎊ 680㎊ 750㎊ 820㎊ 1㎋ 1.2㎋ 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 25 25 25 16 16 16 16 16 16 16 16 16 10 6.3 10 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% Ⰽ10% 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.55 0.60 0.55 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 0.90 No Item 1 Appearance 2 Insulation Resistance Performance Test Condition No abnormal exterior appearance Visual Inspection throughMicroscope (x10) 10,000㏁ min. or 500 ㏁ ・ ㎌ min.(or*100㏁ ň㎌) product whichever is smaller (Rated voltageⴍ16V:10,000㏁ min. or100㏁ ň㎌ min. product whichever is smaller) Apply the rated voltage for 60~120 sec. Ratedvoltage⾚500V: InsulationResistance shall be measured with 500Ⰽ50Vdc Apply the specified voltage* for 1~5 sec. Charge / Discharge current limit: 50mA max. *CLASSⅠ(Rated Voltage⾘100V) : 300% of the rated Voltage CLASSⅡ(Rated Voltage⾘100V) : 250% of the rated Voltage 3 Withstanding Voltage CLASSⅠ No dielectric breakdown or mechanical breakdown Within the specified tolerance 4 Capaci tance CLASSⅡ Within the specified tolerance In the case of Vr ⴎ100V products, following condition should be applied. 100VⴍRated Voltage⾘500V : 200% of the rated Voltage 500VⴍRated Voltage⾘1000V :150% of the rated Voltage Rated Voltageⴎ1000V :120% of the rated Voltage Capacitance ⴍ1,000㎊ ⾚1,000㎊ Capacitance ⴍ10㎌ ⾚10㎌ * Frequency 1MHzⰍ10% 1KHzⰍ10% Frequency 1KHzⰍ10% 120HzⰍ20% 1KHzⰍ10% Voltage 0.5 ~ 5 Vrms Voltage 1.0Ⰽ0.2Vrms 0.5Ⰽ0.1Vrms 0.5Ⰽ0.1Vrms * A capacitor prior to measuring the capacitance is heat treated at 150℃0/10℃ and maintained in ambient air for 24Ⰽ2 hours. Q CLASSⅠ Capacitance ⴎ 30㎊: Q ⴎ1,000 ⾘ 30㎊: Qⴎ400 20ⰜC (C : Capacitance) 1. Characteristic : A(X5R) Rated Voltage Spec 50V /35V 0.025 max / 0.05 max* 0.025 max / 25V 0.05 max* / 0.10 max* 0.035 max / 16V 0.05 max* / 0.10 max* ⴍ10V 0.05 max /0.10 max* 5 TanѰ CLASSⅡ Capacitance ⴍ1,000㎊ ⾚1,000㎊ Capacitance ⴍ10㎌ ⾚10㎌ * Frequency 1MHzⰍ10% 1KHzⰍ10% Frequency 1KHzⰍ10% 120HzⰍ20% 1KHzⰍ10% Voltage 0.5 ~ 5 Vrms Voltage 1.0Ⰽ0.2Vrms 0.5Ⰽ0.1Vrms 0.5Ⰽ0.1Vrms 2. Characteristic : B(X7R), X(X6S), Y(X7S) Rated Voltage Spec 0.025 max / 50Vⴎ/ 35V / 25V 0.05 max* / 0.10 max* 16V 0.035 max / 0.10 max* 0.05 max /0.10 max* ⴍ10V 3. Characteristic : F(Y5V) Rated Voltage 50V / 35V / 25V 16V 10V ⴍ6.3V Spec 0.05 max / 0.07 max* / 0.09 max* 0.07 max / 0.09 max* / 0.125 max* 0.125 max /0.16 max* 0.16 max You can check the specification at the web site or contact sales people for each product with mark* No Item Performance Test Condition Capacitance shall be measured by the steps shown in the following table. 6 Temperature Characteristics of Capacitance CLASSⅠ CLASSⅡ Characteristic C Temp.Coefficient(PPM/℃) 0Ⰽ30 Characteristic Capacitance Change(%) with No bias A(X5R)/ B(X7R) X(X6S), Y(X7S) Z(X7T) F(Y5V) Ⰽ15% Ⰽ22% 22%~33% 22%~82% Step 1 2 3 4 5 Temperature (℃ ) 25Ⰽ2 Min. Operating Temp. Ⰽ2 25Ⰽ2 Max. Operating Temp. Ⰽ2 25Ⰽ2 (1) CLASSм Temperature Coefficient shall be calculated from the formula as below C2C1 Temp. Coefficient = ţ106 [ppm/℃] C1ⰜⶹT C1: Capacitance at step 3 C2: Capacitance at 125℃ ⶹT: 100℃ (=125℃ 25℃ ) (2) CLASSн Capacitance Change shall be calculated from the formula as below C2C1 ⶹC= Ⱌ100(%) C1 C1: Capacitance at step 3 C2: Capacitance at step 2 or 4 Apply 500g.f* pressure for 10Ⰽ1 sec. *200g.f for 0201 *100g.f for 01005 7 Adhesive Strength of Termination Appearance 8 Bending Strength Capacitance No indication of peeling shall occur on the terminal electrode No indication of peeling shall occur Characteristic Capacitance Change CLASSⅠ Ⰽ5% or Ⰽ 0.5 pF whichever is larger A(X5R), B(X7R), X(X6S), Y(X7S) Ⰽ12.5% CLASSⅡ Z(X7T) F(Y5V) Ⰽ30% More than 75% of the terminal surface is to be soldered newly, so metal part does not come out or dissolve 9 Solderability Appearance Capacitance Resistance 10 to Soldering Heat No mechanical damage shall occur Characteristic Capacitance Change CLASSⅠ Ⰽ2.5% or Ⰽ 0.25 pF whichever is larger A(X5R), B(X7R), CLASSⅡ X(X6S), Y(X7S) Ⰽ7.5% Z(X7T) F(Y5V) Q (CLASSⅠ TanѰ (CLASSⅡ) Insulation resistance Withstanding voltage Ⰽ20% Within the specified initial value Within the specified initial value Within the specified initial value Within the specified initial value 500g.f ҟBending Limit: 1mm ҟTest Speed: 1.0mm/sec. ҟKeep the test board at the limit point in 5 sec. ҟThen Measure Capacitance 20 50 45Ⰽ1 Solder Solder Temp. Flux Dip time Pre-heating R=230 45Ⰽ1 Bending limit Sn3Ag0.5Cu 245Ⰽ5℃ RMA Type 3Ⰽ0.3 sec. at 80~120℃ for 10~30 sec. Solder temperature: 270Ⰽ5℃ DIP TIME:10Ⰽ1 sec. Each termination shall be fully immersed and preheated as below: Step Temperature(℃) Time (sec.) 1 2 80~100 150~180 60 60 Leave the capacitor in ambient condition for specified time* before measurement *24 Ⰽ 2 hours(CLASSⅠ 24 Ⰽ 2 hours(CLASSⅡ) No Item Appearance Performance No mechanical damage shall occur Characteristic CLASSⅠ A(X5R), B(X7R) Capacitance 11 X(X6S), Y(X7S) CLASSⅡ Z(X7T) Vibration Test F(Y5V) Q (CLASSм) TanѰ (CLASSⅡ) Insulation resistance Appearance Capacitance Change Ⰽ2.5% or Ⰽ 0.25 pF whichever is larger Ⰽ5% Ⰽ20% Within the specified initial value Within the specified initial value No mechanical damage shall occur CLASSⅠ Capacitance Change Ⰽ7.5% or Ⰽ 0.75pF whichever is larger 500㏁ min. or 25㏁・㎌ min. product whichever is smaller / 12.5㏁ ・㎌ or over* No mechanical damage shall occur Characteristic CLASSⅠ Capacitance Change Ⰽ3% or Ⰽ 0.3 pF whichever is larger A(X5R), B(X7R), X(X6S), Y(X7S) Ⰽ12.5% Z(X7T) Ⰽ30% F(Y5V) Capacitanceⴎ30㎊ : Qⴎ350 Q 10ⴍCapacitance⾘30㎊: Qⴎ2752.5ⰜC (CLASSⅠ Capacitance⾘10㎊ : Qⴎ200+10ţC (C: Capacitance) 1.Capacitance : A(X5R) 0.05 max / 0.075 max* (35V / 50V) 0.05 max / 0.075 max* / 0.125 max*(16V / 25V) 0.075 max / 0.125 max* (Ŧ10V) 2.Capacitance : B(X7R), X(X6S) 0.05 max / 0.125 max* (16V / 25V / 35V / 50Vŧ) TanѰ 0.075 max / 0.125 max* (Ŧ10V) (CLASSⅡ) 3.Capacitance : F(Y5V) 0.09 max (50V) 0.09 max / 0.125 max* (25V / 35V) 0.09 max / 0.125 max* / 0.16 max* (16V) 0.16 max / 0.195 max* (10V) 0.195 max (4V / 6.3V) Capacitance CLASSⅡ High Temperature Resistance Applied Voltage: rated voltage Temperature: 40Ⰽ2℃ Humidity: 90~95% RH Duration Time: 50012/0 Hr. Charge/Discharge Current: 50㎃ max. A(X5R), B(X7R), X(X6S), Y(X7S) Ⰽ12.5% CLASSⅡ Z(X7T) Perform the initial measurement according to Note1. F(Y5V) Ⰽ30% Perform the final measurement according to Note2. Capacitanceŧ30㎊: Qⴎ200 Q ⾘30㎊: Qⴎ100+10/3ⰜC(C: Capacitance) (CLASSⅠ 1.Capacitance: A(X5R) 0.05 max / 0.075 max* (35V / 50V) 0.05 max / 0.075 max* / 0.125 max*(16V / 25V) 0.075 max / 0.125 max* (ⴍ10V) 2.Capacitance: B(X7R), X(X6S) TanѰ 0.05 max / 0.125 max* (16V / 25V / 35V / 50Vⴎ) (CLASSⅡ) 0.075 max / 0.125 max* (ⴍ10V) 3.Capacitance: F(Y5V) 0.09 max (50V) 0.09 max / 0.125 max* (25V / 35V) This test is only applied to Vrⴍ500V products. 0.09 max / 0.125 max* / 0.16 max* (16V) You can check the specification at the web site or contact sales people 0.16 max / 0.195 max* (10V) 0.195 max (4V / 6.3V) for each product with mark* Insulation resistance Appearance 13 Repeat this for 2hours each in 3 mutually perpendicular directions. Ⰽ10% Capacitance Moisture Resistance The capacitor shall be subjected to a harmonic motion having a total amplitude of 1.5mm changing frequency from 10Hz to 55Hz and back to 10Hz in about 1 min. Within the specified initial value Characteristic 12 Test Condition Insulation resistance 1,000㏁ min. or 50㏁ ・㎌ min. product whichever is smaller / 25㏁ ・㎌ or over* Temperature : max. operating temperature Duration Time: 100048/0 Hr. Charge/Discharge Current: 50㎃ max. Vrⴍ200V : 200% of the rated Voltage 250VⴍVrⴍ500V: 150% of the rated Voltage Vr%630V : 120% of the rated Voltage 1000VⴍVrⴍ3000V: 100% of the rated Voltage * :150% or 100% of the rated Voltage Perform the initial measurement according to Note1 for classⅡ Perform the final measurement according to Note2. You can check the specification at the web site or contact sales people for each product with mark* No Item Performance Test Condition Appearance No mechanical damage shall occur Capacitance Change Ⰽ2.5% or Ⰽ0.25pF whichever is larger Characteristic 14 Temperature Cycle CLASSⅠ Capacitance A(X5R), B(X7R) CLASSⅡ Step 1 Ⰽ7.5% X(X6S), Y(X7S) Z(X7T) F(Y5V) 2 Ⰽ15% 3 Ⰽ20% Q (CLASSⅠ Within the specified initial value TanѰ Within the specified initial value (CLASSⅡ) Insulation resistance Capacitor shall be subjected to 5 cycles. Condition for 1 cycle: Within the specified initial value No 4 Temperature(℃) min. operating temperature 0/3 25 max. operating temperature 0/3 25 Time(min.) 30 2~3 30 2~3 Leave the capacitor in ambient condition for specified time*before measurenment *24 Ⰽ2 hours(CLASSⅠ) 24 Ⰽ2 hours(CLASSⅡ) Recommended Soldering Method Size inch(mm) Temperature Characteristic Capacitance  Condition Flow Reflow   ⷃ 01005(0402) 0201 (0603) 0402 (1005) 15 Recommended Soldering Method By Size & Capacitance Class Ⅰ 0603(1608) Class Ⅱ Class Ⅰ 0805 (2012) 1206 (3216) Class Ⅱ  ⷃ ⷃ C ⾘1㎌ ⷃ ⷃ C ⴎ1㎌  ⷃ  ⷃ ⷃ C ⾘4.7㎌ ⷃ ⷃ C ⴎ4.7㎌  ⷃ Array   ⷃ Class Ⅰ  ⷃ ⷃ C ⾘10㎌ ⷃ ⷃ C ⴎ10㎌  ⷃ   ⷃ Class Ⅱ Array ⷃ 1210 (3225) 1808 (4520)    ⷃ 1812 (4532) ⷃ 2220 (5750) ⷃ Note 1. Initial Measurement For ClassⅡ Perform the heat treatment at 150℃ 0/10℃ for 1 hour. Then Leave the capacitor in ambient condition for 24Ⰽ2 hours before measurement. Then perform the measurement. Note 2. Latter Measurement 1. CLASSⅠ Leave the capacitor in ambient condition for 24Ⰽ2 hours before measurement. Then perform the measurement. 2. CLASSⅡ Perform the heat treatment at 150℃0/10℃ for 1 hour. Then Leave the capacitor in ambient condition for 24Ⰽ2 hours before measurement. Then perform the measurement. Note 3. All Size in Reliability Test Condition Section is “inch” Note 4. Camera Strobe Circuit Capacitors Should be Following a Special Reliability Test Condition. Please check with our sales representatives or product engineers. Reel Dimensions Symbol 7" Reel E 10" Reel C 13" Reel C B D Symbol 7" Reel A t W 10" Reel 13" Reel Unit: mm D Tape Width 8mm 12mm 8mm 12mm 8mm 12mm A B C Ⱍ180 0/3 Ⱍ180 0/3 Ⱍ258 0/3 Ⱍ258 0/3 Ⱍ330Ⰽ2.0 Ⱍ330Ⰽ2.0 Ⱍ60Ⰽ1.0 Ⱍ60 1/0 Ⱍ80 1/0 Ⱍ80 1/0 Ⱍ80Ⰽ1.0 Ⱍ80Ⰽ1.0 Ⱍ13Ⰽ0.3 Ⱍ13Ⰽ0.3 Ⱍ13Ⰽ0.3 Ⱍ13Ⰽ0.3 Ⱍ13Ⰽ0.3 Ⱍ13Ⰽ0.3 Tape Width 8mm 12mm 8mm 12mm 8mm 12mm 2.0Ⰽ0.5 2.0Ⰽ0.5 2.0Ⰽ0.5 2.0Ⰽ0.5 2.0Ⰽ0.5 2.0Ⰽ0.5 E 4Ⰽ0.2 4Ⰽ0.2 4Ⰽ0.2 4Ⰽ0.2 4Ⰽ0.2 4Ⰽ0.2 W t 9Ⰽ0.5 13Ⰽ0.5 9Ⰽ0.5 13Ⰽ0.5 9Ⰽ0.5 13Ⰽ0.5 1.2Ⰽ0.2 1.2Ⰽ0.2 1.8Ⰽ0.2 1.8Ⰽ0.2 2.2Ⰽ0.2 2.2Ⰽ0.2 Bulk Case Packaging ҟBulk case packaging can reduce the stock space and transportation costs. ҟThe bulk feeding system can increase the productivity. ҟIt can eliminate the components loss. A C B T D E F W G H L I Unit: mm Symbol A B T C D E Dimension 6.8Ⰽ0.1 8.8Ⰽ0.1 12Ⰽ0.1 1.50.1/ 0 20/ 0.1 3.00.2/0 Symbol F W G H L I Dimension 31.50.2/ 0 36 0/ 0.2 19Ⰽ0.35 7Ⰽ0.35 110Ⰽ0.7 5Ⰽ0.35 ҟQUANTITY Unit: inch(mm) and pcs Size 0402(1005) 0603(1608) Quantity 50,000 10,000 or 15,000 0805(2012) Tⴍ0.85mm Tⴎ1.0mm 10,000 5,000 1.Storage of products 1-1. Storage Environment Tape packing materials are designed to withstand long-term storage, but they will degrade more rapidly in the presence of high temperature or high humidity, Therefore, the products must be stored in an ambient 5~40℃ with a relative humidity of 20~70%. Allowable storage period is within 6 months from the outgoing date of delivery. 1-2. Corrosive Gases Since sulfur and chlorine may degrade the solderability of the end termination, it is important to store the capacitors in an environment free of these gases 1-3. Temperature Fluctuations Since dew condensation may occur by the differences in temperature when the products are taken out of storage, it is important to maintain a temperature-controlled environment. 2.Design of Solder Land Pattern When designing printed circuit boards, the shape and size of the solder lands must allow for the proper amount of solder on the capacitor. The amount of solder at the end terminations has a direct effect on the probability that the chip will crack. The greater amount of solder, the larger amount of stress on the chip, and the more likely that it will break. Use the following illustrations as guidelines for proper Solder land design. Recommendation of solder Land Shape and Size Solder Resist w Solder Land Solder Resist T b 2 / 3W < b < W 2 / 3T < a < T a 3.Adhesives MLCCs generally require the use of an adhesive to position the chips to the circuit board prior to soldering. 3-1. Requirements for Adhesives They must have enough adhesion so that the chips will not fall off or move during the handling of the circuit board. They must maintain their adhesive strength when exposed to soldering temperatures. They should not spread or run when applied to the circuit board. They should have a long pot life. They should harden quickly. They should not corrode the circuit board or chip material. They should be a good insulator. They should be non-toxic, and not produce harmful gases, nor be harmful when touched. 3-2. Application Method It is important to use the proper amount of adhesive. Too little will cause poor adhesion to the circuit board, and too much may strain theconductor pattern, thereby causing defective soldering. The following illustrations show the proper quantity of adhesive. Land a Solder Resist a b PCB c c Unit: mm Type 21 31 a 0.2min 0.2min b 70~100 Ѹm 70~100 Ѹm c >0 >0 3-3. Adhesive hardening Characteristics To prevent oxidation of the terminations, the adhesive must harden at 160℃ or less, within 2 minutes or less.