Multilayer Ceramic Capacitors(100V, 200V Series) Multilayer Ceramic Capacitors (100V, 200V Series) Series: ECJ ■ Features ■ Recommended Applications ■ Handling Precautions ■ Packaging Specifications ● Small size and wide capacitance range ● High humidity resistance and long life ● Low inductance (ESL) and excellent frequency characteristics ● RoHS compliant ● Noise limiting, coupling, time constant and oscillation circuitry See Page 48 to 53 See Page 45, 46, 56 ■ Explanation of Part Numbers 1 2 3 4 5 6 7 8 9 10 11 12 E C J 3 F B 2 A 4 7 3 K Rated Voltage Code Packaging Style Code Size Code Temperature Characteristic Code Product Code (ECJ:Multilayer Ceramic Chip Capacitors) (Example) Capacitance Tolerance Code Nominal Capacitance ■ Construction 3 4 5 No Name 1 Ceramic dielectric 2 Internal electrode 3 2 1 Substrate electrode Terminal electrode 4 5 Intermediate electrode External electrode ■ Dimensions in mm (not to scale) L W T L1 Size Code Size (EIA) L W T L1, L 2 1 0603 1.6±0.1 0.8±0.1 0.8±0.1 0.3±0.2 2 0805 2.0±0.1 1.25±0.10 3 1206 3.20±0.15 1.60±0.15 3.2±0.2 1.6±0.2 L2 4 1210 3.2±0.3 2.5±0.3 0.85±0.10 1.25±0.10 0.85±0.10 1.15±0.10 1.6±0.2 V F Y 0.6±0.3 2.5±0.3 Quantity : pcs./reel Size 0603 0805 1206 Thickness (mm) T=0.8 T=0.85 T=1.25 T=0.85 T=1.15 Packaging Styles Paper taping (Pitch: 4 mm) φ180 reel Embossed taping (Pitch: 4 mm) 0.6±0.3 2.0±0.2 ■ Packaging Styles and Standard Packaging Quantities Packaging Style Code 0.50±0.25 1210 T=1.6 T=2.0 T=2.5 4,000 4,000 — 4,000 — — — — — — — — 3,000 — — — 3,000 — — 2,000 — 2,000 — 1,000 Design and specifications are each subject to change without notice. Ask factory for the current technical specifications before purchase and/or use. Should a safety concern arise regarding this product, please be sure to contact us immediately. – EC32 – 00 Apr. 2008 Multilayer Ceramic Capacitors(100V, 200V Series) ■ Temperature Characteristics ● Class 1 C Rate of Capacitance change at each Temp. (%) –25 °C 85 °C max. min. max. min. 0.49 –0.27 0.39 –0.39 Temp. Coeff. (ppm/°C) CH 0 ± 60 Note: Temperature coefficient: calculated between 20 °C to 85 °C ● Class 2 Temperature Characteristic Code Temperature Characteristics B X7R B Capacitance Change ±10 % ±15 % Measurement Temperature Range –25 to 85 °C –55 to 125 °C Reference Temperature 20 °C 25 °C For applicable “temperature characteristics”, see the lists of standard products on page 34 to 35. ■ Rated Voltage Code Rated Voltage 2A DC 100 V 2D DC 200 V ■ Nominal Capacitance Ex. Nominal Capacitance 100 101 10 pF 100 pF 104 100,000 pF (0.1 µF) 105 1,000,000 pF (1.0 µF) ■ Capacitance tolerance Class Temperature Characteristics C=10 pF 1 2 CH Capacitance range C>10 pF B, X7R Tolerance Code Capacitance Tolerance D ±0.5 pF J ±5 % K ±10 % K ±10 % M ±20 % ■ Specifications and Testing Methods Item Operating Temperature Range Dielectric Withstanding Voltage Insulation Resistance (IR) Specifications Class 1 –55 to 125 °C Class 2 Test Method ——— No dielectric breakdown and/or damage 10000 M액 or 500/C (M액) Whichever is less C: Nominal Cap. in µF Capacitance Within the specified tolerance tan δ:0.025 max. Q Factor or Q: Dissipation Factor C < 30 pF: Q >400+20 C (tan δ) 30 pF<C <1000 pF: Q >1000 tan δ: C > 1000 pF: tan δ< 0.002 Test voltage: Class 1: Rated voltage ҂ 300 % Class 2: Rated voltage ҂ 250 % Duration: 1 to 5 s Charge/discharge current: 50 mA max. Measuring voltage: Rated voltage Duration: 60±5 s Charge/discharge current: 50 mA max. Measuring temperature: 20±2 °C Class 1 Nominal capacitance C < 1000 pF C > 1000 pF Measuring frequency 1 MHz±10 % 1 kHz±10 % Measuring voltage 0.5 to 5 Vrms 0.5 to 5 Vrms Class 2 Preconditioning: The capacitors shall be kept in temperature of 150 +0/–10 °C for 1 hour and subjected to standard conditions✽ for 48±4 hours before initial measurement. C: Nominal Cap. in pF Nominal capacitance Measuring frequency Measuring voltage C <1 µF 1 kHz±10 % 1.0±0.2 Vrms ✽ Standard condition: Temperature 15 to 35 °C, Relative humidity 45 to 75 %. For further information, see the technical specifications. Design and specifications are each subject to change without notice. Ask factory for the current technical specifications before purchase and/or use. Should a safety concern arise regarding this product, please be sure to contact us immediately. – EC33 – 00 Apr. 2008 Ceramic Capacitors Temperature Temperature Characteristic Code Characteristics Multilayer Ceramic Capacitors(100V, 200V Series) ■ Standard Products for EIA Size “0603”, Taped Version ● Class 1 ◆ Temp. Char. Code: C (Temp. Char.: CH) Rated voltage DC 100 V Capaci- Capacitance tance (pF) Tolerance Dim. T (mm) Part No. ● Class 2 ◆ Temp. Char. Code: B (Temp. Char.: B, X7R) Rated voltage Temp. Char. Capaci- Capacitance tance (pF) Tolerance CH 쑗 쑗 쑗 쑗 쑗 쑗 쑗 10 ±0.5 pF (D) ECJ1VC2A100D 0.8 ECJ1VC2A150첸 0.8 15 ECJ1VC2A220첸 0.8 22 33 ±5 % (J) ECJ1VC2A330첸 0.8 or 47 ±10 % (K) ECJ1VC2A470첸 0.8 ECJ1VC2A680첸 0.8 68 ECJ1VC2A101첸 0.8 100 DC 100 V Part No. DC 200 V Temp. Dim. Char. T (mm) B X7R Part No. 쑗 쑗 쑗 쑗 쑗 ECJ1VB2D221첸 ECJ1VB2D331첸 ECJ1VB2D471첸 ECJ1VB2D681첸 ECJ1VB2D102첸 ECJ1VB2A221첸 0.8 220 330 ±10 % (K) ECJ1VB2A331첸 0.8 or ECJ1VB2A471첸 0.8 470 680 ±20 % (M) ECJ1VB2A681첸 0.8 ECJ1VB2A102첸 0.8 1000 쑗 쑗 쑗 쑗 쑗 Temp. Dim. Char. T (mm) B X7R 0.8 0.8 0.8 0.8 0.8 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 첸: Capacitance tolerance code. Standard packaging quantity of Packaging Style Code “V” (T = 0.8 mm): 4,000 pcs./reel 첸: Capacitance tolerance code. Standard packaging quantity of Packaging Style Code “V” (T = 0.8 mm): 4,000 pcs./reel ■ Standard Products for EIA Size “0805”, Taped Version ● Class 1 ◆ Temperature Characteristic Code: C (Temperature Characteristics: CH) Rated voltage DC 100 V Capaci- Capacitance tance (pF) Tolerance Dim. T (mm) Part No. DC 200 V Temp. Char. Part No. Dim. T (mm) ECJ2VC2D100D ECJ2VC2D150첸 ECJ2VC2D220첸 ECJ2VC2D330첸 ECJ2VC2D470첸 ECJ2FC2D680첸 ECJ2FC2D101첸 ECJ2FC2D151첸 ECJ2FC2D221첸 ECJ2FC2D331첸 0.85 0.85 0.85 0.85 0.85 1.25 1.25 1.25 1.25 1.25 CH 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 10 ±0.5 pF (D) ECJ2VC2A100D 0.85 ECJ2VC2A150첸 0.85 15 ECJ2VC2A220첸 0.85 22 ECJ2VC2A330첸 0.85 33 ECJ2VC2A470첸 0.85 47 ECJ2VC2A680첸 0.85 68 100 ±5 % (J) ECJ2VC2A101첸 0.85 or 150 ±10 % (K) ECJ2VC2A151첸 0.85 ECJ2VC2A221첸 0.85 220 ECJ2VC2A331첸 0.85 330 ECJ2VC2A471첸 0.85 470 ECJ2VC2A681첸 0.85 680 ECJ2VC2A102첸 0.85 1000 Temp. Char. CH 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 첸: Capacitance tolerance code : “첸” for “J” or “K” Standard packaging quantity of Packaging Style Code “V” (T = 0.85 mm): 4,000 pcs./reel, “F” (T = 1.25 mm): 3,000 pcs./reel Soldering method of dimension T>1 mm: Avoid flow soldering. ● Class 2 ◆ Temperature Characteristics Code: B (Temperature Characteristics: B, X7R) Rated voltage Capaci- Capacitance tance (pF) Tolerance DC 100 V Part No. DC 200 V Temp. Char. Dim. T (mm) B ECJ2VB2A221첸 0.85 쑗 220 ECJ2VB2A331첸 0.85 쑗 330 ECJ2VB2A471첸 0.85 쑗 470 ECJ2VB2A681첸 0.85 쑗 680 ECJ2VB2A102첸 0.85 쑗 1000 1500 ±10 % (K) ECJ2VB2A152첸 0.85 쑗 or 2200 ±20 % (M) ECJ2VB2A222첸 0.85 쑗 ECJ2VB2A332첸 0.85 쑗 3300 ECJ2VB2A472첸 0.85 쑗 4700 ECJ2VB2A682첸 0.85 쑗 6800 ECJ2VB2A103첸 0.85 쑗 10000 ECJ2FB2A153첸 1.25 쑗 15000 X7R 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 Part No. Temp. Dim. Char. T (mm) B X7R ECJ2VB2D221첸 0.85 ECJ2VB2D331첸 0.85 ECJ2VB2D471첸 0.85 ECJ2VB2D681첸 0.85 ECJ2VB2D102첸 0.85 ECJ2VB2D152첸 0.85 ECJ2VB2D222첸 0.85 ECJ2VB2D332첸 0.85 ECJ2VB2D472첸 0.85 ECJ2FB2D682첸 1.25 ECJ2FB2D103첸 1.25 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 쑗 첸: Capacitance tolerance code : “첸” for “K” or “M” Standard packaging quantity of Packaging Style Code “V” (T = 0.85 mm): 4,000 pcs./reel, “F” (T = 1.25 mm): 3,000 pcs./reel Soldering method of dimension T>1 mm: Avoid flow soldering. Design and specifications are each subject to change without notice. Ask factory for the current technical specifications before purchase and/or use. Should a safety concern arise regarding this product, please be sure to contact us immediately. – EC34 – 00 Apr. 2008 Multilayer Ceramic Capacitors(100V, 200V Series) ■ Standard Products for EIA “1206”, Taped Version ● Class 1 ◆ Temperature Characteristic Code: C (Temperature Characteristics: CH) Rated voltage Part No. Dim. T (mm) DC 200 V Temp. Char. Part No. CH 470 680 1000 ±5 % (J) or 1500 ±10 % (K) ECJ3VC2A152첸 0.85 ECJ3VC2A222첸 0.85 2200 ECJ3VC2A332첸 0.85 3300 Dim. T (mm) Temp. Char. Ceramic Capacitors Capaci- Capacitance tance (pF) Tolerance DC 100 V CH 쑗 쑗 쑗 ECJ3FC2D471첸 1.15 ECJ3FC2D681첸 1.15 ECJ3FC2D102첸 1.15 쑗 쑗 쑗 첸: Capacitance tolerance code : “첸” for “J” or “K” Standard packaging quantity of Packaging Style Code “V” (T = 0.85 mm): 4,000 pcs./reel, “F” (T = 1.15 mm): 3,000 pcs./reel Soldering method of dimension T>1 mm: Avoid flow soldering. ● Class 2 ◆ Temperature Characteristic Code: B (Temperature Characteristics: B, X7R) Rated voltage Capaci- Capacitance tance (pF) Tolerance DC 100 V Part No. DC 200 V Temp. Char. Dim. T (mm) B 15000 22000 ±10 % (K) ECJ3FB2A223첸 1.15 or ECJ3FB2A333첸 1.15 33000 47000 ±20 % (M) ECJ3FB2A473첸 1.15 ECJ3YB2A104첸 1.6 100000 쑗 쑗 쑗 쑗 X7R Part No. Temp. Dim. Char. T (mm) B X7R ECJ3FB2D153첸 1.15 쑗 ECJ3FB2D223첸 1.15 쑗 쑗 쑗 쑗 쑗 쑗 쑗 첸: Capacitance tolerance code : “첸” for “K” or “M” Dimensional tolerance of L, W, T: L, W: ± 0.15 mm / T: ± 0.1 mm for T=1.15, ± 0.2 mm for T=1.6 Standard packaging quantity of Packaging Style Code “F” (T = 1.15 mm): 3,000 pcs./reel, “Y” (T = 1.6 mm): 2,000 pcs./reel Avoid flow soldering. ■ Standard Products for EIA “1210”, Taped Version ● Class 2 ◆ Temperature Characteristic Code: B (Temperature Characteristics: B) Rated voltage Capaci- Capacitance tance (µF) Tolerance DC 100 V Part No. Temp. Dim. Char. T (mm) B X7R 0.22 ±10 % (K) ECJ4YB2A224첸 2.0 or ECJ4YB2A474첸 2.0 0.47 0.68 ±20 % (M) ECJ4YB2A684첸 2.5 쑗 쑗 쑗 쑗 쑗 쑗 첸: Capacitance tolerance code : “첸” for “K” or “M” Dimensional tolerance of L, W, T: L, W: ± 0.3 mm / T: ± 0.2 mm for T=2.0, ± 0.3 mm for T=2.5 Standard packaging quantity : 2,000 pcs./reel for T = 2.0 mm, 1,000 pcs./reel for T = 2.5 mm Avoid flow soldering. Design and specifications are each subject to change without notice. Ask factory for the current technical specifications before purchase and/or use. Should a safety concern arise regarding this product, please be sure to contact us immediately. – EC35 – 00 Apr. 2008