Multi Layer Ceramic Capacitor MLCC Darfon Elec C0603NP0829CGT with 25V 0603 Size and NP0 Dielectric
DARFON MLCC
DARFON's Multi-layer Ceramic Capacitors (MLCCs) are designed to meet the evolving needs of the post-PC 21st century, where information and communication technology are integral to daily life. Combining expertise from materials, chemical, electronic, and mechanical engineering, DARFON's MLCCs offer advanced functionality and miniaturization. The company has achieved significant technical milestones, including being the first in Taiwan to develop the BME process and the ultra-miniature 0201 MLCC with exceptional thinness. Through automated equipment and efficient management, DARFON ensures the quality of its end products. DARFON's Quality Policy is to deliver defect-free, competitive products and services on time.
Product Attributes
- Brand: DARFON
- Product Type: Multi-Layer Ceramic Capacitor (MLCC)
- Origin: Taiwan (domestic companies)
- Technology: BME process, ultra miniature 0201 MLCC, ultra thin thickness
Technical Specifications
| Type | Dielectric | Size (EIA) | Rated Voltage (RV) | Capacitance Range | Tolerance |
| NP0 (Class I) | NP0 (C0G) | 0603 (0201) | 25V | 0.20pF ~ 3.3nF | B (0.1pF), C (0.25pF), D (0.5pF) |
| NP0 (Class I) | NP0 (C0G) | 1005 (0402) | 25V | 0.20pF ~ 12nF | A (0.05pF), B (0.1pF), C (0.25pF), D (0.5pF) |
| NP0 (Class I) | NP0 (C0G) | 1608 (0603) | 25V | 0.20pF ~ 15nF | A (0.05pF), B (0.1pF), C (0.25pF), D (0.5pF) |
| NP0 (Class I) | NP0 (C0G) | 2012 (0805) | 25V | 0.20pF ~ 18pF | A (0.05pF), B (0.1pF), C (0.25pF), D (0.5pF) |
| NP0 (Class I) | NP0 (C0G) | 3216 (1206) | 16V | 2.7nF ~ 3.3nF | B (0.1pF), D (0.5pF) |
| NP0 (Class I) | NP0 (C0G) | 3216 (1206) | 50V | 0.50pF ~ 39nF | A (0.05pF), B (0.1pF), C (0.25pF), D (0.5pF) |
| NP0 (Class I) | NP0 (C0G) | 3216 (1206) | 100V | 0.50pF ~ 47nF | B (0.1pF), C (0.25pF), D (0.5pF) |
| X7R (Class II) | X7R | 0603 (0201) | 6.3V | 4.7uF ~ 10uF | K (10%), M (20%) |
| X7R (Class II) | X7R | 1005 (0402) | 10V | 3.3nF ~ 100nF | K (10%), M (20%) |
| X7R (Class II) | X7R | 1608 (0603) | 16V | 100pF ~ 1uF | K (10%), M (20%) |
| X7R (Class II) | X7R | 2012 (0805) | 25V | 100pF ~ 1uF | K (10%), M (20%) |
| X7R (Class II) | X7R | 3216 (1206) | 25V | 220nF ~ 4.7uF | K (10%), M (20%) |
| X7R (Class II) | X7R | 3225 (1210) | 16V | 330nF ~ 10uF | K (10%), M (20%) |
| X5R (Class II) | X5R | 0603 (0201) | 6.3V | 2.2nF ~ 220nF | K (10%), M (20%) |
| X5R (Class II) | X5R | 1005 (0402) | 10V | 2.2nF ~ 100nF | K (10%), M (20%) |
| X5R (Class II) | X5R | 1608 (0603) | 16V | 15nF ~ 1uF | K (10%), M (20%) |
| X5R (Class II) | X5R | 2012 (0805) | 25V | 100nF ~ 2.2nF | K (10%), M (20%) |
| X5R (Class II) | X5R | 3216 (1206) | 25V | 220nF ~ 2.2uF | K (10%), M (20%) |
| X5R (Class II) | X5R | 3225 (1210) | 6.3V | 470nF ~ 4.7uF | K (10%), M (20%) |
| Y5V (Class II) | Y5V | 0603 (0201) | 6.3V | 22nF ~ 100nF | Z (-20% to +80%) |
| Y5V (Class II) | Y5V | 1005 (0402) | 10V | 10nF ~ 1uF | Z (-20% to +80%) |
| Y5V (Class II) | Y5V | 1608 (0603) | 16V | 10nF ~ 220nF | Z (-20% to +80%) |
| Y5V (Class II) | Y5V | 2012 (0805) | 25V | 10nF ~ 100nF | Z (-20% to +80%) |
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