EMI has excellent performance in high current applications, non-polar and suitable for high-density surface mounting, superior filtering characteristics. It can absorb noise and restrain surge pulse, offering food solder-ability and leach-ability.
EMI has excellent performance in high current applications, non-polar and suitable for high-density surface mounting, superior filtering characteristics. It can absorb noise and restrain surge pulse, offering food solder-ability and leach-ability.
| Part Number | Cap. | T.C.R(ppm/°C) | Rated Vdc | Tolerance | Size Code | L Size | W Size | T Size | Datasheet |
|---|---|---|---|---|---|---|---|---|---|
| 5081BS474M160IT | 470nF | X7S | 16V | ±20% | 5081 | 2.00±0.20mm | 1.25±0.20mm | 0.80±0.20mm | |
| 6121B474M250NB | 470nF | X7R | 25V | ±20% | 6121 | 1.00±0.20mm | |||
| 5081BS474M160IB | 470nF | X7S | 16V | ±20% | 5081 | 2.00±0.20mm | 1.25±0.20mm | 0.80±0.20mm | |
| 5081B224M160IT | 220nF | X7R | 16V | ±20% | 5081 | 2.00±0.20mm | 1.25±0.20mm | 0.80±0.20mm | |
| 6121B154M500NT | 150nF | X7R | 50V | ±20% | 6121 | 3.20±0.20mm | 1.60±0.20mm | 1.00±0.20mm | |
| 6121B154M500NB | 150nF | X7R | 50V | ±20% | 6121 | 3.20±0.20mm | 1.60±0.20mm | 1.00±0.20mm | |
| 5081B104K250NT | 100nF | X7R | 25V | ±10% | 5081 | 2.00±0.20mm | 1.25±0.20mm | 0.8±0.10mm | |
| 6121B104M500JT | 100nF | X7R | 50V | ±20% | 6121 | 3.20±0.20mm | 1.60±0.20mm | 1.00±0.20mm | |
| 6121B104M500NT | 100nF | X7R | 50V | ±20% | 6121 | 3.20±0.20mm | 1.60±0.20mm | 1.00±0.20mm | |
| 5081B104M250IT | 100nF | X7R | 25V | ±20% | 5081 | 2.00±0.20mm | 1.25±0.20mm | 0.80±0.20mm | |
| 3061B104M160IT | 100nF | X7R | 16V | ±20% | 3061 | 1.60±0.10mm | 0.80±0.10mm | 0.60±0.10mm | |
| 5121B104K500NT | 100nF | X7R | 50V | ±10% | 5121 | 3.20±0.20mm | 1.25±0.20mm | 0.80±0.20mm | |
| 6121B104M500NB | 100nF | X7R | 50V | ±20% | 6121 | 3.20±0.20mm | 1.60±0.20mm | 1.00±0.20mm | |
| 6121B104M500JB | 100nF | X7R | 50V | ±20% | 6121 | 3.20±0.20mm | 1.60±0.20mm | 1.00±0.20mm | |
| 6121B104M500KB | 100nF | X7R | 50V | ±20% | 6121 | 1.00±0.20mm |