Ceramic Capacitors Multilayer Chip Metal Cap Radial Lead Types NCC KTS101B684K31N0T00 for Circuit Designs
Multilayer Ceramic Capacitors
This catalog presents a range of multilayer ceramic capacitors, including NTS, NTF, KVF, NTJ, KVJ, NTD, and KVD series. These capacitors are designed for various applications and come in chip, metal cap, and radial lead types. Product specifications are subject to change without notice; please request current specifications before purchase and use.
Product Attributes
- Brand: Not specified
- Origin: Not specified
- Material: Ceramic
- Certifications: RoHS2 Compliant
Technical Specifications
| Series | Rated Capacitance Range (F) | Rated Voltage Range (Vdc) | Temperature Characteristics | Lead Type | Type | Page |
|---|---|---|---|---|---|---|
| NTS | 0.010 to 47 | 25 to 500 | X7R : -55+125 C/C 25=15% | Chip Type | Chip Type | P4 |
| NTF | 0.033 to 33 | 25 to 500 | X7S : -55+125 C/C 25=22% | Chip Type | Chip Type | P5 |
| KVF | 0.033 to 15 | 25 to 100 | X8L : -55+125 C/C 25=15% +125+150 C/C 25=+15%, -40% | Chip Type | Chip Type | P6 |
| NTJ | 1.0 to 100 | 25 to 250 | X8L : -55+125 C/C 25=15% +125+150 C/C 25=+15%, -40% | Metal cap Type | Metal cap Type | P7 |
| KVJ | 0.68 to 22 | 25 to 100 | X8L : -55+125 C/C 25=15% +125+150 C/C 25=+15%, -40% | Metal cap Type | Metal cap Type | P8 |
| NTD | 0.1 to 470 | 25 to 500 | X7R : -55+125 C/C 25=15% | Lead Type | Chip Type | P12 |
| KVD | 0.1 to 15 | 25 to 100 | X7R : -55+125 C/C 25=15% | Lead Type | Chip Type | P13 |
Part Numbering System
Detailed part numbering systems are provided for Chip Type, Metal Cap, and Radial Lead Type capacitors, illustrating the coding for series, capacitance, temperature characteristics, voltage, tolerance, size, and terminal type.
Packaging Information
Minimum packaging quantities are specified for Chip Series (NTS, NTF, KVF), Metal Cap Series (NTJ, KVJ), and Radial Lead Series (NTD, KVD). Ordering should be done in units of these minimum quantities. Packaging options include Taping, Tray, and Bagged.
Precautions and Guidelines
Product specifications are subject to change without notice. Users are advised to request product specifications before purchase and to use products based on the information provided in the catalog and product specifications. The company is not responsible for failures or damage caused by the use of information herein. Users bear final responsibility for determining product suitability for their equipment systems. Appropriate safety measures, such as redundant design and malfunction prevention, should be implemented to prevent fatal accidents or fires. When designing device circuits, ensure capacitors are used within their rated performance limits to avoid catastrophic failure. Do not exceed the rated DC voltage, and ensure the peak voltage of superimposed AC voltage does not exceed the full rated voltage. Consider temperature and DC bias characteristics when determining the right capacitance, as capacitance changes with temperature and DC bias.
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