High-Voltage Capacitors | Industrial machinery, Power electronics | 2000VDC rating (handles high voltages) | Suitable for high-voltage applications | Requires careful handling due to high voltage |
| | 55 μF ± 5% capacitance (moderate tolerance) | ±5% tolerance allows flexibility in design | Tolerance may not suit precision applications |
| | 40°C to 85°C operating temperature range | Operates in diverse environments | Limited to specified temperature range |
| | Metallized polypropylene film construction | Durable and reliable material | Might be bulkier than alternative materials |
Standard Capacitors | Consumer electronics, General use | Lower voltage ratings (typically < 500V) | Cost-effective for general use | Not suitable for high-voltage applications |
| | Varying capacitance values available | Wide range of options for different needs | Lower voltage limits usage scenarios |
| | Compact size (ideal for small devices) | Fits into limited spaces | Smaller size may limit energy storage capacity |
Custom Capacitors | Specialized applications | Customizable voltage and capacitance | Tailored to specific application requirements | Higher cost and longer lead times |
| | Specific material choices (e.g., aluminum) | Optimized for unique environmental conditions | Limited to custom production capabilities |
| | Enhanced tolerance levels available | Precision in critical applications | Customization may result in higher prices |
Automotive Capacitors | Automotive electronics | High-temperature rating (up to 125°C) | Suitable for automotive environments | Higher temperature tolerance increases cost |
| | Vibration-resistant design | Reliable in dynamic and rugged conditions | Additional features add to the overall size |
| | Long lifecycle (durable construction) | Reduced maintenance and replacement needs | May require specialized installation procedures |
Power Supply Capacitors | Power supplies, Chargers | High capacitance (e.g., 2200 μF) | Stable power delivery for electronic circuits | Larger capacitance can increase physical size |
| | Low ESR (Equivalent Series Resistance) | Efficient energy transfer, minimizes losses | Low ESR may lead to increased costs |
| | High ripple current rating | Handles dynamic current fluctuations effectively | Higher ripple current capability increases price |