
- Stock: In Stock
- Model: CAP680NF400V
680nf 400V Polyester Film Capacitor MEF 0.68uF
The MEF 0.68uF 680nf 400V Polyester Film Capacitor is a reliable component that offers a capacitance value of 680nF (0.68µF). It is designed using MEF (Metalized Polyester Film) technology and typically features a K tolerance (±10%). This capacitor is known for its high voltage endurance, longevity, and robust construction, making it an excellent fit for various electronic circuits. Its affordability and compact design make it a prime choice for medium-voltage applications.
Key Features:
- Capacitance: 680nF (0.68µF)
- Pin Spacing (pitch): 26mm
- Tolerance: ±10% (K Tolerance)
- Maximum Working Voltage: 400V
- Dielectric Material: Metalized Polyester Film (MEF)
- Low Loss Factor: Ideal for medium-frequency applications due to its low loss.
Common Applications:
- Power filtering, coupling and decoupling circuits
- Motor drives
- Electronic devices
- General-purpose circuits
- DC and AC Filtering Circuits: Perfect for low to medium-voltage filtering applications.
- Coupling and Decoupling Circuits: A dependable choice for signal transmission and coupling.
- Power Electronics: Suitable for use in motor drives, power factor correction circuits, and inverters.
- Electronic Devices: An excellent choice for general-purpose electronic circuits and low-to-medium voltage applications.
Benefits:
- Cost-Effective: The polyester film dielectric offers a practical and economical solution.
- Compact Design: Its small size allows for use in confined spaces.
- High Voltage Endurance: Ensures safe operation with a 400V working voltage.
- Reliability and Longevity: The metalized polyester film construction guarantees long-term stability and durability.
This MEF 0.68uF 680nf 400V Polyester Film Capacitor delivers consistent and reliable performance using MEF technology and K tolerance (±10%). It is an ideal choice for applications that do not demand extremely accurate capacitance values. It is widely used in both industrial and consumer electronic projects.