This is a high-quality axial film capacitor designed for use in audio crossover systems and other electronic applications. It features a capacitance of 4.7 microfarads and is rated for both alternating current (AC) and direct current (DC) voltages up to 250V and 400V respectively. The capacitor is built with MKP film technology, which ensures low losses and stable performance under varying conditions. It is ideal for use in audio equipment where precise signal filtering and minimal interference are essential.
The capacitor has a capacity deviation of ±5%, ensuring consistent performance across different applications. Its axial lead design makes it easy to mount on printed circuit boards or other electronic components. The dimensions are compact, measuring 36x21mm, which allows for easy integration into tight spaces within audio crossover equipment. The black color helps with heat dissipation and provides a professional appearance in finished products.
The CBB20 model is known for its self-healing properties, which help it recover from minor electrical faults without failure. This makes it highly reliable in environments with high-frequency AC conditions or pulse high current situations. It is commonly used in power amplifiers, welding machines, and switching power supplies due to its durability and performance characteristics.
Each package includes two capacitors, making it convenient for users who need multiple units for their projects. The capacitors are suitable for use in temperature compensation circuits, timing circuits, and oscillation applications. However, it is important to ensure that the capacitors are used within their rated voltage range to prevent damage and ensure long-term reliability.
Brand: Patikil
Model: CBB20
Specifications: Capacitance: 4.7uF; Rated Voltage: 250AC/400DC V; Capacity Deviation: ±5%; Size:36x21mm/1.42x0.83 inch; Pin length: 33.5mm/1.32 inch; Lead Type: Axial 2 Pins; Color:Black
Features: Self-healing properties, low high-frequency loss, low-temperature rise, high impact strength, good pressure resistance under high-frequency AC conditions
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