Ceramic Capacitor 56pf (Pack of 5)
The Ceramic Capacitor 56pF (Pack of 5) is a high-precision, reliable component used widely in electronic circuits. These capacitors, with a capacitance of 56 picofarads, are designed to provide stable performance and excellent frequency response in various electronic applications.
Key Features:
- Capacitance: 56pF (Picofarads)
- Tolerance: Typically ±10% or ±5% depending on the manufacturer
- Voltage Rating: Generally 50V or higher, ensuring durability and safety in most electronic designs
- Dielectric Material: Ceramic, known for its stability and low losses at high frequencies
- Temperature Coefficient: Usually specified as C0G/NP0 or X7R, which affects the capacitor’s performance across temperature variations
Applications:
- RF Circuits: Essential in radio frequency applications for tuning and filtering.
- Oscillators: Used in oscillator circuits to set the operating frequency.
- Signal Processing: Helps in signal filtering and coupling in analog circuits.
- Timing Circuits: Suitable for timing and clock circuits due to their precise capacitance values.
Construction and Quality:
These capacitors are made with high-quality ceramic materials, providing a compact and robust design. Their small size makes them ideal for modern, space-constrained electronic devices, while their reliability ensures consistent performance over long periods.
The pack contains five capacitors, offering flexibility in design and ensuring that you have spares on hand for prototyping or production needs. The capacitors are often marked with their capacitance value and tolerance, making them easy to identify and integrate into your circuits.
Benefits:
- High Precision: Provides accurate capacitance values essential for critical applications.
- Stable Performance: Reliable performance over a range of temperatures and frequencies.
- Compact Size: Easily fits into small circuit designs, making them ideal for miniaturized electronics.
In summary, the Ceramic Capacitor 56pF (Pack of 5) is a versatile and dependable component suitable for a wide range of electronic applications. Its high precision and stability make it a valuable addition to any electronic designer’s toolkit.
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