Professional-Grade Film Capacitor Assortment | CBB 63V & 100V | 0.01uF to 1uF Kit for Electronics Repair

This 20-piece lot of Phili Pilkor CBB film capacitors provides a versatile selection of high-quality, non-polarized capacitors for audio, power supply, and signal filtering applications. The assortment includes key values from 0.01uF to 1uF, rated for 63V or 100V, offering excellent stability and low dielectric absorption for precise circuit performance. Features and Benefits - CBB Film Dielectric Construction - Offers superior stability, low dielectric loss, and high insulation resistance compared to ceramic or electrolytic types, ensuring reliable long-term performance. - 10% Tolerance - Provides a good balance of precision and value for general-purpose filtering, coupling, and timing circuits where tight tolerances are not critical. - Dual Voltage Ratings (63V & 100V) - The included 63V and 100V rated capacitors offer flexibility for both low-voltage logic circuits and higher-voltage power supply applications. - Assorted Popular Values (104, 224, 334, etc.) - This curated lot covers the most commonly used capacitance values, making it an efficient starter kit or replenishment pack for various projects. - Non-Polarized Design - Can be installed in-circuit without concern for polarity, simplifying assembly and reducing the risk of installation errors. Applications - Audio Circuit Filtering and Coupling - Ideal for use in crossover networks, tone controls, and amplifier input/output stages where low distortion is critical. - Power Supply Snubbing and Noise Filtering - Effectively smooths voltage and suppresses high-frequency switching noise in DC power rails and motor drivers. - DIY Electronics and Prototyping - An excellent value assortment for hobbyists, students, and technicians to keep a range of useful values on hand for breadboarding and repairs. - Signal Conditioning and Timing Circuits - Suitable for oscillator, integrator, and pulse-shaping circuits where stable capacitance over temperature and frequency is required.