A convenient kit of 180 mono monolithic ceramic capacitors covering 18 common values from 20pF up to 105 (1µF). Designed for hobbyists, technicians, and prototypers who need a reliable selection of capacitors for generalpurpose electronics work. Key benefits Wide value selection in one kit: keeps frequently used capacitances on hand so you can prototype, , or build without repeated ordering. 50V voltage rating: suitable for most lowvoltage circuits, including microcontroller projects, signal conditioning, and powersupply decoupling. Monolithic ceramic construction: nonpolarized, compact, and durable for longterm use in compact circuit boards and breadboards. Costeffective: bulk packaging (180 pieces) delivers value and reduces time spent sourcing individual components. Key attributes Quantity: 18 values × 10 pieces each = 180 pieces total. Capacitance range: 20pF to 105 (1µF). Type: Mono monolithic ceramic capacitors (nonpolarized). Rated voltage: 50V. Packaging: Component DIY package suitable for hobby and use. Common applications Decoupling and bypassing: Use on microcontroller boards and power rails to reduce noise and stabilize supply voltages. Filtering and signal conditioning: Implement in audio, RF and analog circuits for coupling, filtering, and timing networks. Prototyping and repairs: failed capacitors in small electronics or keep the kit onhand for boardlevel prototyping and design iterations. Why you'll find this kit useful Saves time: a broad set of commonly used values eliminates repeated trips to the supplier. Flexible and easy to use: nonpolarized ceramic capacitors can be used in many circuit positions without concern for polarity. Practical for learning and experimenting: ideal for makers, students, and engineers building and testing circuits. Package contents 180 mono monolithic ceramic capacitors (18 values × 10 pieces each), rated 50V, covering 20pF through 105 (1µF). Notes These are generalpurpose ceramic capacitors intended for typical lowvoltage electronics work. Confirm compatibility with specific circuit requirements before use.