2W Carbon Film Resistors Assortment Kit 20pcs CF Type 5% Tolerance Power Stable Performance

CF 2W Carbon Film Resistors 20 Piece Pack Overview A pack of 20 carbon film resistors rated at 2 watts and 5 percent tolerance. Common resistor values are included to support repairs, prototyping, and small power circuit projects. These resistors are suited for use with capacitors to improve conversion stability in power conversion circuits. Key benefits Reliable power handling: 2 watt rating supports higher dissipation than typical 1W resistors for small power supplies and load applications. Stable resistance: Carbon film construction offers consistent nominal resistance and predictable behavior in general electronic circuits. Broad value selection: Multiple resistance values provide flexibility for voltage dividers, biasing, damping, and current limiting. Easy to use: Throughhole leaded design for straightforward soldering and replacement in PCB and pointtopoint wiring. Practical tolerance: 5 percent tolerance balances cost and accuracy for most hobbyist and tasks. Important attributes Type: CF carbon film resistors Power rating: 2W Tolerance: 5% Example size/pack option: CF 2W 0.47R 20pcs Values included: 5R6, 56R, 560R, 5K6, 56K, 560K, 5.6, 56, 560 RK ohm Quantity: 20 pieces Typical applications Power supply and prototyping: Use as load resistors, bleeder resistors, or in snubber networks when paired with capacitors to stabilize conversion stages. Audio and signal circuits: Use for bias networks and impedance setting where moderate power dissipation is required. LED and driver circuits: Current limiting and ballast resistors in small LED arrays and driver modules. What this product solves Replaces worn or damaged resistors in medium power circuits without redesign. Provides a convenient set of values for testing and tuning circuits during prototyping. Complements capacitors in power conversion circuits to help stabilize voltage and reduce oscillation. Packaging and compatibility Supplied as a pack of 20 pieces. Compatible with standard throughhole soldering processes and common PCB footprints.