Resistor (axial) tru components TC-CFR0W4J0820KIT203 — carbon film 82 Ω 0.25 W ±5% axial leaded, 100 pcs

Axial leaded carbon film resistors by tru components, model TC-CFR0W4J0820KIT203, provide a fixed 82 Ω resistance with a power rating of 0.25 W and a tolerance of ±5%. Supplied as a kit of 100 pieces in an axial (0207) package, these resistors are intended for through‑hole mounting and general-purpose electronic applications. The carbon film construction delivers stable resistance for low-power circuits, making them suitable for prototyping, repairs and routine assembly tasks.

Advantages

These carbon film resistors combine compact axial packaging with straightforward handling for soldering and insertion into perfboards or PCBs. The 0.25 W power rating and ±5% tolerance offer a balance between size and accuracy for common low‑power circuits. Supplied in a 100‑piece kit, they reduce the need for frequent reordering and are convenient for labs, workshops and small production runs.

Suitable for

• Through‑hole prototyping on breadboards and perfboards
• Repair and replacement in consumer electronics and small appliances
• General‑purpose low‑power signal and bias networks
• Educational electronics projects and lab experiments

Key specifications

• Resistance: 82 Ω
• Tolerance: ±5%
• Power rating: 0.25 W (1/4 W)
• Resistor type: carbon film, axial leaded
• Package style: axial 0207 (through‑hole)
• Quantity: 100 pieces per kit

How to use

Insert the axial leads through the PCB or perfboard holes and orient the resistor so the body sits close to the board for stable solder joints. Trim excess lead length after soldering. Observe the rated power and avoid exceeding 0.25 W dissipation in continuous operation; provide adequate spacing or ventilation if multiple resistors are used in closely packed arrangements. For prototyping, place the resistor on a breadboard or use clip leads to verify circuit behaviour before soldering.

Usage recommendations

Store the resistors in a dry environment away from corrosive chemicals. When substituting values, choose a resistor with equal or higher power rating and appropriate tolerance. For improved long‑term stability in critical circuits, consider metal film resistors with lower tolerance and temperature coefficient.