Resistor 0.25W, 1%, wirewound

A metallized resistor is a passive electronic component designed to limit current, divide voltage, and adjust operating conditions in electronic circuits. This product is in axial through-hole design and is suitable for general use in analog and digital applications, repair, prototyping, and PCB assembly.

Technical specifications

• Component type: metallized resistor
• Rated power: 0.25W
• Tolerance: 1%
• Temperature coefficient: ±50 ppm/°C
• Design: axial
• Body length l: 6.5 mm
• Body diameter d: 2.5 mm
• Length of terminals a: 28 mm
• Terminal diameter da: 0.6 mm
• Maximum voltage: 250 V

Functions and features

• Designed for a fixed value of electrical resistance in a circuit.
• The metallized design supports more precise resistance tolerance.
• The axial design is suitable for through-hole mounting in printed circuit boards as well as for point wiring.
• Suitable for installation in low-power electronic devices and assemblies.

Ideal for

• Electronics repairs and service
• Construction and prototyping of electronic circuits
• PCB assembly
• Measuring, control and signal circuits

Package contents

• 1 pc of metallized resistor in axial design

Why choose this product?

• The basic electrical and mechanical parameters are clearly stated.
• A tolerance of 1% is suitable for applications where a more accurate resistance value is required.
• The axial design facilitates installation in common through-hole connections.
• The dimensions and diameter of the terminals are suitable for standard electronic assembly.

Installation and operating instructions

• When installing, do not exceed the rated power and maximum operating voltage of the component.
• Install the resistor in such a way that there is no mechanical stress on the body or terminals.
• When soldering, limit the time of thermal stress to the necessary minimum.
• For proper operation, select the appropriate resistor value according to the circuit design.

Safety notice

• When overloaded, the component can overheat and damage surrounding elements.
• Incorrect connection or exceeding the limit values may cause component failure or a short circuit in the device.
• When using in higher voltage circuits, follow the rules for safe work on electrical equipment.
• Installation and use in mains or otherwise hazardous circuits requires appropriate expertise.