SCH RESISTOR 1/4W 10K OHM

1/4W 10K Ohm Through-Hole Carbon Film Resistors (±5% Tolerance)

Product Overview

The 10K Ohm Carbon Film Resistor is one of the most widely used passive components in electronics design. Housed in a standard axial-lead package, these 1/4W through-hole resistors are essential for creating highly stable bias networks, setting reference levels, and protecting delicate components.

Common Applications

• LED Current Limiting: The perfect value for safely regulating current to standard LEDs when running on 5V or 9V power rails.

• Pull-Up & Pull-Down Resistors: Essential for stabilizing digital input pins on microcontrollers like Arduino, ESP32, and Raspberry Pi.

• Voltage Dividers: Easily configure reference voltages for analog sensors or signal scaling networks.

• STEM & Academic Kits: A must-have basic component for classroom laboratory kits, electronic engineering training, and DIY hobbyist builds.

Key Features

• Industry Standard 10K $\Omega$ Value: The ultimate general-purpose value for digital logic conditioning, pull-up/pull-down lines, and analog filtering networks.

• Taped & Ammo-Pack Ready: Neatly aligned on commercial paper tape strips for effortless storage, clean counting, and snag-free lead trimming.

• 1/4W (0.25W) Thermal Management: Delivers excellent heat dissipation for small-signal electronics while maintaining a small structural footprint.

• Reliable 4-Band Color Code: Distinctive Brown-Black-Orange-Gold bands ensure rapid visual identification and reliable tolerance accuracy.

Common Applications

• Pull-Up / Pull-Down Resistors: Essential for pulling microcontroller pins (Arduino, ESP32, STM32) to a stable high or low logic state to eliminate electrical float.

• STEM Learning Kits: A foundational piece of any student electronics kit or academic breadboard laboratory experiment.

• Operational Amplifier Biasing: Widely deployed in gain-setting and feedback loops for low-frequency audio pre-amps.

• RC Timing Configurations: Pairs perfectly with standard capacitors to establish reliable basic hardware time-delay circuits.