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This 10K Ohm potentiometer is a high-quality variable resistor designed for precise voltage and resistance control in electronic circuits. Perfect for DIY projects, audio equipment, and Arduino-based systems, this PCB-mountable component features a durable 6mm shaft for easy knob attachment. With three terminals and a 20% tolerance, it offers reliable performance for hobbyists and professionals alike.
The 10K Ohm Linear Taper Potentiometer from Bigyan Project (বিজ্ঞান প্রজেক্ট) is a precision-adjustable variable resistor designed for electronic circuit control. Ideal for DIY enthusiasts, engineers, and educators, this PCB-mountable component allows smooth voltage division, resistance tuning, and signal modulation. With a robust 6mm metal shaft and 3-terminal design, it ensures reliable performance in prototyping, audio equipment, and industrial applications. Trusted by makers across Bangladesh, this potentiometer is a staple for electronics projects requiring precise analog input control.
Parameter | Details |
---|---|
Resistance Value | 10 Kilo-Ohm (kΩ) |
Tolerance | ±20% |
Shaft Diameter | 6 mm (Standard Knob Compatible) |
Shaft Length | 15 mm |
Rotation Angle | 270° to 300° |
Mounting Type | PCB Mount (Through-Hole) |
Terminals | 3 Pins (Input, Output, Ground) |
Material | Carbon Track, Metal Shaft |
To integrate this potentiometer into your circuit:
The 10K Ohm Potentiometer from Bigyan Project is a versatile, reliable component for electronics enthusiasts and professionals in Bangladesh. Whether you're building audio controls, prototyping circuits, or teaching electronics, this variable resistor delivers consistent performance at an affordable price. Shop now to power your next innovation!
The product details on this page are collected from multiple reliable sources to provide you with the best information. However, minor discrepancies may occur. We recommend thoroughly checking the product labels, instructions, and warnings before use.
Note: Images shown are for illustration purposes only and may slightly differ from the actual product.