10K Ohm High Quality Logarithmic Taper 16mm Rotary Potentiometer - Elcon

Product Description: The 10K Ohm Logarithmic Taper Potentiometer by Elcon is a high-grade variable resistor specifically tailored for audio signal modulation. Unlike linear potentiometers, the logarithmic (Type A) taper matches the human ear's non-linear perception of sound, ensuring a smooth and natural volume adjustment. With its 16mm compact body and robust metal construction, it is the preferred choice for guitar pedals, DIY amplifiers, and professional audio consoles.

Key Features

• Audio-Grade Log Taper: Delivers a natural volume increase that feels consistent to the listener.

• Premium Elcon Engineering: Features a high-density carbon track to minimise electrical noise and signal "pop."

• Space-Efficient Design: The 16mm circular body allows for dense installation in small electronic enclosures.

• Universal Splined Shaft: The 18-tooth knurled metal shaft fits all standard push-on control knobs.

• Exceptional Durability: Rated for thousands of rotations with consistent mechanical resistance.

Technical Details

• Resistive Material: High-precision carbon film for minimal resistance drift and low thermal noise.

• Mechanical Angle: 300° ± 5° total rotation range for precise manual adjustment.

• Power Rating: 0.125W (1/8 Watt), optimised for low-power pre-amp signal paths.

• Maximum Voltage: Capable of handling up to 200V AC in diverse analogue circuit environments.

• Insulation Resistance: Greater than 100MΩ at 250V DC to prevent internal signal leakage.

• Dielectric Strength: Can withstand 500V AC for 1 minute between terminals and the metal frame.

• Operating Torque: Consistent rotational feel (20 to 200 gf.cm) for a high-end tactile experience.

• Stopper Strength: Internal mechanical end-stops can withstand up to 5kgf.cm of torque.

• Solder Heat Resistance: Terminals are designed to tolerate 350°C for up to 3 seconds.

• Construction: Rugged metal housing provides EMI/RFI shielding for sensitive audio signals.

• Environmental Range: Reliable performance in operating temperatures from -10°C to +70°C.

• Tracking Error: Low variance in resistance ensures balanced performance in single-channel applications.