Our Slide Potentiometer collection offers reliable, low-friction control for a variety of electronic and audio applications. Designed with precision-engineered 8mm and 15C handle types, these faders ensure a comfortable tactile experience and accurate signal adjustment. Whether you are repairing vintage audio gear or developing new custom interfaces, these 3-pin and 6-pin components provide the durability and electrical stability required for professional results.
Precision Handle Variety: Available with 8mm or 15C handles to ensure compatibility with a wide range of fader knobs and panel depths.
Multi-Pin Versatility: Offered in 3-pin (mono) and 6-pin (stereo/dual-gang) configurations to suit different circuit complexities.
Industry-Standard Tapers: Includes B10K (Linear) for consistent parameter adjustment and A10K (Logarithmic) for natural-feeling audio volume control.
Dual-Gang Options: The B10KX2 model allows for the simultaneous control of two separate audio channels with perfect tracking.
Compact Solder Mounting: Features robust metal terminals designed for secure PCB mounting and long-term electrical integrity.
These Slide Potentiometers are ideal for:
Audio Equipment: Volume faders and gain controls for mixers, equalizers, and MIDI controllers.
Consumer Electronics: Brightness or parameter sliders in specialized handheld devices.
DIY Prototyping: Essential components for Arduino or Raspberry Pi projects requiring linear input.
Repair & Restoration: High-quality replacement parts for worn-out sliders in professional studio gear.
3-Pin Configuration: B10K (Handle Type: 8mm).
6-Pin Configuration: B10K / B10KX2 (Handle Type: 8mm).
6-Pin Configuration: A10K (Handle Type: 15C).
What is the difference between B10K and B10KX2?
A B10K is typically a single-channel (mono) slider, while a B10KX2 is a dual-gang (stereo) slider. The "X2" indicates it has two independent resistance tracks controlled by the same handle.
How do I measure the "Handle Type"?
The 8mm or 15C designation refers to the height and shape of the metal stem that sticks out of the fader body. Measure from the top of the metal housing to the tip of the stem to ensure your knob will fit.
Can these be used in high-wattage circuits?
These are signal-level components designed for low-power applications (typically under 0.1W to 0.5W). They should be used to control signals in a pre-amp or as a control input, not to directly drive heavy loads like speakers.
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