The 15C and 15D Series Slide Potentiometers are professional-grade faders designed for smooth, linear motion and precise electrical control. Featuring a diverse range of pin configurations and resistance tapers, these potentiometers are the industry standard for mixing consoles, signal processing equipment, and specialized industrial controls. Whether you require the 15C handle type for standard audio applications or the 15D variant for specific mechanical requirements, these faders provide consistent performance and long-term durability.
Versatile Pin Configurations: Available in 3-pin, 6-pin, and 8-pin layouts to support single-channel (mono) or dual-channel (stereo) circuit designs.
Comprehensive Resistance Range: Offered in A10K, A20K, A50K, B10K, and B50K values to match varied impedance and gain control needs.
Standardized Handle Types: Features precision-engineered 15C and 15D handles for compatibility with standard fader knobs and smooth tactile operation.
Accurate Tapers: Includes both "A" (Logarithmic/Audio) tapers for natural volume control and "B" (Linear) tapers for consistent parameter adjustment.
Durable Construction: Built with a robust metal frame and high-quality resistive elements to withstand repeated use in demanding professional environments.
This Slide Potentiometer series is optimized for:
Audio Mixing Consoles: Precise fader control for volume, gain, and channel EQ adjustments.
Lighting Control Desks: Smooth dimming and scene transitioning in professional theater or event lighting systems.
Graphic Equalizers: Vertical frequency band adjustments for high-fidelity audio tailoring.
Industrial Control Interfaces: Linear input devices for machinery parameters and calibration equipment.
3-Pin: B10K (Handle Type: 15C).
6-Pin: A20K / B10K (Handle Type: 15C).
8-Pin: A10K / A50K / B50K (Handle Type: 15C).
8-Pin: A20K (Handle Type: 15D).
What is the difference between "A" and "B" tapers?
"A" stands for Logarithmic, which mimics how the human ear perceives sound, making it ideal for volume. "B" stands for Linear, where the resistance change is direct and proportional to the handle position.
Can I use an 8-pin fader in place of a 6-pin fader?
No, the pin layout and physical footprint are specific to the circuit board design. Always match the pin count and spacing of your existing component to ensure proper fitment.
What does the "15C" or "15D" handle type mean?
These codes refer to the specific physical dimensions and shape of the metal lever (handle) that the knob attaches to. Ensuring you have the right handle type is crucial for your console's aesthetic and ergonomic fit.
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