Take command of your audio signals with the VR 16N 6 PIN Volume Control Potentiometer. This dual-gang (stereo) rotary potentiometer is specifically designed for applications requiring simultaneous control of two independent circuits, such as left and right audio channels. Engineered for smooth mechanical travel and excellent electrical tracking, the VR 16N series ensures that your volume adjustments remain balanced and noise-free.
Dual-Gang (6-Pin) Design: Features two stacked resistive elements controlled by a single shaft, allowing for perfect synchronization across stereo channels.
Essential Resistance Values: Stocked in the most popular industry ratings: 10K, 20K, 50K, 100K, and 500K.
High-Reliability Terminals: Equipped with six precision pins suitable for direct PCB mounting or stable wire soldering.
Robust Splined Shaft: The metal knurled shaft provides a secure fit for standard press-on control knobs, ensuring no-slip operation during use.
Compact VR 16N Profile: Designed with a space-saving footprint that fits easily into tight enclosures and crowded circuit boards.
The 6-Pin Stereo Potentiometer is a critical component for:
Audio Amplifiers: Serving as the master volume or balance control for stereo hi-fi systems.
Mixing Consoles: Adjusting gain or levels for dual-channel inputs.
Active Speakers: Providing an integrated volume interface for powered bookshelf or computer speakers.
Communication Devices: Managing audio output levels in professional radio and intercom equipment.
Model: VR 16N 6 PIN.
Configuration: Dual-Gang (Stereo).
Why do I need 6 pins instead of 3?
A 6-pin potentiometer is actually two 3-pin potentiometers in one body. This allows you to control two separate audio channels (Stereo Left and Right) at exactly the same time with one turn of the knob.
What value is best for a general audio volume control?
While it depends on your specific circuit, 10K and 50K are the most common values for modern solid-state audio equipment. 100K and 500K are often used in older tube-based equipment or high-impedance circuits.
Can these be mounted on a PCB?
Yes. The pins are spaced for standard PCB through-hole mounting. For extra stability, the threaded neck should also be secured to the front panel of your device.
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