Canoga

Canoga - Dual-Stage Drive and Distortion Pedal

Canoga is a dual-stage drive pedal that utilizes an analog JFET front end coupled with digital signal processing to simulate various saturation characteristics. The pedal is designed to cover a range from transparent overdrive to high-gain distortion, utilizing a "morphing" gain structure that transitions between different circuit topologies.

The pedal features a discrete Class A JFET input circuit, which provides a high-impedance interface for instruments while maintaining low-noise performance. The secondary gain stage leverages the company's proprietary algorithms to emulate the clipping behavior of specific vacuum tube and diode-based hardware.

Key Technical Features

• Dual-Stage Topology: Combines an analog JFET input stage with a Sharc DSP-powered distortion engine.
• Continuous Gain Morphing: The Gain control adjusts multiple parameters simultaneously, including clipping threshold, frequency response, and compression.
• Active 3-Band EQ: Includes dedicated Bass, Middle, and Treble controls for post-distortion tonal shaping.
• Selectable Voice Switch: Offers different clipping profiles, ranging from symmetrical "smooth" saturation to asymmetrical "edgy" harmonic content.
• Configurable Mono/Stereo: Supports full stereo signal paths via TRS input and output jacks.
• MIDI Implementation: Full MIDI control over all parameters, including 300 preset locations via 5-pin DIN or USB-C.

Technical Specifications and Connectivity

The unit incorporates high-performance 24-bit 96kHz A/D and D/A converters. It features a selectable true bypass or buffered bypass mode, the latter of which is designed to preserve signal integrity over long cable runs. The hardware is housed in a compact anodized aluminum chassis.

Specs:

• Fully analog circuit.
• True Bypass.
• Mono in/out.
• Dimensions: 4.53" deep x 2.83" wide x 2.33" tall (11.51 cm x 7.19 cm x 5.92 cm).
• Power requirements — maximum 9 volts DC center-negative, with a minimum of 50mA (power supply NOT included.).

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