NUX NCH-5 Mini SCF – Guitar Effect: Chorus, Flanger, and Pitch Modulation

The NUX SCF (NCH-5) pays tribute to the legendary Stereo Chorus Flanger by TC Electronic, one of the best modulation effects ever created since 1976. With its modern DSP processor, NUX blends analog warmth with digital precision, delivering a mini pedal that faithfully captures the essence of the original SCF while adding innovative features.

Key Features

• Three modulation effects: Chorus, Flanger, and Pitch Modulation (PM).
• Advanced DSP technology that emulates BBD chip behavior for authentic analog-like sound.
• True bypass and buffer bypass modes, switchable via the footswitch.
• Stereo input and output with TRS (1/4”) compatibility.
• Smart Tap Tempo for precise modulation speed adjustment.
• Compact and durable design compatible with 9 V DC power supply.

Modulation Modes

• Chorus: Generates pitch variations and blends them with the original signal, creating a soft and wide modulation effect.
• Pitch Modulation (PM): Combines chorus and vibrato to create a light, shimmering chorus effect.
• Flanger: Similar to chorus but adds signal regeneration (feedback), producing a more distinctive and pronounced sound.

Compact but Powerful

The Mini SCF supports stereo input and output, offering rich spatial sound. It provides a wider dynamic range, smart tap tempo functionality, and a compact size perfect for stage and studio use.

Technical Specifications

• Input impedance: 1 MΩ.
• Output impedance: 10 kΩ.
• Dynamic range: 103 dB.
• DSP processing: 48 kHz / 32-bit.
• A/D D/A sampling rate: 48 kHz / 24-bit.
• Power supply: 9 V DC (center negative, optional adapter ACD-008).
• Power consumption: less than 100 mA.
• Dimensions: 94 mm x 51 mm x 53 mm.
• Weight: 175 g.

Why Choose NUX Mini SCF?

The NUX Mini SCF is an excellent choice for musicians seeking a versatile modulation effect in a compact form. With advanced DSP technology, multiple modulation modes, and stereo support, this pedal offers dynamic and professional sound for any performance or recording environment.