LD Systems FX 300 Vocal Effects Pedal

£130.00

This is the LD Systems FX 300 Vocal Effects Pedal from LD Systems, listed in Vocal Effect Pedals on Just Pedals. Read More below.

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The LD Systems FX 300 Vocal Effects Pedal is everything you need for superior sound – All in one convenient unit. The LD Systems FX 300 is the ideal solution for vocalists and instrumentalists looking to take their sound to the next level. With a plethora of 16-bit quality digital effects combined with intuitive mixing capabilities you can sculpt your sound in seconds. Use both dynamic and condenser microphones with the phantom power-equipped microphone channel and plug your instrument into the low-noise high-impedance instrument channel. Dial in the gain sculpt the tone and set your desired FX level for each channel. And use the two handy pedals (Mute All and FX Mute) for hands-free muting and unmuting at any time. Youre always in control.

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Brand

LD Systems

Category

Vocal Effect Pedals

Vocal processors accept a microphone-level signal and apply effects or pitch-aware processing to the voice. Reverb and delay add space, compression controls dynamics, harmony engines generate additional parts, and formant, doubling, distortion or vocoder processing changes vocal character. Microphone gain, phantom power, feedback control, harmony tracking, footswitch access and balanced connections distinguish a stage-ready processor from an instrument-level pedal.

Tags

Acoustic

Voiced for the wider dynamics, strong transient detail and pickup characteristics of acoustic instruments. High input impedance, phase reversal, notch filtering and restrained processing help preserve body resonance while controlling piezo harshness and feedback. Balanced outputs may also carry the corrected signal directly to a mixer or interface.

Digital

Converts the signal or control process into numerical data for algorithmic processing. Digital designs can provide precise timing, long memory, complex routing and repeatable presets; sample rate, conversion, internal resolution and latency influence fidelity and response.