Banish the buzz, hum, and transient noises other units don't catch.
The Decimator guitar pedal offers a new approach to noise reduction processing. Most noise suppression
systems suffer from one major problem inherent in their design: The system cannot be immediately responsive to very short-term
staccato notes. The typical downward expander sound reduction system suffers from a dead zone in the release response characteristic
that causes a compromise in tracking both fast decaying notes and long sustained notes. The Decimator pedal's design offers
a novel approach to tracking the envelope of the input signal called Time Vector Processing.
Due to this novel approach
in controlling the expander, the Decimator system will instantly respond to short staccato notes and, at the same time, will
provide a very slow ripple free control of long sustained notes. The Decimator noise suppression system is very transparent
delivering high performance.
The Decimator pedal by ISP Technologies is extremely easy to use; simply insert the Decimator
at the end of your chain of existing pedals or, insert the Decimator Pedal in the effects loop of your amplifier to clean
up the noise present at the amplifier input as well as the noise in the amplifiers pre-amp section. Packaged in a rugged,
beautifully polished smooth chrome chassis, the Decimator pedal offers reliability, performance and beauty in one compact
pedal.
ISP Technologies Decimator Noise Reduction Pedal Features:
- Latest generation of noise reduction technology
- 60dB of noise reduction
- Time Vector processing
- Transparent operation
- Will not affect guitar tone
- Dynamically tracks the input signal
- Patent Pending NR technology
- Polished chrome chassis
Make an investment in pure sound. Put it in the cart!
ISP Technologies Decimator Noise Reduction Pedal Specifications:
- Input Impedance: 500K ohms
- Maximum Input Level: +12dbu
- Effective Noise Reduction: greater than 60db
- Dynamic Range: greater than 100db
- Total Harmonic Distortion: .05% typical
- Power consumption: 35mA @9VDC
- Release response: Program dependant based on Time Vector Processing
