Das Decimator G-String Noise Gate wurde für alle gestaltet, die die maximale Performance des ISP Decimator ProRackG in einem Effektpedal suchen.
Der Decimator G-String bietet einen unabhängigen Kanal, der direkt in den Effekt Loop oder nach dem Preamp insertiert werden kann. Der Level-Detektor des Decimators arbeit dadurch direkt mit dem original Gitarren-Signal. Der Threshold wird einmal eingestellt und arbeitet unabhängig vom Rauschpegel und ohne Nebeneffekte gleichbleibend zuverlässig.
Dadurch kann problemlos zwischen High Gain Sounds und einem Clean Setup gewechselt werden ohne den Threshold des Decimator Pedals verändern zu müssen.
Das G-String Noise Reduction Pedal hat einen direkten Input für die Gitarre und einen gebufferten Output für den Anschluss am Amp. Der zweite Kanal kann in das Side Chain Signal insertiert werden und beseitigt dort effektiv alle Störgeräusche, die Effektpedale im Front End des Amps erzeugen.
Spezifikationen:
- Eingangs Impedanz: 500k Ohm
- Max. Input Level: +12 dBu
- Effektive Rauschunterdrückung: mehr als 60 dB
- Dynamikumfang: mehr als 100 dB
- Totale Harmonische Verzerrung: .05%
- Stromverbrauch: 35 mA bei 9 V DC
- Release Antwort: Programmabhängig, basiert auf dem Time Vector Processing
ISP Technologies presents the latest generation in high performance Noise Reduction technology, the DECIMATOR™ NOISE REDUCTION SYSTEM.
From the original inventors of the HUSH® noise reduction comes the latest, most advanced, patent pending, state of the art technology in real time noise reduction. The Decimator offers a revolutionary breakthrough in Noise Reduction processing with an unparalleled level of performance. The HUSH system, as well as all other noise reduction systems suffers from one major problem inherent in their design: The system cannot be immediately responsive to both very short-term staccato notes and long slowly decaying signals. The typical downward expander noise reduction system suffers from a dead zone in the release response characteristic, which causes a compromise in tracking both fast decaying notes and long sustained notes.
The Decimator 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. This means that the Decimator noise reduction system is the most transparent and highest performance noise reduction system available. The Decimator Pro Rack uses both Dynamic filtering and low-level downward expansion. A Time Vector Processing circuit controls the release response of both the downward expander and dynamic filter.
The input of the Decimator Pro Rack is TRS ¼ inch balanced to eliminate any common mode noise. Both channels can be used at a –10 or +4dBU reference level. We have also designed the Decimator Pro Rack using high quality studio grade voltage controlled amplifiers for both the dynamic filer and downward expander. This provides dynamic range noise performance of greater than 118db. This translates into the most transparent noise reduction system you’ve ever heard.
The Decimator Pro Rack is extremely easy to use; simply inset the Decimator at the end of your signal chain or, insert the Decimator Pro Rack 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 single space 19-inch rack, the Decimator Pro Rack offers the highest possible performance in a single ended noise reduction system, period.
Audition the Decimator today and experience the highest level of performance available in a noise reduction system. The Decimator Pro Rack is available in both a Pro Rack G specifically designed for guitar and instrument applications and a Pro Rack S for Studio and live sound applications.
Note: Hush is a registered trademark of GHS/Rocktron, ISP is not affiliated with GHS/Rocktron
- 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
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