 |
 |
 |
 |
 |
 |
|
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
| Providence products are born from the process of solving various problems, and satisfying the desires of our many users. The Providence technology is fused with the needs of our actual users, to develop unique and practical products. Before each product is completed, stringent testing is repeatedly carried out, with an eye toward pursuing products that guarantee high reliability, but with the emphasis on musical sound quality. |
|
|
|
 |
 |
|
|
|
|
|
|
|
|
|
|
‘ Futures
An Overdrive with greater presence
Based on the old SDR-4 which has a uniquely characteristic fast attack and effective edgy sound, a newly added feature cuts out unwanted elements which can affect the presence of your sound. This gives a punchy cutting sound with a full, enhanced low midrange, and provides a new level of presence that represents an evolution in overdrive sound. Even with distortion, the sound and balance of each string remains clear. And in a band environment, a full and vibrant sound can be realized without being masked by the sound of other instruments.
FAT Switch
The FAT switch can be used to control the low frequency range. Turning the FAT switch ON raises the gain in the low frequency range, enabling the production of a particularly fat sound.
New Double-contact Grounding Circuit (D.C.G. Circuit)
Due to the adoption of the new double-contact grounding circuit (D.C.G. Circuit), by inserting a monaural plug into the output jack, the shield (sleeve) of the plug provides two points of contact to the pedal's ground circuit. By increasing the area of the point of contact, it becomes more difficult for a loose connection to occur, and provides the additional advantage of improved sound quality.
New Footswitch
As a result of cooperative efforts in the design stage, we have been able to develop a new heavy duty footswitch.
New Control Pot (Potentiometer)
In designing the new pot, we were seeking smooth operation and durability. The new design ensures that the shaft of the pot won't be pressed into the housing even if it is accidentally stepped on.
Advanced S.C.T. Circuit
In a normal True-Bypass circuit, in bypass mode the audio signal passes through two switch contacts. But in the SONIC DRIVE, in bypass mode the audio passes through a single contact, thanks to a single contact true-bypass circuit. The result is much higher sound quality and reliability than that provided by previously existing products. A new development in the S.C.T. Circuit now makes it possible to further reduce any change or deterioration in sound quality and gives the feeling that the footswitch circuit is removed entirely from your signal chain.
 |
|
|
‘ Futures
BBD chip
Rich, warm analog chorus sound is achieved through the use of a BBD chip. Although this is a mono effect, the sound is spacious with remarkable subjective width and depth.
Multi-function LED
1. Effect ON/OFF
2. Battery check (Darkens as the chorus circuit nears its operating limits to indicate a deterioration in sound quality.)
3. Modulation Pitch display (When the effect is ON, the LED blinks in sync with the LFO speed to provide visual confirmation.)
S.C.T Circuit
In standard "true bypass" circuits the instrument signal passes through two switch contacts when bypassed. In the Anadime Chorus the signal only passes through one switch contact when bypassed (Single Contact True Bypass), for unprecedented signal quality as well as reliability.
Mode Switch
The MODE switch can be used to switch the unit's delay response to deliver solid tone even when playing fast chord accompaniment, or a deep, spacious chorus effect for arpeggios, slower chord work, or guitar solos.
| MODE SWITCH |
 |
|
|
|