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AQA Elektrix Dual VC Delay Module


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The Dual VC Delay consists of 2 equal, independent delays A and B, each with its own feedback loop.

Each contains a 6dB HP and a 6dB LP filter (not VC), but the internal feedback loop can be opened by patching a cable into the "IN FB" - jacks to route other signal-processing modules into the feedback-loop. Please note that there is no "Dry-Signal"-path. By designing the module, we thought, it would be mostly used in combination with other modules to achieve some echoes and reverberated ambience, one could put one delay in the feedback-path of another delay for example - there are many different routing configurations, achieving strange modulated reverberated space by combining several Dual VC Delay-modules in various manner.
Due to its vast flexibility, the module offers lots of possibilities for hours-longing sessions of mangling signals, pitch modulation and the generation of fantastic ethereal outer galactic spaces. Used in parallel/stereo-mode, it generates voltage controlled modulated spatial effects with its own special character. The sound of the Princeton PT2399 delay chip often reminds for BBD-circuit's which principle in fact shares similarities with the function of the PT2399 chip. Because the audio -and CV - inputs are normalized in the scheme of A=>B, the module is following your needs for many different patching situations easily. The sonic possibilities of using several module together can be mind-blowing, especially when the almost endless possibilities of different feedback-routing are explored.

- Delays can be routed in parallel or serial configuration (A => B or A II B)
- Internal feedback with a 6dB HP and LP filter in series for each delay, feedback signals are attenuated
- Using normalized feedback in and out jacks, the feedback loops can be opened to insert other stuff
- Feedback can be switched between parallel and cross routing between A and B
- Audio input attenuators for each Delay
- Each delay time can be independently controlled by knob
- Each delay time can be independently modulated by an attenuated external control voltage
- Each delay time can be independently modulated by an attenuated external control voltage
- Normalized audio signal Inputs
- Outputs for the delayed signals
- Outputs for the delayed signal and HP+LP filtered delayed signal (for feedback use)
- Normalized feedback-signal Inputs

- IN jack A & B - Input for the Audio Signal to be delayed
- IN CV Input jack A & B - normalized (A=>B) CV input for delay time, attenuated by CV Pot
- IN FB jack A & B - normalized (A=>B) Input for the feedback signal
- OUT jack A & B - Audio output Delay A & B
- FB FILT OUT jack A & B - HP and LP filtered Audio output of Delay A & B for feedback use
- FB Out jack A & B - Audio output of Delay A & B for feedback use
- CV knob A & B - CV Input
- TIME knob A & B - Delay time
- IN ATTN knob A & B - Audio input
- FEEDBACK knob A & B - feedback depth

Measures: 21 TE

Power consumption: -12V 40mA / +12V 85mA

Weight (g) 222

If you decide an equipment item is not suitable within 10 days of delivery, you can return it to us for a replacement or refund. Returns must be unused and in their original, undamaged packaging.

Gifts purchased between 30 November and 24 December may be returned by Friday 6 January 2016”.

Some items are excluded from our money back guarantee, including:
• Computer software that has been unsealed or registered
• Any item that comes directly into contact with the nose, ears or mouth

To arrange a return, just contact our customer service department on 020 7424 2800 or email us at

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