Bontempo | Electric Canary

Bontempo

Débloquez le plein potentiel de votre delay!

Le Bontempo est une solution puissante de Tap Tempo & Modulation pour PT2399.

- 2 Presets Utilisateur

- 6 Divisions de Tempo

- 6 Formes d'Ondes

- Clean Mode & Plus...

Datasheet & Notes d'Application (PDF)

Documentation de Construction (PDF)

Divisions de Tempo:

Formes d'onde de Modulation :

Le Bontempo vous permet de débloquer le potentiel de votre delay PT2399.

Tapez exactement le tempo que vous cherchez avec les 6 divisions de Tempo. Avec une précision de 1ms.

Créez de paysages sonores complexes avec les 6 formes d'onde de modulation disponible. Avec un contrôle total sur les paramètre de modulation.

Ce module peux être facilement adapté pour des pédales commerciales ou DIY.

Vous cherchez un projet complet?

Essayez Iridescent

Voici quelques fonctionnalités:

- de ~40ms à ~1300 ms de temps de delay

- Clean Mode (limite le delay à 600ms pour un son plus propre)

- Peut gérer deux PT2399

- ±30ms Max. Amplitude de Modulation

- ~0.1Hz to ~10Hz Fréquence deModulation

- Format compact (DIP14)

- Un minimum de composants extérieurs à ajouter

Ce projet est hébergé sur Github

Un projet similaire pout le FV-1 est en cours!

Legal

A Propos

The Bontempo allows you to unlock the full potential of your PT2399 delay.

Tap the exact tempo you need with the 6 tempo divisions available.

Create complex delay modulations thanks to the 6 modulation waveforms with fully controllable depth and speed.

This module can easily be adapted for commercial pedals or custom builds.

Here's some features :

- ~40ms to ~1300 ms Delay Time

- Clean Mode (limits delay to 600ms for cleaner sound)

- Dual PT2399 Handling

- ±30ms Max. Modulation Depth

- ~0.1Hz to ~10Hz Modulation Speed

- Compact package

- Minimal external components requiered

This project is hosted on Github

A similar solution for the FV-1 is in the making.

Stay Tuned!

Datasheet and Application Notes:

Modulation Waveforms :

Bontempo

The Bontempo allows you to unlock the full potential of your PT2399 delay.

Tap the exact tempo you need with the 6 tempo divisions available.

Create complex delay modulations thanks to the 6 modulation waveforms with fully controllable depth and speed.

This module can easily be adapted for commercial pedals or custom builds.

Here's some features :

- ~40ms to ~1300 ms Delay Time

- Clean Mode (limits delay to 600ms for cleaner sound)

- Dual PT2399 Handling

- ±30ms Max. Modulation Depth

- ~0.1Hz to ~10Hz Modulation Speed

- Compact package

- Minimal external components requiered

This project is hosted on Github

A similar solution for the FV-1 is in the making.

Stay Tuned!

A Propos

Bontempo

Here's some features :

- ~40ms to ~1300 ms Delay Time

- Clean Mode (limits delay to 600ms for cleaner sound)

- Dual PT2399 Handling

- ±30ms Max. Modulation Depth

- ~0.1Hz to ~10Hz Modulation Speed

- Compact package

- Minimal external components requiered

This project is hosted on Github

A similar solution for the FV-1 is in the making.

Stay Tuned!

Bontempo

Here's some features :

- ~40ms to ~1300 ms Delay Time

- Clean Mode (limits delay to 600ms for cleaner sound)

- Dual PT2399 Handling

- ±30ms Max. Modulation Depth

- ~0.1Hz to ~10Hz Modulation Speed

- Compact package

- Minimal external components requiered

This project is hosted on Github

A similar solution for the FV-1 is in the making.

Stay Tuned!

Bontempo

The Bontempo allows you to unlock the full potential of your PT2399 delay.

Tap the exact tempo you need with the 6 tempo divisions available.

Create complex delay modulations thanks to the 6 modulation waveforms with fully controllable depth and speed.

This module can easily be adapted for commercial pedals or custom builds.

Here's some features :

- ~40ms to ~1300 ms Delay Time

- Clean Mode (limits delay to 600ms for cleaner sound)

- Dual PT2399 Handling

- ±30ms Max. Modulation Depth

- ~0.1Hz to ~10Hz Modulation Speed

- Compact package

- Minimal external components requiered

This project is hosted on Github

A similar solution for the FV-1 is in the making.

Stay Tuned!