TONE3000

MXR Timmy - 11.5dBu Send/Return - TTSV10 Input

Pedal Capture

NAM

outmodedelectronics's avatar

outmodedelectronics

1 week ago

Description

These captures are of my MXR Timmy. Steinberg UR824 Line Out - DIYRE Line2Amp at 11.5dBu MXR Timmy - Steinberg UR824 In at 11.5dBu My input and output were set at 11.5dBu so I could interface with my amp captures or Helix Native without adjustment. I recommend setting the NAM Output mode to Raw or Calibrated if you use the auto input calibration feature. Settings approximated in clock position in the following order: (V)olume (B)ass (T)reble (G)ain (C)lipping mode switch positions as follows: L - Asymmetrical - moderate saturation C - Symmetrical - light saturation R - Symmetrical - heavy saturation Treble and Bass knobs are reversed in the MXR version compared to the original Timmy. The captures were made with the TTSV10 input file as a recent experiment with Wet-Dry training. These were trained with the Standard Architecture at 1000 Epochs.

Makes and Models

MXR Timmy

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Model
Input
IR

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Models

Each model captures the gear at specific settings.

ESR: 0.0005

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0006

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0004

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0014

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0013

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.001

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0004

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0004

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0003

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0011

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.001

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0007

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0006

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0006

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0004

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0004

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0005

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0003

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0006

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0007

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0004

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0005

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0005

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0003

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0013

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0012

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0008

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0007

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0007

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0007

Epochs: 408

Dry/Wet

Standard

Captured on

ESR: 0.0005

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0005

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0003

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0015

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0016

Epochs: 1000

Dry/Wet

Standard

Captured on

ESR: 0.0011

Epochs: 1000

Dry/Wet

Standard

Captured on

License: T3K

Users may download and use the data file in software and publish the resulting outputs without royalties or restrictions. However, they may not upload, republish, or distribute the data file without the author's permission.

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