Cabintech CT3680-DEV-B CT3680 Development/Breakout Board (Bare PCB)

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This item is also available as a fully populated PCB with all components and CT3680 installed.

This PCB uses all through-hole components. The CT3680 module can be surface mounted or mounted using the CT3680 Through Hold Adapter. This is a bare PCB only and does not include any components or the CT3680 module.

See documentation below for component lists and assembly instructions.

The CT3680 development board provides a platform for prototyping and development of CT3680 based products. The board supports all features of the CT3680 with switches, potentiometers, and 2.5mm jacks for all inputs and outputs of the CT3680. This allows for operation of all features of the device with no external circuitry. All on-board controls can be disabled and made available on header pins for off-board operation of program selection, option settings, control voltages, and multi-module linking.

Development Board Features

Four 2.5mm TS (mono) audio input jacks are provided for analog inputs, and five audio output jacks for analog outputs (4 TS mono and 1 TRS combined stereo). Six on-board potentiometers provide CV inputs to the module. 4 on-board switches are provided for program selection and 5 for option settings. Easily accessible test points are provided for all 40 pins of the module, and dedicated header pins provide easy scope probing of all analog inputs and outputs.

The board requires +5V DC from an external source via a 5.5mm (center positive) power jack. An on board switch allows power down of the module without disconnecting the external power.

The development board is available as a bare PCB or fully populated with all components, rubber feet and potentiometer knobs (colors may vary).

Cabintech CT3680 Development Board

References

CT3680 Documentation
Reference and Development Guide (PDF Download)
CT3680 Frequently Asked Questions
Development board parts list and assembly instructions
CT3680 soldering instructions

Design Aids
Schematic symbol and PCB footprint
3D models


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