SKU: OEPS-8011

pyPhotometry is an open source system for fiber photometry data acquisition.

Version 2 includes:

• 2x Analog inputs for photometry signals. The system supports time-division multiplexed illumination, which allows fluorescence evoked by different excitation wavelengths to be independently read out from a single photoreceiver signal.

• 2x Digital inputs for registering behavioral events or sync pulses

• 2x LED driver outputs, with adjustable output current up to 300mA. The LED driver outputs are M8 connectors compatible with Doric and Thorlabs LEDs.

• USB connector upgraded to the latest USB-C type

Additional improvements from first version:

• 2x LED control digital output channels for triggering external optical hardware such as the Doric Gen3 minicubes, which have integrated LED drivers.

Note the signals output on the two LED control outputs are the same signals used to control the on-board LED drivers, so it is not possible to independently use the LED control outputs and the LED driver outputs at the same time.

• Updated LED driver’s maximum output current from 100 mA to 300 mA.

• Reduced artifacts on analog input signals caused by saturation (i.e., voltage exceeding 3.3V) on the other analog input.

• Additional Picoblade connector providing access to 3x pyBoard pins, including I2C serial communication for further expansion.

For more information see the documentation at https://pyphotometry.readthedocs.io/

Package includes:

• 1x pyPhotometry V2

This device requires additional components to operate. Please check the device connectivity list to purchase any cables, tethers and power supplies you might need.  Please follow the documentation to pair the acquisition board with LEDs, photoreceivers, and optical components.

If you need a formal quote and/or prefer bank transfer as the payment method, please contact us via info[a]oeps.tech.

SKU: OEPS-8001 (Breakout Board)

Central device of the pyControl system for controlling behavioral experiments with devices such as nosepokes, audio boards, LED drivers, rotary encoders and more. It is easy to program in Python for the onboard pyboard microcontroller. The system includes a GUI for task control and real-time monitoring.

Main features:

• 6x Ports for pyControl peripherals [RJ45]

• 4x BNC connectors for digital and analog input/output as follows:

  • Any of the four BNCs can be configured as a digital input, digital output, or analog input.

  • DAC-1 and DAC-2 can also be configured for analog output.

• Programmable indicator LEDs and a user input button

Note that pyControl operates at 0-3.3V. Nevertheless, BNC-1 and BNC-2 are 5V tolerant when configured as digital inputs.

More information about how to synchronize pyControl with external devices can be found here.

Package contains:

• 1x pyControl Breakout Board.

Note:

This pyControl device may need pyControl peripherals or pyControl accessories to achieve its intended function.

This device requires additional components to operate. Please check the device connectivity list to purchase any cables, tethers and power supplies you might need.

You can also get our pyControl Starter Kit with everything included.

Ordering

If you need a formal quote and/or prefer bank transfer as the payment method, please contact us via info[a]oeps.tech.

SKU: OEPS-9090

A set of pyControl products to start working with the pyControl system immediately. Includes a selection of pyControl peripherals and pyControl accessories with all components required for their operation.

Package contains:

• 1x Breakout Board

• 1x Audio Board

• 1x Speaker with 30 cm cable

• 3x Pokes with acrlylics for easy mount

• 1x 12V Wall Adapter

• 1x Micro USB cable (1 meter)

• 4x Ethernet cables (4 meters)

• 4x Ethernet cables (0.5 meters)

Ordering

If you need a formal quote and/or prefer bank transfer as the payment method, please contact us via info[a]oeps.tech.

It includes one unit of the selected pyControl Peripheral.

User must provide Ethernet cables to connect the pyControl Peripherals to the pyControl Breakout Board.

For the Stepper Driver and the Port Expander user must also provide an extra 12V Wall Adapter.

Please check the device connectivity list to purchase any cables, tethers and power supplies you might need.

If you need a formal quote and/or prefer bank transfer as the payment method, please contact us via info[a]oeps.tech.

Note: When you add a pyControl Accessory to the card, a pop up will ask the custom cable length.

If you need a formal quote and/or prefer bank transfer as the payment method, please contact us via info[a]oeps.tech.

SKU: OEPS-8010

Discontinued: This product has been discontinued and will remain available for purchase until all remaining stock is sold. The recommended alternative is OEPS-8011.

pyPhotometry is an open source system for fiber photometry data acquisition.

This first version includes:

• 2x Analog inputs for photometry signals. The system supports time-division multiplexed illumination which allows fluorescence evoked by different excitation wavelengths to be independently read out from a single photoreceiver signal.

• 2x Digital inputs for registering behavioral events or sync pulses

• 2x LED driver outputs, each with a 1-100mA adjustable output current. The LED driver outputs are M8 connectors compatible with Doric and Thorlabs LEDs.

For more information, see the documentation at https://pyphotometry.readthedocs.io/

Package includes:

• 1x pyPhotometry

This device requires additional components to operate. Please check the device connectivity list to purchase any cables, tethers and power supplies you might need. Please follow the documentation to pair the acquisition board with LEDs, photoreceivers, and optical components.

If you need a formal quote and/or prefer bank transfer as the payment method, please contact us via info[a]oeps.tech.