This FPGA based data acquisition unit synchronizes the output control and the acquisition of the input data. This device seamlessly integrates with Doric Neuroscience Studio, which provides the user-interface for multi-channel photometry experiments.
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This FPGA based data acquisition unit synchronizes the output control and the acquisition of the input data. This device seamlessly integrates with Doric Neuroscience Studio that provides user interface for multi-channel photometry experiments. The software interface enables control over the CW excitation light pulses, or sinusoidal waveform trig of an external source (i.e. LED driver) with 4 TTL and 4 analog voltage outputs. The software interface displays real-time recording data of up to 4 detector input signals. Signal processing as averaging, subtraction, multiplication to calculate deltaF/F and other new functionalities are being developed. Updates will be freely available as they are released.
Doric programmable LED Drivers are available in one-, two-, and four-channel versions. When connected to an LED module having an eprom memory, the LED Driver recognizes the module wavelength and automatically sets the maximum current value to avoid accidental overdriving.
This single channel two-color Fiber Photometry System measures background autofluorescence produced by 405 nm excitation wavelength and fluorescence of targeted GFP-like fluorophores produced by 465 nm excitation wavelength. The fluorescence emission can be collected with one photodiode and subsequently demodulated or, after spectral separation,...
This single channel two-color Fiber Photometry System contains all the items necessary to do photometry measurements of two independent colors in freely-moving animals for GFP-like and RFP-like fluorophores. The fluorescence emission can either be collected on one photodiode and demodulated, or collected on two separate photodiodes.
This battery-operated photoreceiver has high gain and detects CW light signals in picowatt range.
Our vast product line allows you to build different applications such as miniaturized fluorescence microscopy, fiber pho-tometry or optogenetically synchronized electrophysiology. In order to help you implementing the best applications, we created an intuitive software which allows you to control the hardware and acquire all the required...