eXpert OCT IP Core

In stock
SKU
expert-oct-ip-core
S$181.00

eXpert FPGA OCT Module Features

  • Allows Variable Rate K-Clocking or Inactive External Clockwith Digitizer
  • Simultaneously Digitizes Interferometer Signal withReturned Optical Signal
  • Allows for Rejection of Rising Edges for Pulses BelowSpecified Amplitudes
  • Allows for Manual Clock Management for Pulses Occurring on Border Between K-Clock Activity & Inactivity by Returning Raw Data Sample Number
  • Transparent to GaGe's Standard CompuScope Digitizer Drivers for Windows/Linux, so that no Special Software is Required
  • Requires GaGe Software Development Kit (SDK) for C/C# that Provides Ready-Made Compiled Sample Programs

eXpert FPGA OCT Module Overview

Optical Coherence Tomography (OCT) is an innovative medical diagnostic technique that is addressing an increasing number of applications.

The system allows for the rapid acquisition of the optical spectra of light reflected off of a remote sample. The optical source for the experiment is a high-speed pulsed laser that is capable of generating optical chirps, in which the optical frequency increases in a linear fashion throughout the duration of the laser pulse.

The eXpert OCT firmware adds digitizer support for variable rate k-clocking or inactive external clock by simultaneously digitizing the interferometer signal with the returned optical signal for use with OCT applications.

Requirements

Hardware

One of the following GaGe Digitizer Model Series sold separately

  • EON Express
  • RazorMax Express

Software

The following GaGe SDK sold separately

  • CompuScope Digitizer SDK for C/C#
More Information
Specifications

eXpert IP Core Modules Digitizer boards compatibility

eXpert FeatureCobraCobraMaxEONOctaveOctopusOscarRazorRazorMax
PCIe Data Streaming

Allows for data streaming mode of acquired data directly through the PCIe interface to the host PC RAM and on to targeted host based CPU or dedicated processing cards for analysis and/or to high-speed storage systems for real-time signal recordings.


Signal Averaging

Allows for detection of very small repetitive signals in a noisy environment. Using rapid signal averaging, small signals can be extracted from a background of high amplitude noise, which may even be larger than the actual signal itself.


Ultrasonic NDT Position Encoder

Allows for direct position encoder reading capability for fastest possible scan rates with Pulse On Position Mode and Position Stamping Mode for use with modern ultrasonic non-destructive testing (NDT) inspection systems.

             

Optical Coherence Tomography

Supports variable rate k-clocking or inactive external clock by simultaneously digitizing the interferometer signal with the returned optical signal for use with OCT applications.

           

Fast Fourier Transform

Allows 8192 point FFT calculation analysis directly on the digitizer and transfer of multiple Fourier Spectra to the host PC in a single PCIe transfer.

       
Digital Down Conversion

Provides the capability for shifting a radio or modulated signal captured on a single A/D input channel from a carrier frequency between 0 MHz to 1 GHz (at a sampling rate of 3 GS/s) down to a low frequency AC signal (baseband signal, non-demodulated).

             
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