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General| Optical Resolution | 0.5 nm |
|---|---|
| Detector Type | CCD |
| Data Interface | USB 2.0 |
| Interface | USB |
| Signal-to-noise ratio | 1000:1 |
| A/D Resolution | 16-bit |
| Stray Light | <0.05% at 600 nm |
| Fiber Optic Connector | SMA 905 |
| Detector | CCD |
| Operating Temperature | 0 to 50 °C |
| Power Requirements | 5V DC, 500 mA |
Introduces the Ocean FX spectrometer and its core features.
Details the key capabilities and advantages of the Ocean FX spectrometer.
Lists various fields and examples where the Ocean FX spectrometer is used.
Describes the different preconfigured models available for the Ocean FX.
Explains the basic operation of the Ocean FX from light entry to data output.
Details the function and types of interchangeable slits for optical resolution and throughput.
Describes optional absorbing filters used to limit bandwidth or balance color.
Explains the role of the diffraction grating in splitting light into wavelengths.
Describes the CMOS array detector used in the Ocean FX spectrometer.
Lists the components included with the Ocean FX spectrometer package.
Provides instructions for installing the OceanView software and necessary drivers.
Outlines the initial connection options for the Ocean FX spectrometer.
Guides through setting up the spectrometer using USB or Ethernet connections.
Details the steps for establishing a wireless connection for the spectrometer.
Explains the correct order and wait times for powering the spectrometer on and off.
Illustrates a typical setup for fiber optic spectroscopy using the Ocean FX.
Explains how to change the spectrometer's slit size for different measurement needs.
Lists available cables and accessories for connecting to the Ocean FX spectrometer.
Introduces basic data acquisition and saving procedures with OceanView software.
Describes how to start the OceanView software and navigate the welcome screen.
Explains the primary interface elements for spectrometer operation and data handling.
Details how to establish a connection between the Ocean FX and OceanView software.
Guides on configuring integration time, averaging, and other acquisition settings.
Explains how to configure and perform data saving operations within OceanView.
Describes the importance and procedure for taking dark and reference spectra.
Provides general guidance for resolving common issues with the spectrometer.
Answers common user questions regarding power, data transmission, and configuration.
Troubleshoots problems related to the spectrometer's USB connection and recognition.
Offers solutions for problems encountered during spectrometer driver installation.
Addresses common problems connecting the spectrometer via Ethernet or WiFi.
Provides information on returning the product for repair or arranging for servicing.
Illustrates the physical dimensions and mounting points of the Ocean FX spectrometer.
Lists the critical voltage and current limits for the spectrometer's operation.
Details key performance metrics like temperature, humidity, and connectivity speeds.
Specifies spectral range, resolution, dynamic range, and other optical parameters.
Describes the pinout and function of the DD4 accessory connector.
Introduces the process of performing wavelength and irradiance calibrations.
Explains how to calibrate the spectrometer's wavelength using spectral lines.
Provides a step-by-step procedure for performing wavelength calibration.
Discusses the process of calibrating the spectrometer for irradiance measurements.
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