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General| Brand | Feasa |
|---|---|
| Model | 3-F |
| Category | Measuring Instruments |
| Language | English |
Connect and control the analyser via the USB port.
Lists capture times for static LEDs across different intensity ranges.
Explains the auto capture process for storing LED data.
Details manual capture for specific intensity ranges.
Lists capture times for PWM LEDs across different intensity ranges.
Explains the auto capture process for PWM LEDs.
Details manual capture for specific ranges of PWM LEDs.
Describes performing multiple captures for different fibers.
Explains low light intensity conditions during capture.
Explains high light intensity conditions during capture.
Troubleshoots issues with capture modes, especially with blinking LEDs.
Retrieves RGB and Intensity data for a specific LED.
Retrieves Hue, Saturation, and Intensity data for a specific LED.
Retrieves xy Chromaticity values for a specific LED.
Retrieves xy Chromaticity and Relative Intensity for an LED.
Retrieves CIE 1931 XYZ colour values for an LED.
Retrieves u'v' Chromaticity values for an LED.
Retrieves the dominant wavelength of an LED.
Retrieves dominant wavelength and intensity for an LED.
Retrieves wavelength, saturation, and intensity for an LED.
Retrieves the Correlated Colour Temperature (CCT) of an LED.
Retrieves the relative intensity value of an LED.
Retrieves the absolute intensity value of an LED under test.
Retrieves the relative intensity as a percentage of the range.
Retrieves the current exposure factor setting.
Retrieves the digit displayed on a 7-segment display.
Checks if Auto Capture mode is C or CPWM.
Checks if the intensity mode is Logarithmic or Linear.
Checks the active Photopic Mode (OFF, Photometric, Radiometric).
Retrieves the current baud rate settings for serial and USB ports.
Retrieves the hardware version of the analyser.
Retrieves a summary of the LED Analyser's details and status.
Retrieves the unique serial number of the analyser.
Retrieves the firmware version of the analyser.
Crucial information for programmers regarding Set/Put commands.
Sets or updates the exposure factor for LED testing.
Configures the analyser to use logarithmic intensity response.
Configures the analyser to use linear intensity response.
Sets the baud rate for serial and USB communication.
Switches Auto Capture mode to Auto PWM Capture.
Sets the desired Photopic Mode (OFF, Photometric, Radiometric).
Explains the user calibration mode and its capabilities.
Provides a step-by-step guide for manual user calibration.
Sets or updates the intensity gain factor for each fiber.
Retrieves the intensity gain factor for a specific fiber.
Sets or updates the x-chromaticity offset for a fiber.
Sets or updates the y-chromaticity offset for a fiber.
Retrieves the x-chromaticity offset for a specific fiber.
Retrieves the y-chromaticity offset for a specific fiber.
Sets or updates the wavelength offset for a fiber.
Retrieves the wavelength offset for a specific fiber.
Sets the absolute intensity multiplier factor for a fiber.
Retrieves the absolute intensity multiplier factor for a fiber.
Selects a specific user calibration set to access.
Retrieves the currently active user calibration set.
Resets selected user calibration settings to factory defaults.
Resets RGB calibration values for a fiber or set to factory default.
Sets the calibration date for the analyser.
Retrieves the user-set calibration date.
Explains the purpose and application of sequence capture functionality.
Provides a step-by-step guide for performing sequence captures.
Configures the mode for sequence capture (all or individual fibers).
Selects the specific fiber number for sequence capture.
Sets the capture time for sequence captures.
Sets the wait time between sequence captures.
Sets the total number of captures for a sequence.
Sets the intensity threshold for binary conversion in sequences.
Sets the delay before a sequence capture initiates.
Initiates the sequence capture process.
Stores the current sequence pattern for later recall.
Identifies the current sequence pattern by comparing it to stored patterns.
Deletes a specific sequence pattern from memory.
Recalls a previously stored sequence pattern from memory.
Retrieves intensity values as a binary sequence based on a threshold.
Retrieves the on/off time intervals and duty cycle for a sequence.
Retrieves time intervals for all fibers in a sequence capture.
Reports the frequency and duty cycle of the LED under test.
Retrieves max, min, or average intensity for a sequence capture.
Reports Flicker Duty Cycle, Index, and Frequency.
Determines the current sequence capture mode (all or individual fibers).
Retrieves the selected fiber number for sequence capture.
Retrieves the set capture time for sequence captures.
Retrieves the set wait time between sequence captures.
Retrieves the number of captures set for a sequence.
Retrieves the intensity threshold for sequence captures.
Retrieves the delay time before a sequence capture initiates.
Details the wiring method for daisy chaining via USB.
Details the wiring method for daisy chaining via RS232.
Explains baud rate settings for daisy chain communication.
Describes how analysers are identified in a daisy chain.
Deactivates active analysers to free up the daisy chain bus.
Activates a specific LED analyser in the daisy chain by its serial number.
Initiates a capture sequence on all daisy-chained LED Analysers.
Initiates capture with a specified range for all daisy-chained Analysers.
Stores PWM LED data for a specific range in a daisy chain.
Verifies capture completion status for each LED Analyser in the chain.
Details the pin configuration for daisy chain connectors.
Detailed steps for testing LEDs in standard capture mode.
Lists the contents of the documentation folder on the CD.
Lists capture times for different intensity ranges.
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