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YOUCii 10G Low Rate Optical Ophthalmograph Active Test Equipment
10G low rate optical ophthalmograph is an electronic measuring instrument specially designed for testing and analyzing optical signals at speeds of 10G and below.
Main functions and features
Optical eye map test:
The 10G low-rate optical eye map can capture and display the eye
map of the optical signal, which is an important tool to evaluate
the quality of the optical signal.
The key parameters of the optical signal such as jitter, noise and
extinction ratio can be observed through the eye map, so as to
judge the transmission performance of the optical signal.
Multi-rate support:
The instrument generally supports optical eye map testing at
multiple rates, including but not limited to 10G and below, such as
2.5G, 5G, etc.
Through different filter options, multiple rates of optical eye
pattern testing can be supported at the same time, which improves
the flexibility and efficiency of testing.
High precision and low noise:
The 10G low-rate optical ophthalmograph is designed with high
precision and low noise to ensure the accuracy and reliability of
the measurement results.
The highly sensitive reference receiver design enables the
instrument to capture weak optical signals and accurately measure
their power and waveform.
Wide wavelength range coverage:
The instrument usually covers a wide wavelength range, such as
750nm to 1630nm, and is suitable for testing optical signals at
different wavelengths.
This enables the instrument to be applied to a variety of optical
fiber communication systems, including single-mode and multi-mode
systems.
Rapid eye adjustment test mode:
10G low-rate optical eye chart usually has rapid eye chart
adjustment test mode, extinction ratio and average power can
maintain a high refresh rate (such as 1Hz), improve the test
efficiency.
Algorithm support:
In order to keep consistent with the test results of the industry
standard optical sampling oscilloscope, 10G low-rate optical
ophthalmograph usually has extinction ratio correction factor, dark
current self-calibration and other algorithms.
These algorithms can correct the errors in the measurement process
and improve the accuracy and consistency of the measurement
results.
Application scenario
Optical module test:
During the development, production and maintenance of optical
modules, the 10G low-rate optical eye graph can be used to test the
performance parameters of optical modules, such as extinction
ratio, jitter, average optical power, etc.
This helps to ensure that the quality of the optical module meets
the relevant standards and requirements.
Optical fiber communication system test:
In the process of testing and optimization of optical fiber
communication systems, 10G low-rate optical ophthalmograph can be
used to measure and analyze the transmission performance of optical
signals.
By observing the changes of the eye map, the stability and
reliability of the optical fiber communication system can be
judged, and the corresponding optimization measures can be taken.
Optical device development:
In the development process of optical devices, 10G low-rate optical
eye plotter can be used to test and analyze the performance
characteristics of optical devices.
This helps developers understand the working principle and
performance of optical devices, so as to make targeted improvements
and optimizations.