Appendix E: Equivalent-Time (ET) oscilloscope operation
Con
fi
guring hardware (ET)
Ensure that the required power sources for the OM4000 Series (100, 115 or
230 VAC, 50–60 Hz, 0.4 A), the associated oscilloscope, and the external
computer (if used) are available. The OM4000 Series Coherent Modulation
Receiver, along with proprietary software comprises the OM4000 Series Coherent
Lightwave Signal Analyzer (CLSA). This system is used in laboratory or industrial
facilities to analyze next-generation complex-modulation
fi
ber-optic data signals.
The signal to be analyzed is connected to the “Signal” optical input. Four coaxial
cables connect the OM4000 Series to a high-speed sampling oscilloscope. An
Ethernet connector will connect the receiver, via a router, to a computer and to
the oscilloscope. An IEC power cord is connected to a rack or wall outlet. The
OM4000 Series User Interface running on the computer controls the OM4000
Series and the oscilloscope.
NOTE.
A password is required to turn on the lasers through the Laser / Receiver
Control Panel. The default is ‘1234’
Associated cabling includes the power cord, an Ethernet cable, four coaxial
cables, a polarization-maintaining
fi
ber cable to connect the Reference Input and a
standard single-mode
fi
ber to connect the user’s signal to the Signal Input. (See
OM4000D Series Coherent Lightwave Signal Analyzer
123
Summary of Contents for OM4006D
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Page 22: ...Compliance information xvi OM4000D Series Coherent Lightwave Signal Analyzer...
Page 24: ...Preface xviii OM4000D Series Coherent Lightwave Signal Analyzer...
Page 100: ...Taking measurements 76 OM4000D Series Coherent Lightwave Signal Analyzer...
Page 146: ...Appendix D Automatic receiver deskew 122 OM4000D Series Coherent Lightwave Signal Analyzer...
Page 202: ...Appendix H Cleaning and maintenance 178 OM4000D Series Coherent Lightwave Signal Analyzer...
Page 205: ...Index W Waveform averaging 48 OM4000D Series Coherent Lightwave Signal Analyzer 181...