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Extension of a two-channel
cross-correlation technique
to mmW signals
Recent development of several advanced communications
and sensing systems in millimeter-waves (mmW) requires
that you accurately evaluate mmW signal quality. Among
many characteristics or operation parameters, the phase
noise or jitter of a signal source is becoming particularly
important for achieving reliable system performance.
In addition to aerospace and defense applications, many
commercial and popular applications of mmW such as 60 GHz
band wireless Personal Area Network (IEEE-802.15.3c), 76.5/
79 GHz band automotive radar sensors and 90 GHz band
radio-metering, low-cost solutions for testing lower phase
noise (jitter) signal sources are needed more than ever before.
cross-correlation technique
to mmW signals
Recent development of several advanced communications
and sensing systems in millimeter-waves (mmW) requires
that you accurately evaluate mmW signal quality. Among
many characteristics or operation parameters, the phase
noise or jitter of a signal source is becoming particularly
important for achieving reliable system performance.
In addition to aerospace and defense applications, many
commercial and popular applications of mmW such as 60 GHz
band wireless Personal Area Network (IEEE-802.15.3c), 76.5/
79 GHz band automotive radar sensors and 90 GHz band
radio-metering, low-cost solutions for testing lower phase
noise (jitter) signal sources are needed more than ever before.
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