Effects Of Channel Loading On Composite Triple Beat And Cross Modulation (1985)

By Michael G. Ellis and Lee Thompson, Scientific-Atlanta, Inc.

Distortion in CATV amplifiers is due to the non-linearity of the hybrids and is influenced by channel loading and signal level. Composite triple beat and cross modulation, which are both forms of third order distortion, increase 2 dB for every 1 dB increase in signal level assuming that the hybrid is not in compression. An attempt will be made to develop an expression that accurately reflects the change in CTB and cross modulation with respect to channel loading.

By clicking the "Download Paper" button, you are agreeing to our terms and conditions.

Similar Papers

Effects Of Channel Loading On Composite Triple Beat And Cross Modulation
By Michael G. Ellis and Lee Thompson, Scientific-Atlanta, Inc.
1985
Characteristics And Perceptibility Of Cross Modulation
By Rezin Pidgeon, Jr., Scientific-Atlanta, Inc.
1983
The Measure And Perceptibility Of Composite Triple Beat
By Dan Pike, Communications Properties, Inc.
1979
Composite Triple Beat Measurements
By Bert Arnold, RCA Community Television Systems
1975
Composite Triple Beat And Noise In A Fiber Optic Link Using Laser Diodes
By Herman Gysel, V.P. of Engineering, Synchronous Communications, Inc.
1988
Cross-modulation In HRC Systems
By G. G. Luettgenau, Trw Semiconductors
1981
Composite Second Order: Fact Or Fantasy
By Mark Adams, Scientific-Atlanta, Inc.
1988
Elimination Of Cross-modulation In CATV Amplifiers
By R. Richard Bell and Ronald Clarke, TRW Electronic Components Divisions, Western Research Laboratories
1972
A New Approach to Evaluating CATV System Triple Beat Performance
By John A. Franke, Dr. Tom M. Straus and Bert L. Henscheid, Theta-Com
1974
Statistical Properties Of Composite Distortions In HFC Systems And Their Effects On Digital Channels
By Dr. Ron D. Katznelson, Broadband Innovations, Inc.
2002
More Results >>