Bode's Variable Equalizer (1976)

By Donald E . Groff, Jerrold Electronics Corporation

The Bode Equalizer, an adjustable equalizer circuit long used in the telephone industry at voice carrier frequencies, is finding its way into the CATV industry at VHF frequencies. This type of circuit provides superior cable tracking accuracy and ease of adjustment, compared to circuits used in the past. The design of these equalizers can be accomplished by a straightforward bench procedure, or by computer aided design techniques. The theory, design, and application of the Bode Equalizer are discussed in this paper, and a sample CAD program used in its design is presented.

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

Similar Papers

Bode's Variable Equalizer
By Donald E . Groff, Jerrold Electronics Corporation
1976
An Amplifier Status Monitoring And Control System
By Donald E. Groff, Jerrold Division General Instrument Corporation
1980
Failsafe Techniques
By Donald E. Groff, General Instrument Jerrold Distribution Division
1983
Noise Figure Measurements On Distribution Systems
By Donald E. Groff, General Instrument Jerrold Division
1984
Performance of a 256-QAM Demodulator/Equalizer in a Cable Environment
By K. Laudel, E. Tsui, J. Harp, A. Chun, and J. Robinson, Applied Signal Technology, Inc.
1994
Computer-Aided Analysis Of Coaxial Cable Attenuation As A Function Of Frequency And Temperature
By Jacob Shekel and Eric Winston, Jerrold Electronics Corporation
1976
CATV System Level Control
By Mordechai Weiss, Donald B. Gregory, George P. Dixon
1969
Jerrold Datachannel - The Optimal Information Delivery Technology For Cable
By Kenneth L. Coleman, Jerrold Division General Instrument Corporation
1980
Progress In Consumer Electronics Standards
By Walter S. Ciciora, Ph.d, American Television & Communications Corporation
1987
Performance Results of a Low-cost Aiternative Equalizer Architecture for 64/256-QAM Demodulation in a CATV Receiver
By K. Laudel, Applied Signal Technology, Inc
1995
More Results >>