Categorizations and Realizations of Positive Real and Biquadratic Immittance Functions PDF Download
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Author: Kurt H. Haase Publisher: ISBN: Category : Electric circuits Languages : en Pages : 94
Book Description
It is shown that a positive real immittance function F(s) is of one of eight categories. The category can be recognized by the sign polarities of three test values that are functions of the coefficients of F(s). If F(s) is of a certain category, then 1/F(s) can only be of some other categories. According to the categories of F(s) and 1/F(s) the immittance function can be realized (1) either by an RC or an RL network with positive elements, (2) by an RLC network with exclusively positive elements and an equivalent model circuit, or (3) only by model circuits. A model circuit is an RLC ladder structure with one negative branch element. The RC, RL, RLC, and model circuits have several equivalences.
Author: Kurt H. Haase Publisher: ISBN: Category : Electric circuits Languages : en Pages : 94
Book Description
It is shown that a positive real immittance function F(s) is of one of eight categories. The category can be recognized by the sign polarities of three test values that are functions of the coefficients of F(s). If F(s) is of a certain category, then 1/F(s) can only be of some other categories. According to the categories of F(s) and 1/F(s) the immittance function can be realized (1) either by an RC or an RL network with positive elements, (2) by an RLC network with exclusively positive elements and an equivalent model circuit, or (3) only by model circuits. A model circuit is an RLC ladder structure with one negative branch element. The RC, RL, RLC, and model circuits have several equivalences.
Author: Kurt H. Haase Publisher: ISBN: Category : Electric circuits Languages : en Pages : 202
Book Description
Categorizations and realizations are applied to positive real and biquadratic immittance functions in nine numerical examples. Computation plans and routine computation procedures are developed predominantly for the use of desk calculating machines. This portion presents the application of a theory that has been discussed in AD-634 764, 'Categorizations and Realizations of Positive Real and Biquadratic Immittance Functions.' The examples meet any possible occurrence of positive real and biquadratic impedance of the admittance function.
Author: Kurt H. Haase Publisher: ISBN: Category : Electric circuits Languages : en Pages : 190
Book Description
Categorizations and realizations are applied to positive real and biquadratic immittance functions in nine numerical examples. Computation plans and routine computation procedures are developed predominantly for the use of desk calculating machines. This portion presents the application of a theory that has been discussed in AD-634 764, 'Categorizations and Realizations of Positive Real and Biquadratic Immittance Functions.' The examples meet any possible occurrence of positive real and biquadratic impedance of the admittance function.
Author: Kurt H. Haase Publisher: ISBN: Category : Electric circuits Languages : en Pages : 190
Book Description
Categorizations and realizations are applied to positive real and biquadratic immittance functions in nine numerical examples. Computation plans and routine computation procedures are developed predominantly for the use of desk calculating machines. This portion presents the application of a theory that has been discussed in AD-634 764, 'Categorizations and Realizations of Positive Real and Biquadratic Immittance Functions.' The examples meet any possible occurrence of positive real and biquadratic impedance of the admittance function.
Author: Kurt H. Haase
Author: Kurt H. Haase
Author: Kurt H. Haase
Author: Kurt H. Haase
Author: Kurt H. Haase
Author: Kurt H. Haase
Author: Air Force Cambridge Research Laboratories (U.S.)
Author: Defense Documentation Center (U.S.)
Author: Kurt H. Haase
Author: 
Author: Defense Documentation Center (U.S.)