coupling coefficient การใช้

• Exact expressions for the coupling coefficients in prototype filter were obtained in.
• Coupling coefficients, designated as c, are given for the different schedules of reinforcement.
• Coupling coefficient is a function of the geometry of the system.
• Later definitions of the coupling coefficient are generalizations or refinements of preceding definitions.
• The fraction of the field that does couple is called the coupling coefficient.
• Note that the sign of the coupling coefficient k itself is of no importance.
• They represent values of inductive and capacitive coupling coefficients of the coupled resonant LC-circuits.
• Tight coupling is when the coupling coefficient is around 1 as with conventional iron-core transformers.
• The coupling coefficient k for the case of two equal resonators is defined by formula
• Killeen & Sitomer ( 2003 ) showed that the coupling coefficient for FR schedules then becomes:
• When the coupling coefficients are inserted into the activation-constraint model, complete models of conditioning are derived:
• It is seen that the coupling coefficient k has a negative value if f _ o
• Based on his computations of coupling coefficients, Remo believes that moderate-size nuclear explosives could do the job.
• Whereas the value of the capacitive coupling coefficient of resonant LC-circuits k _ C is always negative.
• Frequency response of the filter will not change if signs of all the coupling coefficients would be simultaneously alternated.
• It is often explained as increasing the coupling coefficient when the system is resonating, but that is not correct.
• Inserting the reinforcement rate and coupling coefficient into the activation-constraint model gives the predicted response rates for FR schedules:
• Coupling coefficients for each reinforcement schedule are derived and inserted into the fundamental equation to yield overall predicted response rates.
• The Drude model applies when the restoring force component is negligible and the coupling coefficient is generally the plasma frequency.
• The coupling coefficient is a convenient way to specify the relationship between a certain orientation of inductors with arbitrary inductance.