Power conversion and regulation system

Claim 3

The method of claim 1 wherein the step of applying DC power to the input of an AC generator means may further include the step of converting an AC power input into said DC power.

Claim 4

The method of claim 1 wherein the step of applying an AC output from said AC generator means to a frequency sensitive filter means comprises applying said AC output to an OTT filter.

Claim 5

The method of claim 1 wherein said step of applying an AC output to a frequency sensitive filter means may further include the step of applying said output of said frequency sensitive filter means to a voltage transformer means.

Claim 6

The method of claim 4 further including the step of applying an output from said transformer means to a cycle and/or frequency converting means.

Claim 7

The method of claim 1 further including the step of rectifying said output of said frequency sensitive filter means to produce a regulated DC output.

Claim 8

An electrical power conversion and regulation system comprising: a DC power input; means connected to said DC input for generating an AC output at a given frequency; frequency sensitive filter means connected to said AC output, said means characterized in that its output amplitude is a function of its input frequency only; means connected to said output of said frequency sensitive filter means for sampling and rectifying a portion of said output of said frequency sensitive filter means. voltage reference comparison means connected to said sampling and rectifying means to generate an error signal; and frequency sensitive filter means connected to said AC generator means and responsive to said AC output of said AC generator means to cause said output of said frequency sensitive filter means to assume a steady regulated value.

Claim 9

An electrical power conversion and regulation system comprising: a DC power input; means connected to said DC input for generating an AC output at a given frequency; frequency sensitive filter means connected to said AC output, said means characterized in that its output amplitude is a function of its input frequency only; means connected to said output of said frequency sensitive filter means for sampling and rectifying a portion of said output of said frequency sensitive filter means. voltage reference comparison means connected to said sampling and rectifying means to generate an error signal; and frequency sensitive filter means connected to said AC generator means and responsive to said AC output of said AC generator means to cause said output of said frequency sensitive filter means to assume a steady regulated value.

Claim 10

The system of claim 7 wherein said system may further include an unregulated AC input and an AC-to-DC converter connected to said AC input to generate said DC power input.

Claim 11

The system of claim 7 wherein said frequency discriminating means comprises a frequency sensitive filter, said filter having an AC output amplitude which is a function solely of an input frequency applied to said filter.

Claim 12

The system of claim 7 wherein said filter comprises an OTT filter.

Claim 13

The system of claim 7 further including a voltage transformer means connected to said output of said frequency sensitive filter means.

Claim 14

The system of claim 11 further including a cycle and/or frequency conversion means connected to an output of said transformer means.

Claim 15

The system of claim 7 further including rectifying means connected to said output of said frequency sensitive filter means to produce a regulated DC output therefrom.

Claim 16

The system of claim 7 wherein said frequency controlling means comprises a voltage-to-frequency converter/driver means.

Claim 17

An electrical power conversion and regulation system comprising: an unregulated DC power input; a voltage controlled oscillator connected to said DC input for generating an AC output at a given frequency; a frequency sensitive filter means connected to said AC output, said means characterized in that its output amplitude is a function of its input frequency only; an output sample signal line including a rectifying means, said signal line connected to said output of said filter means to generate a sample signal; a voltage comparator having as a first input said sample signal and as a second input a reference voltage, said voltage comparator having an output connected to said voltage controlled oscillator for generating a control signal in response to a comparison of said first and second inputs to control said AC generator output frequency so as to cause said output of said filter means to assume a steady regulated value.

Claim 18

An electrical power conversion and regulation system comprising: an unregulated DC power input; a voltage controlled oscillator connected to said DC input for generating an AC output at a given frequency; a frequency sensitive filter means connected to said AC output, said means characterized in that its output amplitude is a function of its input frequency only; an output sample signal line including a rectifying means, said signal line connected to said output of said filter means to generate a sample signal; a voltage comparator having as a first input said sample signal and as a second input a reference voltage, said voltage comparator having an output connected to said voltage controlled oscillator for generating a control signal in response to a comparison of said first and second inputs to control said AC generator output frequency so as to cause said output of said filter means to assume a steady regulated value.

Claim 19

The system of claim 15 wherein said filter means comprises an OTT filter.