Synchronized and regulated power supply

Claim 2

A synchronized and regulated power supply comprising; switching regulator means adapted to be coupled to a source of alternating current potential for producing a direct current potential having an amplitude proportional to the duration of a first drive signal condition relative to the duration of a second drive signal condition; oscillating means adapted to be coupled to a source of synchronizing signals for producing a switching signal having a first predetermined phase offset relationship with respect to said synchronizing signals; modulating means coupled to said switching regulator means and said oscillating means for producing a control signal having a second predetermined phase offset relationship with respect to said switching signal and having an amplitude which is proportional to the amplitude of said direct current potential; and means including a drive signal generator coupled to said modulating means and said switching regulator means for initiating the production of said first drive signal condition in response to the initiation of said control signal and for controlling the duration of said first drive signal condition relative to the duration of said second drive signal condition in response to the amplitude of said control signal.

Claim 3

A synchronized and regulated power supply according to claim 1 wherein said modulating means includes: means coupled to said oscillating means for producing said control signal for a first predetermined duration, said control signal having said second predetermined phase relationship with respect to said switching signal; and amplifying means coupled to said means for producing said control signal and said switching regulator for controlling the amplitude of said control signal for said first duration in response to said direct current potential.

Claim 4

A synchronized and regulated power supply according to claim 2 wherein said means including a drive signal generator includes: first peak detecting means coupled to said modulating means for producing a control voltage proportional to the peak amplitude of said control signal; a reference voltage source; voltage comparing means coupled to said first peak detecting means and said reference source for producing a charging voltage proportional to said control voltage; and monostable means coupled to said voltage comparing means, said modulating means and said switching regulator for initiating the production of said first drive signal condition in response to the initiation of said control signal and for initiating the production of said second drive signal condition when a voltage produced by said charging voltage equals a predetermined voltage.

Claim 5

A synchronized and regulated power supply according to claim 2 wherein said means including a drive signal generator includes: first peak detecting means coupled to said modulating means for producing a control voltage equal to the peak amplitude of said control signal during said first duration and providing for a reduction of said control voltage at a predetermined rate subsequent to said first duration; a reference voltage source; voltage comparing means coupled to said first peak detecting means and said reference source for producing a first charging voltage when said control voltage is greater than said reference voltage and a second charging voltage when said control voltage is less than said reference voltage; and monostable means coupled to said voltage comparing means, said modulating means and said switching regulator for initiating the production of said first drive signal conditin in response to the initiation of said control signal and for initiating the production of said second drive signal condition when a voltage produced by said first and second charging voltages equals a predetermined voltage.

Claim 6

A synchronized and regulated power supply comprising: switching regulator means adapted to be coupled to a source of alternating current potential for producing a direct current potential having an amplitude proportional to the duration of a first drive signal condition relative to the duration of a second drive signal condition; oscillating means adapted to be coupled to a source of synchronizing signals for producing a switching signal having a first predetermined phase relationship with respect to said synchronizing signals; modulating means coupled to said switching regulator means and said oscillating means, said modulating means including: means coupled to said oscillating means for producing a control signal for a first predetermined duration, said control signal having said second predetermined phase relationship with respect to said switching signal; and amplifing means coupled to said means for producing said control signal and said switching regulator for controlling the amplitude of said control signal for said first duration in response to said direct current potential; means including a drive signal generator coupled to said modulating means and said switching regulator means, including: first peak detecting means coupled to said modulating means for producing a control voltage proportional to the peak amplitude of said control signal; a reference voltage source; voltage comparing means coupled to said first peak detecting means and said reference source for producing a charging voltage proportional to said control voltage; and monostable means coupled to said voltage comparing means, said modulating means and said switching regulator for initiating the production of said first drive signal condition in response to the initiation of said control signal and for initiating the production of said second drive signal condition when a voltage produced by said charging voltage equals a predetermined voltage; and an auxiliary oscillator means coupled to said monostable means for repetitively initiating said first drive signal condition when said direct current potential is less than a predetermined amplitude.

Claim 7

A synchronized and regulated power supply comprising: switching regulator means adapted to be coupled to a source of alternating current potential for producing a direct current potential having an amplitude proportional to the duration of a first drive signal condition relative to the duration of a second drive signal condition; oscillating means adapted to be coupled to a source of synchronizing signals for producing a switching signal having a first predetermined phase relationship with respect to said synchronizing signals; modulating means coupled to said switching regulator means and said oscillating means, said modulating means including: means coupled to said oscillating means for producing a control signal for a first predetermined duration, said control signal having said second predetermined phase relationship with respect to said switching signal; and amplifing means coupled to said means for producing said control signal and said switching regulator for controlling the amplitude of said control signal for said first duration in response to said direct current potential; means including a drive signal generator coupled to said modulating means and said switching regulator means, including: first peak detecting means coupled to said modulating means for producing a control voltage proportional to the peak amplitude of said control signal; a reference voltage source; voltage comparing means coupled to said first peak detecting means and said reference source for producing a charging voltage proportional to said control voltage; and monostable means coupled to said voltage comparing means, said modulating means and said switching regulator for initiating the production of said first drive signal condition in response to the initiation of said control signal and for initiating the production of said second drive signal condition when a voltage produced by said charging voltage equals a predetermined voltage; and an auxiliary oscillator means coupled to said monostable means for repetitively initiating said first drive signal condition when said direct current potential is less than a predetermined amplitude.

Claim 8

A synchronized and regulated power supply according to claim 5 wherein said means includes an isolation transformer for providing isolated coupling between said modulating means and said means including a drive signal generator.

Claim 9

A synchronized and regulated power supply comprising: switching regulator means adapted to be coupled to a source of alternating current potential for producing a direct current potential having an amplitude proportional to the duration of a first drive signal condition relative to the duration of a second drive signal condition; oscillating means adapted to be coupled to a source of synchronizing signals for producing a switching signal having a first predetermined phase relationship with respect to said synchronizing signals; modulating means coupled to said switching regulator means and said oscillator means, said modulating means including: means coupled to said oscillating means for producing a control signal for a first predetermined duration, said control signal having said second predetermined phase relationship with respect to said switching signal; and amplifying means coupled to said means for producing said control signal and said switching regulator for controlling the amplitude of said control signal for said first duration in response to said direct current potential; means including a drive signal generator coupled to said modulating means and said switching regulator means, first peak detecting means coupled to said modulating means for producing a control voltage equal to the peak amplitude of said control signal during said first duration and providing for a reduction of said control voltage at a predetermined rate subsequent to said first duration; a reference voltage source; voltage comparing means coupled to said first peak detecting means and said reference source for producing a first charging voltage when said control voltage is greater than said reference voltage and a second charging voltage when said control voltage is less than said reference voltage; and monostable means coupled to said voltage comparing means, said modulating means and said switching regulator for initiating the production of said first drive signal condition in response to the initiation of said control signal and for initiating the production of said second drive signal condition when a voltage produced by said first and second charging voltages equals a predetermined voltage; and an auxiliary oscillator means coupled to said monostable means for repetitively initiating said first drive signal condition when said direct current potential is less than a predetermined amplitude.

Claim 10

A synchronized and regulated power supply comprising: switching regulator means adapted to be coupled to a source of alternating current potential for producing a direct current potential having an amplitude proportional to the duration of a first drive signal condition relative to the duration of a second drive signal condition; oscillating means adapted to be coupled to a source of synchronizing signals for producing a switching signal having a first predetermined phase relationship with respect to said synchronizing signals; modulating means coupled to said switching regulator means and said oscillator means, said modulating means including: means coupled to said oscillating means for producing a control signal for a first predetermined duration, said control signal having said second predetermined phase relationship with respect to said switching signal; and amplifying means coupled to said means for producing said control signal and said switching regulator for controlling the amplitude of said control signal for said first duration in response to said direct current potential; means including a drive signal generator coupled to said modulating means and said switching regulator means, first peak detecting means coupled to said modulating means for producing a control voltage equal to the peak amplitude of said control signal during said first duration and providing for a reduction of said control voltage at a predetermined rate subsequent to said first duration; a reference voltage source; voltage comparing means coupled to said first peak detecting means and said reference source for producing a first charging voltage when said control voltage is greater than said reference voltage and a second charging voltage when said control voltage is less than said reference voltage; and monostable means coupled to said voltage comparing means, said modulating means and said switching regulator for initiating the production of said first drive signal condition in response to the initiation of said control signal and for initiating the production of said second drive signal condition when a voltage produced by said first and second charging voltages equals a predetermined voltage; and an auxiliary oscillator means coupled to said monostable means for repetitively initiating said first drive signal condition when said direct current potential is less than a predetermined amplitude.

Claim 11

A synchronized and regulated power supply according to claim 7 wherein said means including a drive signal generator further includes an isolation transformer for providing isolated coupling between said modulating means and said means including a drive signal generator.

Claim 12

A synchronized and regulated power supply, comprising: switching regulator means adapted to be coupled to a source of alternating current potential for producing a direct current potential and a pulsating direct current having amplitudes proportional to the duration of a first drive signal condition relative to the duration of a second drive signal condition; oscillating means adapted to be coupled to a source of synchronizing signal for producing a switching signal having a first predetermined phase offset relationship with respect to said synchronizing signals; modulating means coupled to said switching regulator means and said oscillating means for producing a control signal having a second predetermined phase offset relationship with respect to said switching signal and having an amplitude which is proportional to the amplitude of said direct current potential; means including a drive signal generator coupled to said modulating means and said switching regulator means for initiating the production of said first drive signal condition in response to the initiation of said control signal and for controlling the duration of said first drive signal condition relative to the duration of said second drive signal condition in response to the amplitude of said control signal; delay means coupled to said oscillating means for producing a delayed switching signal; and deflection means coupled to said switching regulator means, said delay means, and said oscillating means for producing repetitive deflection cycles having a third predetermined phase relationship with respect to said synchronizing signals such that the current only flows between said switching regulator means and said deflection means during an energy replenishing period of said deflection cycle.

Claim 13

A synchronized and regulated power supply, comprising: switching regulator means adapted to be coupled to a source of alternating current potential for producing a direct current potential and a pulsating direct current having amplitudes proportional to the duration of a first drive signal condition relative to the duration of a second drive signal condition; oscillating means adapted to be coupled to a source of synchronizing signal for producing a switching signal having a first predetermined phase offset relationship with respect to said synchronizing signals; modulating means coupled to said switching regulator means and said oscillating means for producing a control signal having a second predetermined phase offset relationship with respect to said switching signal and having an amplitude which is proportional to the amplitude of said direct current potential; means including a drive signal generator coupled to said modulating means and said switching regulator means for initiating the production of said first drive signal condition in response to the initiation of said control signal and for controlling the duration of said first drive signal condition relative to the duration of said second drive signal condition in response to the amplitude of said control signal; delay means coupled to said oscillating means for producing a delayed switching signal; and deflection means coupled to said switching regulator means, said delay means, and said oscillating means for producing repetitive deflection cycles having a third predetermined phase relationship with respect to said synchronizing signals such that the current only flows between said switching regulator means and said deflection means during an energy replenishing period of said deflection cycle.