Systems and methods for high frequency electronic power conversion and amplification
AssigneeGeneral Electric Company
InventorJohn Stanley Glaser
Life of this patent
Estimating the term…
Loading patent…
AssigneeGeneral Electric Company
InventorJohn Stanley Glaser
Estimating the term…
An electronic power amplifier includes a plurality of cells, each cell comprising a DC input port for accepting a DC input power from a voltage source VG, an AC input port for accepting an AC signal S1 at a frequency FS and having a first magnitude M1, a switching mechanism operatively coupled to the DC input port and to the AC input port for converting the DC input power to an AC output power at the frequency FS and having a second magnitude M2 greater than the first magnitude M1, and an output port capable of applying the AC output power to a load impedance. The plurality of cells includes at least a first cell having a first DC input port and a second cell having a second DC input port. The first and second DC input ports are connected in series for application to the voltage source VG.
An electronic power amplifier including a plurality of cells, each cell comprising:
A method of amplifying an AC input signal of frequency FS using a plurality of cells, each cell comprising a DC input port for accepting a DC input power from a voltage source VG, an AC input port for accepting an AC signal S1 at a frequency FS and having a first magnitude M1, a switching mechanism operatively coupled to the DC input port and to the AC input port for converting the DC input power to an AC output power at the frequency FS and having a second magnitude M2 greater than the first magnitude M1, and an output port capable of applying the AC output power to a load impedance, the plurality of cells including at least a first cell having a first DC input port and a second cell having a second DC input port;
Dependencies are inferred from the claim text.