The feasibility of processing 25-kW of power with a single, transistorized, series resonant converter stage was demonstrated by the successful design, development, fabrication, and testing of such a device which employs four Westinghouse D7ST transistors in a full-bridge configuration and operates from a 250-to-350 Vdc input bus. The unit has an overall worst-case efficiency of 93.5% at its full rated output of 1000 V and 25 A dc. A solid-state dc input circuit breaker and output-transient-current limiters are included in and integrated into the design. Full circuit details of the converter are presented along with the test data
Procedures are presented for obtaining valid frequency-domain transfer functions of regulated reacto...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
The feasibility for implementation of a concept for direct ac/dc multikilowatt power conversion with...
The feasibility of processing 25 kW of power with a single, transistorized, 20 kHz, series resonant ...
The development of 5 kW converters with 100 kHz switching frequencies, consisting of two submodules ...
Many arcjet DC power supplies use PWM full bridge converters with large arrays of parallel FET's. Th...
The resonant DC-DC converter is known as advantageous over conventional DC-DC converter in terms of ...
Utilizing knowledge gained from past experience with experimental current-or-voltage step-up dc-to-d...
This project was to produce innovative DC-DC power converter concepts which are appropriate for the ...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
Power components hardware in support of the Space Station Freedom dc Electrical Power System were te...
Nondissipative dc to dc regulator converter or push-pull chopper and push-pull inverter rectifie
The power supply unit was developed to serve as the power source for a loran-C receiver. The power s...
The object of this program was to design, build, test, and deliver a set of control electronics suit...
A regulated dc-to-dc converter requires negligible standby power for the operation of critical elect...
Procedures are presented for obtaining valid frequency-domain transfer functions of regulated reacto...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
The feasibility for implementation of a concept for direct ac/dc multikilowatt power conversion with...
The feasibility of processing 25 kW of power with a single, transistorized, 20 kHz, series resonant ...
The development of 5 kW converters with 100 kHz switching frequencies, consisting of two submodules ...
Many arcjet DC power supplies use PWM full bridge converters with large arrays of parallel FET's. Th...
The resonant DC-DC converter is known as advantageous over conventional DC-DC converter in terms of ...
Utilizing knowledge gained from past experience with experimental current-or-voltage step-up dc-to-d...
This project was to produce innovative DC-DC power converter concepts which are appropriate for the ...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
Power components hardware in support of the Space Station Freedom dc Electrical Power System were te...
Nondissipative dc to dc regulator converter or push-pull chopper and push-pull inverter rectifie
The power supply unit was developed to serve as the power source for a loran-C receiver. The power s...
The object of this program was to design, build, test, and deliver a set of control electronics suit...
A regulated dc-to-dc converter requires negligible standby power for the operation of critical elect...
Procedures are presented for obtaining valid frequency-domain transfer functions of regulated reacto...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
The feasibility for implementation of a concept for direct ac/dc multikilowatt power conversion with...