BUCK ROGERS NAME

Brand Owner (click to sort) Address Description
BUCK ROGERS' ROCKET RANGERS Martin, Arthur Mead P.O. Box 533 Lake Forest IL 60045 BUCK ROGERS is the name of a fictional character and does not identify a living individual.;miniature figurines made of common metal;
BUCK ROGERS' ROCKET RANGERS Martin, Arthur Mead P.O. Box 533 Lake Forest IL 60045 BUCK ROGERS is the name of a fictional character and does not identify a living individual.;books; namely, game instruction manuals, computer game user's manuals and adventure novels; magazines and newsletters related to games and gaming; comic books; and calendars;
BUCK ROGERS' ROCKET RANGERS Martin, Arthur Mead P.O. Box 533 Lake Forest IL 60045 BUCK ROGERS is the name of a fictional character and does not identify a living individual.;board games, role-playing games, metal miniature action figures, and computer game equipment; namely, programs and users manuals sold as a unit;
BUCK ROGERS' ROCKET RANGERS Martin, Arthur Mead P.O. Box 533 Lake Forest IL 60045 BUCK ROGERS is the name of a fictional character and does not identify a living individual.;membership club services for participating in role playing games, games and gaming;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A controllably alternating buck mode DC-DC converter conducts cycle by cycle analysis of the direction of inductor current flow to decide whether to operate in synchronous buck mode or standard buck mode for the next successive cycle. For each cycle of the PWM waveform controlling the buck mode DC-DC converter, a mode control circuit examines and latches data representative of the direction of inductor current flow relative to the chargeable battery. If the inductor current flow is positive, a decision is made to operate in synchronous buck mode for the next PWM cycle, which allows positive current to charge the battery; if the inductor current drops to zero, a decision is made to operate the converter in standard buck mode for the next PWM cycle, so as to prevent current from flowing out of the battery and boosting the system bus.