摘要:
A system and method are provided to power a plurality of magnetrons devices (30, 40). The system may include a power supply device (DC) to power a first magnetron device, a second magnetron device and a third magnetron device (100, 200, 300). A control device apportions an amount of current to each of the second and third magnetron devices.
摘要:
An apparatus (R) for treating material with radiant energy, comprises a first reflector (6) having a first object focus disposed outside thereof; a second reflector (12) having a second object focus and disposed outside the first reflector (6); a radiant energy source (4) disposed inside the first reflector (6); and an auxiliary reflector (10) disposed at the first object focus.
摘要:
A system and method are provided to power two magnetrons devices. The system may include a power supply device (10) to power a first magnetron device and a second magnetron device. A control device may control an amount of current reaching at least the first magnetron device.
摘要:
A lamp assembly in accordance with the invention includes an electrodeless bulb (14) which is symmetrical about an axis (16) and which contains a light emissive fill which emits light when the bulb is excited by a RF electrical field coupled to the fill; an electrically conductive coupler (18) comprising a plurality of turns (20) which are symmetrical about an axis of the electrically conductive coupler, the turns defining a volume (19) that at least partially contains the bulb; and a conductor (26) connected to a center portion of the electrically conductive coupler with connection of the conductor to the electrically conductive coupler providing a fixing of the coupler relative to the bulb which, when the conductor is connected to a source of RF electrical potential, conducts a RF current producing a RF electrical potential on the electrically conductive coupler that produces the RF electrical field coupled to the light emissive fill.
摘要:
A system and method are provided to power two magnetrons devices. The system may include a power supply device (10) to power a first magnetron device and a second magnetron device. A control device may control an amount of current reaching at least the first magnetron device.