TH6930B - "Electronic ballast with time-saving energy saver and photovoltaic switch for light bulbs" - Google Patents

Abstract

Electronic ballast supplied with time-saving electric power saver. and with an internal optical power switch for mercury vapor lamps Metal vapor and sodium vapor high pressure electronic ballast with built-in time saver and photovoltaic switch. For mercury vapor lamps This high pressure metal vapor and sodium vapor combines an electronic circuit with the principle of achieving an increase in the frequency of an electrical power grid. The switching effect in current limiting electronic devices can be combined with a time-saving power saver as well. with a lower rate Photosensitive part for controlling the lamp switch according to the level of illumination of the installation site. And the igniter for the lamp will require a voltage that is a bit higher than the one it deserves.

Claims (3)

1.Electronic ballast for mercury vapor lamps Metal vapor and high pressure sodium vapor comprise electronic circuits for the production and attainment of high frequencies of 40 kHz to 80 kHz, replacing the frequencies associated with the interconnection frequency. Power supply, the ballast is also included as an electronic device to limit current. Where electronic devices to limit the current To switch electronically Will use an oscillator powered by that power grid circuit Purpose in which the said oscillator Will switch power transistor Where the waveform Being switched to a rectangular shape that requires low inductance For current limiting As opposed to conventional ballast Where to use high power And low frequency And they have less mass, weight, and dimensions than conventional ballasts. They also include light cells. The photocell controls the function of turning the lamp on or off at sunset or sunrise. The energy saver responds to the function of the switch in an economical way. And change the frequency of the MOFSET oscillator circuit from 40 to 80 kHz. 2.Electronic ballast for mercury vapor lamps Metal vapor and high pressure sodium vapor in accordance with Clause 1 where this lamp will use the ballast. It is a time saving electricity. The ballast will be the only device that can be replaced. For utilization of lamps with various power ratings. The ballast is assembled with a light-sensitive part, it controls the switch of the lamp according to sunset or rise. Such ballast There is a timer that will control the energy saving model according to the previous time. The ballast also has an integrator integrated into the circuit for the lamp. Which will require a higher voltage than a reasonable rate 3.Electronic ballast for mercury vapor lamps The high-pressure metal vapor and sodium vapor consist of an electronic circuit for the production and attainment of a predetermined frequency, the first and second values higher than the third preset frequency accompanying that of the frequency. The ballast of the power distribution network, where the third specified frequency is 50 kHz to 60 kHz, the ballast also includes electronic devices. To limit the current Where the electronic limiting devices respond to the switching on the electronic devices to limit the current. Will use an oscillator powered by that power grid circuit The oscillator responds to the switching of the power transistor. Where the resulting rectangular switched waveform A very low inductance is required for current limiting. As opposed to conventional ballast Where inductance and low frequency are used And the ballast has less mass, weight and dimensions than conventional ballasts. Such a ballast is a time saver for electricity. For the aforementioned ballast lamps It is the only interchangeable device for use with light bulbs of different power ratings. The ballast controls the The switch of the lamp according to sunset or rise. The ballast also has a timer that will control energy-saving in accordance with the predetermined timing characteristics. The ballast also has an integrated igniter that is integrated into the lamp circuit. The mount at the voltage is higher than the voltage at the reasonable rate.