The
most ideal working system of energy saving lamps - these energy-saving
lamps can save 80% power consumption compared with conventional lamp
others, such as fluorescent lights that use ballast transformer and
incandescent lamps. Although more energy efficient lamp has a disadvantage in terms of higher prices.
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| Example of energy saving lamps |
The
most ideal working system of energy saving lamps is to increase the frequency so as to
change the frequency of electricity, then the resulting light output
becomes brighter. to change the frequency of these energy-saving lamps use Electronic Ballast.
Electronic ballasts are power electronics converter which serves to supply the discharge lamp. Electronic ballast was gaining popularity after the development of large power mosfet with a relatively inexpensive price. With the development of semiconductor technology, it makes use of a mosfet transistor electronic ballast becomes easier.
The following is a complete review of how The most ideal working system of energy saving lamps:
Electronic ballasts are power electronics converter which serves to supply the discharge lamp. Electronic ballast was gaining popularity after the development of large power mosfet with a relatively inexpensive price. With the development of semiconductor technology, it makes use of a mosfet transistor electronic ballast becomes easier.
The following is a complete review of how The most ideal working system of energy saving lamps:
 |
| The most ideal working system of energy saving lamps |
First,
the AC voltage of the power plant will be rectified by using a bridge
rectifier and then the voltage stored in the capacitor bank (C). Capacitor banks will be a source of DC voltage for energy saving lamps. and to prevent the occurrence of transient voltage of the input voltage, the power plant is used filters.
In addition, the filter also serves to dampen the noise sources of electromagnetic interference caused by high frequency energy saving lamp tube. This filter can be a capacitor or inductor circuit. When the circuit is turned on then the light tube will arise very large impedance. This causes the capacitor impedance 1 will undergo a series with the capacitor and inductor 2 (see picture above section boost converter). so that a very large voltage will appear due to resonance.
This generated voltage can be used to mengionisai gas inside the tube energy saving lamps. When the lamp has increased ionization tube is full, then the impedance at the lights will go down far enough. So this will cause the circuit to be throwing in the capacitor 1. This result also resonant frequency will be shifted to the value to be determined by the 2 capacitors and inductors.
In addition, the filter also serves to dampen the noise sources of electromagnetic interference caused by high frequency energy saving lamp tube. This filter can be a capacitor or inductor circuit. When the circuit is turned on then the light tube will arise very large impedance. This causes the capacitor impedance 1 will undergo a series with the capacitor and inductor 2 (see picture above section boost converter). so that a very large voltage will appear due to resonance.
This generated voltage can be used to mengionisai gas inside the tube energy saving lamps. When the lamp has increased ionization tube is full, then the impedance at the lights will go down far enough. So this will cause the circuit to be throwing in the capacitor 1. This result also resonant frequency will be shifted to the value to be determined by the 2 capacitors and inductors.
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