In this work we present an electronic board for driving and control of High Intensity Discharge (HID) lamps and Light Emitting Diode (LED) lamps. In the last fifteen years we have seen a big expansion of HID lamps for public lighting utilizations. In these last years in the same way the LED technology is developing in public lighting. For these two reasons we will need more and more an electronic device which can drive both HID and LED lamps. The presented electronic board is able to drive six lamps by means of six outputs reconfigurable for HID or LED lamp; in particular five outputs are dedicated to drive only LED lamps, while one output can be set up for HID or LED lamps by user. In this work particular effort was made for energy saving problems. Additionally a communication module is developed for remote control. The presented board is developed with discrete components; in order to minimise the board’s cost and PCB’s area, it is working in progress another board with a fully-integrated ASIC with all the control logic systems, communication module and power factor correction inside.
Electronic board for driving and control of HID and LED lamps in lighting systems
VISCONTI, Paolo;LAY EKUAKILLE, Aime;D'AMICO, STEFANO;
2010-01-01
Abstract
In this work we present an electronic board for driving and control of High Intensity Discharge (HID) lamps and Light Emitting Diode (LED) lamps. In the last fifteen years we have seen a big expansion of HID lamps for public lighting utilizations. In these last years in the same way the LED technology is developing in public lighting. For these two reasons we will need more and more an electronic device which can drive both HID and LED lamps. The presented electronic board is able to drive six lamps by means of six outputs reconfigurable for HID or LED lamp; in particular five outputs are dedicated to drive only LED lamps, while one output can be set up for HID or LED lamps by user. In this work particular effort was made for energy saving problems. Additionally a communication module is developed for remote control. The presented board is developed with discrete components; in order to minimise the board’s cost and PCB’s area, it is working in progress another board with a fully-integrated ASIC with all the control logic systems, communication module and power factor correction inside.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
