The CXA-0420 is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
The CXA-0436 is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
The CXA-0493 is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
The CXA-0385-M is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
The CXA-0385-B is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
The CXA-0406-M is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
The CXA-0523N is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
The CXA-0535-M is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
The CXA-0538-M is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
The CXA-26012PJ110 is an inverter for cold cathode fluorescent lamps and features a built-in dimmer. Because they employ advanced output current control, fluctuations in input voltage, load, and distributed ... Read More
