Poduct Overview The 104PW161 from NEC is an inverter for LCD module. It is composed of DC/AC inverter circuit, a luminance control circuit and boosting transformer. Luminous control circuit controls the ... Read More
1. OUTLINE This 104PW201 inverter is for LCD module. Adaptable LCD modules are as follows. Adaptable LCD modules NL6448BC33-63C NL6448BC33-63D NL6448BC33-64 NL6448BC33-64C NL8048BC24-01 NL8060BC26-28 2. ... 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
The CXA-26012PT110 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-A002 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-A006 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-A007 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
