Service Manual
Page 4
...it. (2) Be sure to turn off power supply when connecting or disconnecting input connector. (3) Wipe off . (7) Do not touch the LCD panel surface with all of the CFL...Reflector edge. Do Not Copy VX710 1 Appropriate Operation (1) Turn off the product before cleaning. (2) Use only a dry soft cloth when cleaning the LCD panel surface. (3) Use ...attempted. ViewSonic Corporation Confidential - Extremely hot, cold or humid environment. - In direct sunlight. 2. LCD Module Handling Precautions 4.1 Handling Precautions (1) Since front polarizer is present, immediately switch the LCD display...
...it. (2) Be sure to turn off power supply when connecting or disconnecting input connector. (3) Wipe off . (7) Do not touch the LCD panel surface with all of the CFL...Reflector edge. Do Not Copy VX710 1 Appropriate Operation (1) Turn off the product before cleaning. (2) Use only a dry soft cloth when cleaning the LCD panel surface. (3) Use ...attempted. ViewSonic Corporation Confidential - Extremely hot, cold or humid environment. - In direct sunlight. 2. LCD Module Handling Precautions 4.1 Handling Precautions (1) Since front polarizer is present, immediately switch the LCD display...
Service Manual
Page 5
... Module from outside. ViewSonic Corporation Confidential - Please follow local ordinances or regulations for example), do not twist or bend the TFT Module even momentarily. Do Not Copy VX710 2 When designing the enclosure, it is designed so that no flammability grade. Otherwise the TFT Module may be taken into an enclosure (LCD monitor housing, for...
... Module from outside. ViewSonic Corporation Confidential - Please follow local ordinances or regulations for example), do not twist or bend the TFT Module even momentarily. Do Not Copy VX710 2 When designing the enclosure, it is designed so that no flammability grade. Otherwise the TFT Module may be taken into an enclosure (LCD monitor housing, for...
Service Manual
Page 8
2. POWER Power Supply Internal Power Supply Input Voltage Range Input Frequency Range Short Circuit Protection Over Current Protection Leakage Current EFFICIENCY Fuse Power Dissipation Max Input AC Current 1280 x 1024 @ 60Hz Full Size Factory Default: Contrast = 70%, Brightness = 100% DB-15 (Analog) Equal to monitor TTL Compliant with Revision 1.3 Shall be shorted without damage. 4.5 A typical at 12 VDC...
2. POWER Power Supply Internal Power Supply Input Voltage Range Input Frequency Range Short Circuit Protection Over Current Protection Leakage Current EFFICIENCY Fuse Power Dissipation Max Input AC Current 1280 x 1024 @ 60Hz Full Size Factory Default: Contrast = 70%, Brightness = 100% DB-15 (Analog) Equal to monitor TTL Compliant with Revision 1.3 Shall be shorted without damage. 4.5 A typical at 12 VDC...
Service Manual
Page 18
3.2 Power 3.2.1 Power supply Input Voltage Power Frequency Input current Inrush current Power consumption Output Voltage 90 -240 ~Volts 50/ 60 Hz +/-3Hz
3.2 Power 3.2.1 Power supply Input Voltage Power Frequency Input current Inrush current Power consumption Output Voltage 90 -240 ~Volts 50/ 60 Hz +/-3Hz