User's Manual

Document No. D&TQP0302-11(0) Revision No. 01 Page 5 of 22
3. Input Signal and AC Power
4.1 AC Power
4.1.1 AC input voltage : AC 100 to 240 Volts (Universal power)
4.1.2 AC input frequency : 50~60Hz ±3Hz
4.2 Video and Sync Signal
4.2.1 Video signal
A. Horizontal frequency : 25 ~ 90KHz
B. Vertical frequency : 24 ~ 120Hz
C. Applicable maximum pixel frequency : 170MHz(Analog), 165MHz(Digital)
D. Maximum resolution : 1920x1200 / 60Hz
4.2.2 Signal connectors
A. HDMI type Ax3x2(Dual) : HDMI input
B. 15p D-Sub(Female, 3row) x1x2(Dual) : Analog RGB input
C. 9p D-Sub (Female) x1x2(Dual) : RS232C Input
D. 9p D-Sub (Male) x1x2(Dual) : RS232C Output
E. 15p D-Sub(Male, 2row) x1x(Dual) : Audio AMP signal input
F. AC Inlet x1x2(Dual) : main AC power input
4. Electrical Performance: Except where noted, the following test conditions are required.
5.1 Standard Testing Conditions
5.1.1 AC power voltage and frequency : AC 100 ~ 240V±10%, 60Hz/50Hz±3Hz
5.1.2 Ambient temperature: 25℃± 5℃
5.1.3 Brightness setting : set brightness control to the maximum level of the OSD
5.1.4 LCD panel direction : test at the parallel position with LCD panel center line
5.1.5 Ambient light level : between 300 lux and 700 lux
5.2 Power management
5.2.1 Power management
: This system can save energy by switching this monitor into a low-mode when the display video
signal is none. But power Management system can not be corresponded with VESA DPMS,
because of the TANDBERG’s operation specification.
5.2.1 Power Management Modes.
State Power consumption
Normal operation Max 1000Wrms
DPMS or Standby mode Max 50Wrms
Sleep mode Max 3.5Wrms