Weight: 8.8 lb (4.0 kg) Height: 14.2 in (361 mm)** Width: 13.3 in (338 mm) Depth: 8.4 in (213 mm)
Display size and viewable area
15.0 in (381 mm)
Maximum Resolution/pixel rate (MHz)
1024 x 768/80
Input voltage: 100 to 240 V ac = +/- 10 % Heat dissipation: Power consumption (Maximum): < 30 watts Power consumption (Normal Use): < 30 watts typcial Power consumption (VESA Standby): < 2 watts Power consumption (VESA Suspend): < 2 watts Power consumption (VESA Off): < 1 watts at 100 V ac Maximum earth leakage current: < 3.5 mA at 264 V Maximum earth leakage current: < 0.25 mA at 100 V
* The noise emission level stated is the declared (upper limit) A-weighted sound power level, in bels, for a random sample of monitors. All measurements are made in accordance with ANSI S12.10 and reported in conformance with ISO/DIS 7779.
** Dimension is for maximum lift. The height at minimum lift is 14.21-inches (361 mm). Lift range is 4.33-inches (110 mm).
Note: Actual power consumption depends on the screen mode used, the images displayed, and how user controls are set.
Compliance to the ISO standard ISO/DIS 13406 Part 2 ensures ergonomic requirements are met when the monitor forms part of an ISO-compliant system.
Supported display modes are a function of the attaching system unit and video subsystem. The full range of display modes available with these monitors may not be available or supported with all combinations of system units, their operating systems, video adapter cards, and application software.
Horizontal and vertical synchronization signal timings are critical in order to achieve acceptable screen images. As a consequence, support for all possible variations in H and V sync timings for any display mode cannot be assumed.
Adjustment of the user controls to enlarge the image to its maximum size requires that the signal timings of the display mode being used fall within the monitor timing specifications.
The ThinkVision L151p provides FCC class B - residential installa- tion - compliance in all display modes.
Digital input requires a customer-supplied DVI-D cable (DVI-D on both ends).
Implementation of monitor power management follows the VESA DPMS standard. This standard must also be implemented in the attaching system unit hardware and software for monitor power management to be effective. The system implementation must provide user adjustable, power down delay periods. The monitor power management function is invoked only after appropriate signals are received from an attached system unit or video adapter.
Implementation of monitor Plug and Play follows the VESA DDC standard. This standard must also be implemented in the attaching system unit hardware and software for monitor Plug and Play to be effective.
Certain functions require the system unit to be similarly configured, so all monitor functions may not be enabled when attached to a particular system unit.
A 15.0-inch (381-mm) TFT monitor has nearly 2.4 million subpixel transistors laid over an area exceeding 107 square inches. Cost ffective manufacturing processes introduce a small number of defective subpixel transistors. The L151p monitor may have up to five defective sub-pixels. The L151p meets the ISO 13406-2 Class II Pixel 2 Defect Standard. The L151p monitor is considered within specification with up to four non-adjacent defective sub-pixels as follows:
<= Three bright
<= Three dark
<= Four total bright and dark
Use of 50% background is not recommended since some users may see undesirable visual on the screen effects.
The Auto-Setup "test pattern" can be used with Windows 98, Windows 2000, Windows XP, and DOS 7.0 only.