The Acer H display series are stunning media and gaming displays, with a stylish bezel that blends in with any home or office workspace, adding a touch of class. This product stands out for their slim design highlighted by a stylish glossy body and ...
PC Mall Part#: 7764615 Manufacturer Part#: ET.VH3HP.001
The LG L2000CP-BF 20" Class (20.0" Diagonal) LCD Monitor is the choice for graphics-intensive applications. Specifications include an 800:1 contrast ratio, 8ms GTG response, and 1600 x 1200 resolution. The DVI input and F-Engine improve image quality ...
PC Mall Part#: 7475424 Manufacturer Part#: L2000CP-BF
1920 x1080 - 300 cd/m2 - 30,000:1 (dynamic) - 5 ms - 0248 mm. With its significantly expanded 16:9 screen size and superior full HD picture resolution the W43 monitor from LG gives you reason to believe in life after distortion.
PC Mall Part#: 7922319 Manufacturer Part#: W2243S-PF
Planar's PL1910W widescreen LCD monitor brings you excellent performance with great value. The PL1910W 18.5" wide format monitor enables you to view two different documents on one screen with less scrolling and more productivity.
PC Mall Part#: 8083094 Manufacturer Part#: 997-6077-00
An LCD monitor is a relatively current technology that uses a liquid crystal material in order to display images, words and other visual data on a computer screen. Most recent computers and laptops utilize LCD technology in their computer monitors.
LCD monitors use two types of displays, active matrix technology and passive matrix technology. In active matrix technology, transistors are arranged in a matrix in order to display pixels on a computer screen. In order to display a particular pixel, a transistor row on the matrix is turned on or activated.
Passive matrix technology, on the other hand, has transistors (usually in the form of conductive metal) arranged in a grid. An LCD monitor that utilizes passive matrix technology needs to charge each transistor on a grid in order to activate or display a pixel. Most LCD monitors, however, use active matrix technology over passive matrix technology because it responds faster and has a more precise voltage control.