Toshiba 1405-S151 User Guide
270
Glossary
5.375 x 8.375 ver 2.4.0
RAM
random access memory
RFI
radio frequency interference
ROM read-only
memory
RTC real-time
clock
SCSI
small computer system interface
SDRAM
synchronous dynamic random access memory
SRAM
static random access memory
SVGA
super video graphics adapter
TFT
thin film transistor
USB
universal serial bus
URL
uniform resource locator
WAN
wide area network
www
World Wide Web
Terms
The following terms may appear in this user’s guide.
A
active-matrix display — A liquid crystal display (LCD) made
from an array of liquid crystal cells using active-matrix
technology. Also known as a “TFT display,” in its simplest form
there is one thin film transistor (TFT) for each cell. This type of
display works well with notebook computers because of its
shallow depth and high-quality color. Active-matrix displays are
viewable from wider angles than most passive-matrix displays.
technology. Also known as a “TFT display,” in its simplest form
there is one thin film transistor (TFT) for each cell. This type of
display works well with notebook computers because of its
shallow depth and high-quality color. Active-matrix displays are
viewable from wider angles than most passive-matrix displays.
adapter — A device that provides a compatible connection
between two units. For example, the computer’s internal display
adapter receives information from the software and translates it
into images on the screen. An adapter can take a number of
forms, from a microprocessor to a simple connector. An
intelligent adapter (one that is capable of doing some processing)
may also be called a controller.
adapter receives information from the software and translates it
into images on the screen. An adapter can take a number of
forms, from a microprocessor to a simple connector. An
intelligent adapter (one that is capable of doing some processing)
may also be called a controller.
alternating current (AC) — The type of power usually supplied to
residential and commercial wall outlets. AC reverses its direction
at regular intervals. Compare direct current (DC).
at regular intervals. Compare direct current (DC).