Справочник Пользователя для ASUS E6177
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Notebook PC User Manual
Sleep and Hibernate
Power management settings
can be found in the Windows
> Control Panel > Hardware
and Sound > Power Options. In
Power Options, you can define
Sleep/Hibernate or Shut Down
for closing the display panel or
pressing the power button. Sleep
and Hibernate saves power when your Notebook PC is not in use
by turning OFF certain components. When you resume your work,
your last status (such as a document scrolled down half way or email
typed half way) will reappear as if you never left. Shut Down will
close all applications and ask if you want to save your work if any are
not saved.
can be found in the Windows
> Control Panel > Hardware
and Sound > Power Options. In
Power Options, you can define
Sleep/Hibernate or Shut Down
for closing the display panel or
pressing the power button. Sleep
and Hibernate saves power when your Notebook PC is not in use
by turning OFF certain components. When you resume your work,
your last status (such as a document scrolled down half way or email
typed half way) will reappear as if you never left. Shut Down will
close all applications and ask if you want to save your work if any are
not saved.
Power Management Modes
The Notebook PC has a number of automatic or adjustable power
saving features that you can use to maximize battery life and lower
Total Cost of Ownership (TCO). You can control some of these
features through the Power menu in the BIOS Setup. ACPI power
management settings are made through the operating system.
The power management features are designed to save as much
electricity as possible by putting components into a low power
consumption mode as often as possible but also allow full operation
on demand.
saving features that you can use to maximize battery life and lower
Total Cost of Ownership (TCO). You can control some of these
features through the Power menu in the BIOS Setup. ACPI power
management settings are made through the operating system.
The power management features are designed to save as much
electricity as possible by putting components into a low power
consumption mode as often as possible but also allow full operation
on demand.