Connecting a Power Source

11

✍To determine the amount of time the battery lasts, see “Displaying Battery Information” in the online manual Customizing Your Notebook Computer.

When the battery is running out of power, both the battery indicator light and power indicator light blink.

When the computer is directly connected to AC power and a battery pack is in the battery bay, it uses power from the AC outlet.

Keep the battery pack in the computer while it is directly connected to AC power. The battery pack continues to charge while you are using the computer.

If the battery level falls below 10%, you should either attach the AC adapter to recharge the battery or shut down your computer and insert a fully charged battery.

You can extend battery life by changing the power management modes in the PowerPanel utility. See “Using Power Saving Modes” on page 44.

The battery pack supplied with your computer is a lithium ion battery and can be recharged at any time. Charging a partially discharged battery does not affect battery life.

The battery indicator light is on while you use the battery pack as a power source. When battery life is nearly depleted, the battery indicator starts flashing.

For some software applications and some peripheral devices, your computer may not enter System Hibernation mode when the battery life is low. To avoid loss of data when using battery power, you should save your data frequently and manually activate a power management mode, such as System Suspend or System Hibernation.

Page 22 Page 24
Page 23
Image 23
Sony PCG-XG9 manual Connecting a Power Source
Page 22 Page 24

PCG-XG9 specifications

The Sony PCG-XG9 is a noteworthy entry in the realm of portable computing, particularly renowned for its blend of performance, design, and innovative technology. Released in the early 2000s, this subnotebook was aimed at users needing mobility without sacrificing functionality, truly encapsulating Sony's commitment to quality and user experience.

At the heart of the PCG-XG9 is its robust performance engine, powered by an Intel Pentium III processor. This CPU, coupled with a respectable amount of RAM, allows for smooth operation across various tasks including basic computing, word processing, and casual multimedia. The inclusion of a solid-state hard drive option also marked a significant advancement in data storage technology for the time, offering users faster data access speeds and improved reliability.

The design of the PCG-XG9 stood out due to its compact form factor, weighing under three pounds. This lightweight profile made it highly portable, fitting seamlessly into the lifestyles of business professionals and students alike. The sleek chassis is not only aesthetically pleasing but also built to withstand the rigors of daily transport.

One of the standout features of the PCG-XG9 is its display. The 12.1-inch XGA LCD screen provided vibrant colors and decent brightness levels, offering users a quality visual experience whether for presentations or entertainment. The screen's resolution allowed for clear text and graphics, which was essential for productivity.

Connectivity options on the PCG-XG9 are noteworthy for its time, including USB ports and a built-in modem. Users could easily connect to external devices and networks, ensuring efficient communication and data transfer. The inclusion of a CD-ROM drive also offered ample opportunities for software installation and media playback.

The battery life of the PCG-XG9 was competitive, making it suitable for extended use away from a power source. This feature, combined with its lightweight nature, solidified its status as an excellent choice for on-the-go computing.

Overall, the Sony PCG-XG9 exemplifies early 2000s innovation with its combination of performance, portability, and user-friendly features. Its legacy endures as a testament to Sony's vision of bridging technology and design, paving the way for future advancements in portable computing.
Top Page Image Contents