Yes, CMOS (Complementary Metal-Oxide-Semiconductor) circuits can use an external battery, typically to maintain the memory of the BIOS settings and real-time clock when the main power is off. This battery, often a coin-cell type, provides the necessary power to keep the CMOS memory alive. Without this battery, the settings can be lost when the device is powered down.
remove the cmos battrey from the computer and insert it again
take the battrey terminit of the battrey and then but them back on
There are three ways to clear the CMOS on a computer. You can access the BIOS menu and reset the BIOS settings, you can use the motherboard jumper or clear it by reseating the CMOS battery.
where the battrey located in a 2008 Pontiac torrent
Use CMOS setup.
Yes indeed. There are millions of them in use.
If you don't have a battery load tester, you'll have to use a digital multimeter to test for voltage and amperage.
No, not all systems use the same method to enter CMOS setup. Some systems allow access to CMOS setup by pressing DEL during start up and others by pressing F2.
No, not all systems use the same method to enter CMOS setup. Some systems allow access to CMOS setup by pressing DEL during start up and others by pressing F2.
If you mean the CMOS setup, then it was likely made around 1984. That was the year that IBM released the AT computer. That was the first to make use of CMOS settings. If you mean CMOS-based logic chips, they have been around since at least the the mid 1970's.
CMOS battery of your laptop maintains hard disk, time and date, and other drivers and configuration settings in a CMOS memory. You will see these tiny CMOS batteries connected directly to the laptop’s motherboard.
A CMOS socket is to plug a CMOS transistor into. Alternatively, a CMOS socket is to plug a CMOS integrated circuit into. CMOS, by the way, stands for, "Complementary Metal Oxide Semiconductor".