12-11-2019
10:32 AM
- last edited on
03-05-2024
06:51 PM
by
ROGBot
12-11-2019 11:16 AM
12-11-2019 12:57 PM
jdfrench3 wrote:
Get a voltmeter and check the output of your charging brick. The voltage is written on the back of the charging brick. Does it match what your voltmeter shows? If it doesn't then replace the charging brick. If the charging brick is putting out the required voltage then replace the battery. Once you have everything back together if you still have no joy then it is most likely the motherboard. There is one exception, it could also be the DC POWER JACK Part No. : 12G14531103H.
It's an older laptop and worth less than what a motherboard replacement would cost. Availability of a good motherboard is going to be few and far between. Batteries and charging bricks can be found easily.
Good Luck
12-12-2019 11:12 AM
jdfrench3 wrote:
Get a voltmeter and check the output of your charging brick. The voltage is written on the back of the charging brick. Does it match what your voltmeter shows? If it doesn't then replace the charging brick. If the charging brick is putting out the required voltage then replace the battery. Once you have everything back together if you still have no joy then it is most likely the motherboard. There is one exception, it could also be the DC POWER JACK Part No. : 12G14531103H.
It's an older laptop and worth less than what a motherboard replacement would cost. Availability of a good motherboard is going to be few and far between. Batteries and charging bricks can be found easily.
Good Luck
12-12-2019 11:51 AM
12-12-2019 12:37 PM
jdfrench3 wrote:
Replacement batteries are normally charged about 10-20% and will require charging out of the box. Once you have the battery in-place and laptop back in one piece, plug the charging brick into the wall and boot-up the laptop. It should have enough charge in the battery to at least boot-up the laptop once. Keep an eye on the charging icon and charge %. If it doesn't charge it is most likely the motherboard. Please keep in mind, the charging brick simply supplies DC voltage, it is a charging circuit on the motherboard that actually charges the battery.
Good Luck
12-12-2019 01:03 PM
01-09-2020 10:05 AM
jdfrench3 wrote:
It is not normally a faulty battery to prevent a laptop to boot. With a faulty battery, the laptop needs only be plugged in to allow a successful boot. What happens is a faulty battery destroys the charging circuit on the motherboard and then prevents bootup.
Many people use their laptop with the charging brick pugged-in to the wall all the time. That's OK, but keep in mind the battery will need to be replaced every couple years or so. If you continue to use the laptop with an old battery, the higher the chance the charging circuit on the motherboard will fail.
The charging circuit is also required for laptop operation. If the charging circuit fails, most often the motherboard cannot operate (no boot).
I had a G75VW (17 inch version of your G55VW) that had a motherboard fail because of the charging circuit. I have a separate battery charger that allowed me to charge the battery outside the laptop. I was able to charge the battery, install the battery, and use it to boot the laptop. The laptop was operational 30-40 minutes before the battery would fail. A motherboard replacement fixed the problem. This is the problem your laptop has.
Good Luck
01-09-2020 10:58 AM
11-05-2021 11:53 AM