This is the Valence N-Charge Model 130HL01 Power System's battery. It is 11.8 inches wide, 9.1 inches deep, 0.5 inches thick and weighs 2.97 pounds.
This is the Valence N-Charge Model 130HL01 Power System’s battery. It is 11.8 inches wide, 9.1 inches deep, 0.5 inches thick and weighs 2.97 pounds.
The bottom of the N-Charge power system battery shows two power ratings for two different models, the tested Model 130HL01 and the lower powered, lower priced Model 065H001. The 130HL01's Li-Ion Polymer battery has the following power specs: 12.8 volts (V
The bottom of the N-Charge power system battery shows two power ratings for two different models, the tested Model 130HL01 and the lower powered, lower priced Model 065H001. The 130HL01’s Li-Ion Polymer battery has the following power specs : 12.8 volts (V
Here is the front of the 130HL01 battery. This connector is for N-Charge adapters that support low power devices such as cell phones and PDAs.
Here is the front of the 130HL01 battery. This connector is for N-Charge adapters that support low power devices such as cell phones and PDAs.
The back of the 130HL01 battery has the connector for adapters designed to be used with higher powered devices such as notebooks.
The back of the 130HL01 battery has the connector for adapters designed to be used with higher powered devices such as notebooks.
You need an adapter to connect the battery to a notebook computer. This adapter works with a wide variety of Toshiba notebooks. We used it with a Toshiba Tecra A8 notebook which we will be reviewing soon.
You need an adapter to connect the battery to a notebook computer. This adapter works with a wide variety of Toshiba notebooks. We used it with a Toshiba Tecra A8 notebook which we will be reviewing soon.
Here the Toshiba adapter is plugged into the back of the battery.
Here the Toshiba adapter is plugged into the back of the battery.
The battery is now connected to the Toshiba Tecra. It is plugged into the jack for the computer's power adapter/charger. To the notebook, it appears that the computer is plugged into its AC power adapter. The notebook's own battery remains in place and pr
The battery is now connected to the Toshiba Tecra. It is plugged into the jack for the computer’s power adapter/charger. To the notebook, it appears that the computer is plugged into its AC power adapter. The notebook’s own battery remains in place and pr
Here the battery is connected to the Tecra A8. The 130HL01 sits under the notebook. We were a little concerned about piling the Tecra on top of the battery. A hot battery could increase the temperature of the notebook beyond tolerable limits. As it turned
Here the battery is connected to the Tecra A8. The 130HL01 sits under the notebook. We were a little concerned about piling the Tecra on top of the battery. A hot battery could increase the temperature of the notebook beyond tolerable limits. As it turned
The N-Charge Power System doesn't come with a power supply/charger of its own. Instead you use the power supply/charger that came with your notebook computer. The power supply/charger plugs into a jack at the other end of the notebook adapter. In this sli
The N-Charge Power System doesn’t come with a power supply/charger of its own. Instead you use the power supply/charger that came with your notebook computer. The power supply/charger plugs into a jack at the other end of the notebook adapter. In this sli
Here a battery life test is running. Because the N-Charge battery makes it appear that the notebook is plugged into the AC power adapter, it isn't possible to run the MobileMark 2005 (MM05) battery life tests that MobilityGuru normally uses to assess batt
Here a battery life test is running. Because the N-Charge battery makes it appear that the notebook is plugged into the AC power adapter, it isn’t possible to run the MobileMark 2005 (MM05) battery life tests that MobilityGuru normally uses to assess batt
As you can see, using our battery life tests, the Tecra ran 1 hour 32 minutes on its internal battery. The Valence N-Charge system plus the Tecra battery ran for 4 hours 59 minutes. The 130HL01 added 3 hours 27 minutes (4:59 - 1.32) to the time the Tecra
As you can see, using our battery life tests, the Tecra ran 1 hour 32 minutes on its internal battery. The Valence N-Charge system plus the Tecra battery ran for 4 hours 59 minutes. The 130HL01 added 3 hours 27 minutes (4:59 - 1.32) to the time the Tecra
