All categories
Phones & WearablesView all 31

Departments

Phones & WearablesComputers & TabletsComponents & StorageNetworkingPrinting & OfficePower & ChargingTV, Audio & VideoGaming, Toys & RobotsKitchen AppliancesHome AppliancesPersonal Care & HealthSmart Home & SecurityCar & MobilityTools & GardenCameras & Photo

Shopping country

Browse

All categoriesCompare products

Product comparison · 2 power adapters & inverters

ASUS 0A001-00062000 power adapter/inverter Indoor vs Lenovo 5A10K78753 power adapter/inverter Indoor

Add a product
  • 6specifications compared
  • 3differ
  • 3identical
  • 6known for one product only

Key differences

The ASUS 0A001-00062000 power adapter/inverter Indoor has 55 W more output power than the Lenovo 5A10K78753 power adapter/inverter Indoor (120 W vs 65 W). The Lenovo 5A10K78753 power adapter/inverter Indoor has 1 V more output voltage than the ASUS 0A001-00062000 power adapter/inverter Indoor (20 V vs 19 V). Compatibility: UX510UW on the ASUS 0A001-00062000 power adapter/inverter Indoor, IdeaPad 320S-14IKB/520S-14IKB on the Lenovo 5A10K78753 power adapter/inverter Indoor.

  • Output power
    • 120 W
    • 65 W
  • Output voltage
    • 19 V
    • 20 V

Side by side

Differences highlightedShow differences only
12 specifications
A

ASUS

0A001-00062000 power adapter/inverter Indoor

Model 0A001-00062000

View product
B

Lenovo

5A10K78753 power adapter/inverter Indoor

Model 5A10K78753

View product
Features3 differ
Power current typeKnown for oneAC-to-DC
Input voltageKnown for one100 - 240 V
Input frequencyKnown for one50 - 60 Hz
Output powerDiffers120 W65 W
Output voltageDiffers19 V20 V
CompatibilityDiffersUX510UWIdeaPad 320S-14IKB/520S-14IKB
Output currentKnown for one3.25 A
Brand compatibilityKnown for oneLenovo
Packaging contentidentical
Quantity per packKnown for one1 pc(s)

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.

More power adapters & inverters comparisons

All power adapters & inverters comparisons