Product comparison · 2 power adapters & inverters

CoreParts MBA50168 power adapter/inverter Indoor vs CoreParts MBA50169 power adapter/inverter Indoor

Key differences

Compatibility
- MBA50168 power adapter/inverter Indoor:Asus 04G266010800
- MBA50169 power adapter/inverter Indoor:Asus 0A001-00060400
Weight
- MBA50168 power adapter/inverter Indoor:200 g
- MBA50169 power adapter/inverter Indoor:300 g
Package weight
- MBA50168 power adapter/inverter Indoor:300 g
- MBA50169 power adapter/inverter Indoor:400 g

Differences highlightedShow differences only

Comparison of MBA50168, MBA50169
36 specifications	A CoreParts MBA50168 power adapter/inverter Indoor Model MBA50168 View product	B CoreParts MBA50169 power adapter/inverter Indoor Model MBA50169 View product
Features1 differ
Purpose	Laptop	Laptop
Power supply type	Indoor	Indoor
Power current type	AC-to-DC	AC-to-DC
Input voltage	110-230 V	110-230 V
Input frequency	50 - 60 Hz	50 - 60 Hz
Output power	120 W	120 W
Output voltage	19 V	19 V
Adjustable output voltage	No	No
Detachable power connectors	Yes	Yes
CompatibilityDiffers	Asus 04G266010800	Asus 0A001-00060400
Poweridentical
Automatic output voltage adjustment	Yes	Yes
Input operation voltage (min)	100 V	100 V
AC adapter output current	6.3 A	6.3 A
Performanceidentical
Connector(s)	5.5*2.5	5.5*2.5
Designidentical
Product colour	Black	Black
Housing material	Plastic	Plastic
Housing colour	Black	Black
On/off switch	No	No
Certificatesidentical
Certification	CE	CE
Weight & dimensions1 differ
Width	60 mm	60 mm
Depth	40 mm	40 mm
Height	80 mm	80 mm
WeightDiffers	200 g	300 g
Packaging data1 differ
Package width	60 mm	60 mm
Package depth	40 mm	40 mm
Package height	80 mm	80 mm
Package weightDiffers	300 g	400 g
Package type	Box	Box
Packaging contentidentical
Cables included	AC	AC
Included power plug types	EU	EU
Quantity per pack	1 pc(s)	1 pc(s)
Technical detailsidentical
Power consumption (standby)	0.21 W	0.21 W
Plug 1 dimensions	5.5x2.5 mm	5.5x2.5 mm
Other featuresidentical
Batteries included	No	No
Overload protection	Yes	Yes
Short circuit protection	Yes	Yes

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.