Product comparison · 2 power adapters & inverters

ASUS N65W-03 power adapter/inverter Indoor vs Lenovo ADP90DD power adapter/inverter Indoor

Key differences

Output power
- N65W-03 power adapter/inverter Indoor:65 W
- ADP90DD power adapter/inverter Indoor:90 W
Output voltage
- N65W-03 power adapter/inverter Indoor:19 V
- ADP90DD power adapter/inverter Indoor:20 V
Output current
- N65W-03 power adapter/inverter Indoor:3.42 A
- ADP90DD power adapter/inverter Indoor:4.5 A
Brand compatibility
- N65W-03 power adapter/inverter Indoor:ASUS
- ADP90DD power adapter/inverter Indoor:IBM/Lenovo

Differences highlightedShow differences only

Comparison of N65W-03, ADP90DD
17 specifications	A ASUS N65W-03 power adapter/inverter Indoor Model N65W-03 View product	B Lenovo ADP90DD power adapter/inverter Indoor Model ADP90DD View product
Features5 differ
Purpose	Laptop	Laptop
Power supply type	Indoor	Indoor
Power current type	AC-to-DC	AC-to-DC
Input voltage	100-240 V	100-240 V
Input frequency	50/60 Hz	50/60 Hz
Input currentKnown for one	1.5 A	Unknown — not stated by the source
Output powerDiffers	65 W	90 W
Output voltageDiffers	19 V	20 V
Output currentDiffers	3.42 A	4.5 A
Brand compatibilityDiffers	ASUS	IBM/Lenovo
CompatibilityDiffers	A42F,A46CA,A8L/F/H/E,A52F/JB/JK,A7C/D/F/G/J/M/S/U/V,A72F, A9,B23E,B33E,B43A/E/F/S,B53A/E/F/J,B50,B51,B80,F3L/F/H/Q, F5GL, F50GX/Q/Z, F52, F6A/E, F80CR/L/Q, F82, F83T, F9E/F, K40IJ/IN/IL/C, K42F,K43A/BE/BR/BV/BY/E/U,K45A/VD/VG/VM/VS,K46CA/CB/CM, K50IJ/IN/IL/C,K52F/N/JB/JK,K53BE/BR/BY/E/U/Z,K54C/L,K55	R60, R60e, R61, T60, T60p, T61, X60, X60s, X61, Z60, Z60t, Z61, 3000, C100, V100, N100
Adjustable output voltageKnown for one	Unknown — not stated by the source	No
Designidentical
Product colour	Black	Black
Weight & dimensionsidentical
WidthKnown for one	75 mm	Unknown — not stated by the source
DepthKnown for one	30.5 mm	Unknown — not stated by the source
HeightKnown for one	75 mm	Unknown — not stated by the source
Performanceidentical
Connector(s)Known for one	Unknown — not stated by the source	1

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.