Product comparison · 2 power adapters & inverters

APC HP OMNIBOOK 2100 SERIES NB POWER ADAPTER vs Targus Accessory Powering System

4specifications compared
4differ
0identical
4known for one product only

Key differences

The APC HP OMNIBOOK 2100 SERIES NB POWER ADAPTER has 16.7 V more output voltage than the Targus Accessory Powering System (20 V vs 3.3 V). The APC HP OMNIBOOK 2100 SERIES NB POWER ADAPTER has 45 W more capacity than the Targus Accessory Powering System (60 W vs 15 W). The APC HP OMNIBOOK 2100 SERIES NB POWER ADAPTER has 173 g more weight than the Targus Accessory Powering System (230 g vs 57 g). Dimensions (WxDxH): 69.9 x 139.7 x 228.6 mm on the APC HP OMNIBOOK 2100 SERIES NB POWER ADAPTER, 110 x 30 x 20 mm on the Targus Accessory Powering System.

Output voltage
- HP OMNIBOOK 2100 SERIES NB POWER ADAPTER:20 V
- Accessory Powering System:3.3 V
Capacity
- HP OMNIBOOK 2100 SERIES NB POWER ADAPTER:60 W
- Accessory Powering System:15 W
Weight
- HP OMNIBOOK 2100 SERIES NB POWER ADAPTER:230 g
- Accessory Powering System:57 g
Dimensions (WxDxH)
- HP OMNIBOOK 2100 SERIES NB POWER ADAPTER:69.9 x 139.7 x 228.6 mm
- Accessory Powering System:110 x 30 x 20 mm

Side by side

Differences highlightedShow differences only

Comparison of HP OMNIBOOK 2100 SERIES NB POWER ADAPTER, Accessory Powering System
8 specifications	A APC HP OMNIBOOK 2100 SERIES NB POWER ADAPTER View product	B Targus Accessory Powering System View product
Features1 differ
Output voltageDiffers	20 V	3.3 V
Output currentKnown for one	3.2 A	Unknown — not stated by the source
Power1 differ
CapacityDiffers	60 W	15 W
Certificatesidentical
CertificationKnown for one	CE, ISO 9001	Unknown — not stated by the source
Weight & dimensions1 differ
WeightDiffers	230 g	57 g
Other features1 differ
Dimensions (WxDxH)Differs	69.9 x 139.7 x 228.6 mm	110 x 30 x 20 mm
Designidentical
Product colourKnown for one	Unknown — not stated by the source	Black
Logistics dataidentical
Safety featuresKnown for one	Unknown — not stated by the source	Over voltage protection, over temperature protection, short circuit protection

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.

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