How to choose an suitable Hp 402018-001 Adapter.
choose an Hp 402018-001 Adapter with the same electronic specifications as your old one. Make sure its plug size is compatible with the device you plan to use it with. To be sure, bring your device with you before you buy.
When replacing your old Hp 402018-001 Adapter, look for one that matches the volts and milliamps of your old one. This information should be printed on the original adapter.
Determine whether the adapter should be regulated or unregulated. Simply put, an unregulated adapter does not always produce the rated voltage while a regulated adapter does. Because of this, regulated Hp 402018-001 Adapters are also generally more expensive than unregulated ones.
The Basics when Looking for an Hp 402018-001 Adapter.
1) Output Specs Voltage and milli-Amps
2) Regulated /Un-Regulate
3) Connector plug size/Output Polarity
1) Output Voltage and milli-Amps
HP 402018-001 DC359A Adapter Specification:
(http://www.babatek.com/65w-hp-laptop-ac-adapter-dc359a-402018001-185v-35a-p-1184.html)
Input: AC100-240V (worldwide use)
Output: DC 18.5V 3.5A
Power: 65W
Connecter size:
Internal Diameter: 1.7mm
External Diameter: 4.8mm
Item Includes: AC Adapter and Power Cord.
HP 402018-001 DC359A Adapter Part Number:
402018-001 DC359A
HP 402018-001 DC359A Adapter warranty:
All our HP 402018-001 DC359A ac adapters are Brand New, Order the 402018-001 DC359A HP AC Adapter Today – Full 12 months warranty! Secure Online Ordering Guaranteed,100% OEM Compatible!
Try and Find your specifications for your Hp 402018-001 Adapter. On the old adapter, Device wishing to supply or specification page in an owners manual. The specs are usually given as volts and milliAmps (mA). Always try and find a exact match of specs. This is the safest way to go. Where an exact match is not available a couple general rules of thumb to find a workable adapter.
Choose the closest voltage available . Safer to go lower the higher. Some devices can handle higher without damage but many will not take it. If you choose lower generally the worse that would happen is it would not supply adequate voltage and equipment would not normally be damaged.
