Description

This AA Passive Cell Battery is used to replace a real AA battery in flameless LED candles and other electronic devices that uses one or more AA batteries. Works in conjunction with a AA Active Dummy Cell Battery and the appropriate AC to DC Wall Power Adapter to eliminate expensive alkaline batteries that are constantly having to be replaced. Please read the detailed discussion and diagram for the components that make up a complete Battery Eliminator Kit/System.

This AA Passive Dummy Cell Battery is one component of an overall Battery Eliminator solution which consists of a AA Active Dummy Cell Battery (part number AA-DUMMY-ACTIVE), one or more AA Passive Dummy Cell Batteries (this component - quantity depends on the number of regular batteries required by the electronic device), and an AC to DC Wall Power Adapter (DC output voltage depends on the number of regular batteries used by the electronic device). This AA Passive Dummy Cell Battery has an internal short-circuit between the (+) terminal and the (-) terminal. This internal short-circuit connection is needed to complete the circuit necessary in the electronic device when used in conjunction with a AA Active Dummy Cell Battery.

This AA Passive Dummy Cell Battery is the same size as a real AA battery, so it fits in one of the battery spaces in the battery compartment. It doesn't matter which space it goes and the correct polarity doesn't necessarily need to be observed, but the mechanical fit will be best if the correct polarity is observed since the spring terminals in the battery compartment are designed to work best when the battery is inserted with the correct mechanical orientation..

As an example,suppose you want to eliminate 2 x AA batteries, You will need 1 x AA Active Dummy Cell Battery, 1 x AA Passive Dummy Cell Battery (this component) and an AC to DC Wall Adapter that supplies the appropriate power for electronic devices that use 2 x AA batteries. Since each regular AA battery supplies 1.5VDC, two AA batteries will supply 3VDC, so you would need an AC to DC Wall Adapter that supplies an output voltage around 3VDC (for example, part numbers ACDC-3P3VDC-1A-ADAPTER, ACDC-3P3VDC-1A-SP-ADAPTER, and ACDC-3P3VDC-1A-SLP-ADAPTER supply 3.3VDC).

As another example,suppose you want to eliminate 3 x AA batteries, You will need 1 x AA Active Dummy Cell Battery, 2 x AA Passive Dummy Cell Battery (this component) and an AC to DC Wall Adapter that supplies the appropriate power for electronic devices that use 3 x AA batteries. Since each regular AA battery supplies 1.5VDC, three AA batteries will supply 4.5VDC, so you would need an AC to DC Wall Adapter that supplies an output voltage around 4.5VDC (for example, part numbers ACDC-5VDC-1A-ADAPTER, and ACDC-5VDC-2A-SLP-ADAPTER supply 5VDC).

NOTE(S): This is not a real battery and will not power an electronic device on its own. It needs to be used in conjunction with the other necessary components that make up a complete Battery Eliminator solution as discussed above and depicted in the included diagram.

WARNING(S): Do not attempt to charge this AA Passive Dummy Cell Battery with a battery charger. Doing so may damage the battery charger.

IF YOU HAVE ANY QUESTIONS OR NEED TECHNICAL SUPPORT TO DETERMINE WHICH COMPONENTS YOU NEED, PLEASE DON"T HESITATE TO CALL OR E-MAIL US AT support@lightsandbatteries.com.

Features

· Same Size as a Real Alkaline AA Battery

· Works in Conjunction With Our AA Active Dummy Cell Battery and the Appropriate AC to DC Wall Power Adapter to Supply Power to an Electronic Device in Lieu of Expensive Batteries

· (+) Terminal is Internally Connected to (-) Terminal in Order to Complete the Circuit Necessary to Supply Power to an Electronic Device

· One Component That Forms a Complete Battery Eliminator System

· Stop Changing Out Dead Batteries and Start Saving Money With Our Battery Eliminator Kits & Accessories

· Part of a Battery Eliminator System That's Perfect For Flameless LED Candles and Other Electronic Devices That Are Heavily Used and Left on For Extended Periods of Time

Specifications