Delta 12V 10A AC Adapter

• delta 12V 0.56A
• delta 12V 1.5A
• delta 12V 10A
• delta 12V 12.5A
• delta 12V 15A
• delta 12V 18A
• delta 12V 2A
• delta 12V 2.5A
• delta 12V 20A
• delta 12V 3A
• delta 12V 3.33A
• delta 12V 4A
• delta 12V 4.16A
• delta 12V 4.2A
• delta 12V 4.6A
• delta 12V 5A
• delta 12V 5.417A
• delta 12V 5.5A
• delta 12V 5.8A
• delta 12V 6A
• delta 12V 6.25A
• delta 12V 7.5A
• delta 12V 8A
• delta 12V 8.33A
• delta 15V 1A
• delta 15V 3A
• delta 15V 5A
• delta 18V 3.33A
• delta 18V 5A
• delta 18.5V 3.52A
• delta 19V 1.58A
• delta 19V 2.1A
• delta 19V 2.15A
• delta 19V 2.6A
• delta 19V 2.64A
• delta 19V 3.42A
• delta 19V 3.79A
• delta 19V 3.95A
• delta 19V 4.74A
• delta 19V 5.26A
• delta 19V 6.32A
• delta 19V 7.1A
• delta 19V 7.11A
• delta 19V 7.89A
• delta 19V 7.9A
• delta 19V 9.5A
• delta 19.5V 11.8A
• delta 19.5V 12.3A
• delta 19.5V 16.9A
• delta 19.5V 6.15A
• delta 19.5V 6.66A
• delta 19.5V 6.92A
• delta 19.5V 7.7A
• delta 19.5V 9.2A
• delta 19.5V 9.23A
• delta 20V 10A
• delta 20V 11.5A
• delta 20V 12A
• delta 20V 14A
• delta 20V 2A
• delta 20V 2.25A
• delta 20V 3.25A
• delta 20V 4.5A
• delta 20V 5A
• delta 20V 6A
• delta 20V 7.5A
• delta 20V 9A
• delta 22.5V 2A
• delta 22.5V 2.0A
• delta 24V 10A
• delta 24V 15A
• delta 24V 2A
• delta 24V 2.5A
• delta 24V 2.6A
• delta 24V 3A
• delta 24V 5A
• delta 24V 6.25A
• delta 24V 7.5A
• delta 24.8V 2.6A
• delta 29V 3.45A
• delta 36V 3A
• delta 48V 0.375A
• delta 48V 0.917A
• delta 48V 1.05A
• delta 48V 1.25A
• delta 48V 1.67A
• delta 48V 2.5A
• delta 48V 2.75A
• delta 48V 3.125A
• delta 48V 4.16A
• delta 5V 2A
• delta 5V 4A
• delta 5V 5A
• delta 5V 6A
• delta 5.2V 4.4A
• delta 54V 1.58A
• delta 54V 1.67A
• delta 54V 2.78A
• delta 54V 5.18A
• delta 54V 5.56A
• delta 56V 0.8A
• delta 6V 2A
• delta 9V 1.67A
• delta 9V 10A
• delta 9V 6A

How to Repairing a Loose AC Adapter

Power adapters, such as those used to power laptops are a great way to save the life of the battery of an electronic device. With normal wear and tear, though, these power adapters are susceptible to damage such as loose wires inside their sheathing. If power adapter is loose, it can't provide the necessary amount of electricity. Repairing a loose AC adapter is a simple procedure that can be done at home by yourself.

Here below are the instructions:

1. Plug the adapter into the wall, and then connect it to your electronic device. Pinch your fingers and along the length of the string, and watch the LED light on it. When the light flashes, you've found the loose wire.

2. Disconnect the power adapter from the device and unplug it from the wall. Cut the power adapter that close to the damaged area in step 1 with a pair of pliers.

3. Place a piece of heat shrinks tubing on one end of both halves, and drag it out of his way.

4. Strip an inch of insulation away from both ends of the cut power adapter cord with a pair of wire strippers.

5. Twist the exposed wires from one half of the power cord around the exposed wires on the other half. If it has a switching Center through the two ends of the AC adapter wire, twist the two ends to secure the connection.

6. Plug in your soldering iron and wait for warmth. A small amount of solder to the twisted, son exposed to further secure the connection. Cool the area, and wrap electrical tape around it.

7. Slide the heat shrink on the tape, and heat it with a hairdryer.

8. Plug the adapter into the wall and then connect it to your electronic device. Pinch your finger along the length of the power cable, and watch the LED light to check the stability of the power cord. If the LED does not flash, the power cable is properly repaired. If the cord is still flashing, check the internal power source to the electronic device for further troubleshooting.

Why You Should Own More Than One Laptop Power Supply

Most people who depend primarily on a laptop computer and only have one power supply for it don't know how much inconvenience they are suffering. Extra power adapters don't cost that much and can dramatically lower the stress levels of a laptop users. Here are the two fundamental principles that apply: You never want to be caught with a dying laptop, a nearby power plug and no adapter! Second, the time to unwind and plug in the adapter adds up over time.

Here's the perfect plan for a laptop user. Buy three power adapters. One always stays in your computer bag and is used in portable settings only. One is kept at work where it is always plugged in and waiting to be used. The other stays at home wherever you use the laptop most the benefits here are great. You'll always have an adaptor convenient and, in most cases, you won't need to take the effort to plug in. It will be hard to forget your adapter since you won't need to take it out of your bag at home or at work. The bonus is that your laptop will stay charged more of the time since the effort required to plug it in and charge the battery is dramatically less. Though it will cost more than pennies to buy two extra power adapters, it's easy to make up for the cost in reduced stress and added convenience. Most people who go down this road would never dream of going back to a world where they always are using the same single power adapter!