Make Your Pocket Sized Variable Power Supply Today!

Have you ever wondered if there exists a pocket sized variable power supply that you can conveniently carry with you wherever you go? Well, the great news is, it's a reality! In this video, we're providing detailed instructions on how to construct one for yourself.

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You'll be pleasantly surprised by how straightforward it is with our comprehensive guide!

Introducing the pocket sized variable power supply, a compact and adaptable solution designed to deliver precise DC voltage wherever you may need it. With its small size and adjustable output, this portable powerhouse is perfect for energizing everything from small circuits to larger projects on the go.

No longer will you find yourself limited by the availability of mains power. Whether you're out in the field, attending a maker faire, or simply away from your workbench, this portable power source ensures that your projects remain energized and operational.

Equipped with a variety of output voltages and current capacities, the pocket sized variable power supply offers versatility and convenience for a wide range of applications. Whether you're powering LEDs, motors, sensors, or microcontrollers, adjusting the output to meet your project's specific requirements is a breeze. With our pocket sized variable power supply, you can generate ANY DC voltage below 8.5 Volts! This means you'll no longer be solely reliant on 9V batteries to power your devices - options like AA and AAA batteries are now viable as well. It can support loads requiring up to 2A of current, making it incredibly versatile, wouldn't you agree?

Join us on circuitapps as we explore the significance of portable DC power and discover the many ways in which the pocket sized variable power supply can enhance your electronics projects. Don't forget to subscribe to our channel for a wealth of informative content, project tutorials, and innovative solutions in the realm of electronics. Let's power up and unleash our creativity together with circuitapps!

[circuitapps]

BONUS TIP: If you need DC voltages higher than 9V, simply increase the input voltage by connecting two 9V batteries in series to expand the output DC voltage range. Simple! 😉🍾

[plasmahawk]

I tried it and killed the buck boost converter