In this video the Boost converter input/outputs, components and how to connect it explained. Then datasheet for each major components are shown. The module is tested under different load conditions with up to 1000W(1kW) load tested with different input and output voltages.
Input voltage: DC 10V-32V.
Output voltage: DC12V-35V(adjustable).
Output Current: 6A(MAX).
Output Power: Natural Cooling 100W (MAX), Strengthening Cooling 150W (MAX) Real Power.
Conversion efficiency: 94% (when Output 19V 2.5A Input 16V, Reference).
Working temperature: industrial (-40 C to +85 C)
No-load current: 25mA typical.
Charge 12V and 24V Lead acid using Computer Power Supply
Charge your laptop with 12V battery or from your car
Boost 10 to 32V to 12 to 36V
Welcome to our channel! In today's video, we are about to unveil a groundbreaking innovation in the world of power electronics: the Limitless Power DC to DC Boost Converter Concept. Imagine having the ability to combine the power of multiple 1800W commercial converters and achieve limitless power with a single synchronous control loop. Yes, it's possible, and we're here to explain how.
In a world where our hunger for electrical power continues to grow, conventional power conversion methods have their limitations. This has led us to develop a groundbreaking concept that has the potential to change the game entirely. From data centers and electric vehicles to renewable energy systems, the demand for high-power applications is ever-increasing. The current state-of-the-art converters struggle to meet these demands efficiently. Traditional converters often face challenges such as low efficiency, bulkiness, and difficulty in scaling up power. This has prompted us to think outside the box.
The synchronous control loop is the heart of our concept. It dynamically adjusts the converter's operation to efficiently combine the power of multiple 1800W commercial converters while maintaining optimal performance. By synchronizing the operation of multiple 1800W converters, our concept achieves a seamless power combination that allows us to harness their collective power without any efficiency losses.
The result? A DC to DC boost converter concept capable of delivering limitless power for your most demanding applications. Say goodbye to power limitations!
In this video the Boost converter input/outputs, components and how to connect it explained. Then datasheet for each major components are shown. The module is tested under different load conditions with up to 1000W(1kW) load tested with different input and output voltages.
Input voltage: DC 10V-32V.
Output voltage: DC12V-35V(adjustable).
Output Current: 6A(MAX).
Output Power: Natural Cooling 100W (MAX), Strengthening Cooling 150W (MAX) Real Power.
Conversion efficiency: 94% (when Output 19V 2.5A Input 16V, Reference).
Working temperature: industrial (-40 C to +85 C)
No-load current: 25mA typical.
Charge 12V and 24V Lead acid using Computer Power Supply
Charge your laptop with 12V battery or from your car
Boost 10 to 32V to 12 to 36V
Welcome to our channel! In today's video, we are about to unveil a groundbreaking innovation in the world of power electronics: the Limitless Power DC to DC Boost Converter Concept. Imagine having the ability to combine the power of multiple 1800W commercial converters and achieve limitless power with a single synchronous control loop. Yes, it's possible, and we're here to explain how.
In a world where our hunger for electrical power continues to grow, conventional power conversion methods have their limitations. This has led us to develop a groundbreaking concept that has the potential to change the game entirely. From data centers and electric vehicles to renewable energy systems, the demand for high-power applications is ever-increasing. The current state-of-the-art converters struggle to meet these demands efficiently. Traditional converters often face challenges such as low efficiency, bulkiness, and difficulty in scaling up power. This has prompted us to think outside the box.
The synchronous control loop is the heart of our concept. It dynamically adjusts the converter's operation to efficiently combine the power of multiple 1800W commercial converters while maintaining optimal performance. By synchronizing the operation of multiple 1800W converters, our concept achieves a seamless power combination that allows us to harness their collective power without any efficiency losses.
The result? A DC to DC boost converter concept capable of delivering limitless power for your most demanding applications. Say goodbye to power limitations!
No comments:
Post a Comment