IDEAL DIODES

iDEAL DIODES

Introducing our ideal diode for UAVs – the perfect solution for powering your unmanned aerial vehicles reliably and safely. Our product allows for the connection of multiple batteries with different voltages to a single input, while ensuring that the battery with the highest voltage is used first to power your UAV.

Designed with cutting-edge semiconductor technology, our ideal diode provides complete protection against potential shorts or faults in the system. This guarantees that your UAV is safe and secure, even in the most challenging operating conditions.

Our ideal diode enables live swapping of batteries, without any interruption to the power supply. This feature is particularly useful for applications where continuous operation is critical, such as aerial surveillance or search and rescue missions.

At the heart of our ideal diode is a state-of-the-art design that ensures reliable and efficient operation, while extending the lifespan of your battery system. Our product is compatible with a wide range of UAVs, and there is no limit on the number of ideal diodes that can be used in the system.

Invest in our ideal diode for UAVs today, and experience the benefits of enhanced reliability, safety, and efficiency for your unmanned aerial vehicles.

Features of Ideal Diode

  • Over Voltage Protection
  • Ultra Low Power Consumption
  • Fast Load Transient Response
  • Soft Start
  • High Efficiency (>97%)

RT/ID15V60

  • Max Voltage (V): 60V
  • Max Current (A): 15A (w/o heatsink) 30A (with heastsink)
  • Dimensions:  41mm x 20 mm
  • Main connectors: XT60
  • Resistance (Rds_ON): 1.2mOhm (typically)
  • Can power 2S to 14S battery packs
  • Reverse Current protection enabled
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RT/ID25V75

  • Max Voltage (V): 75V
  • Max Current (A): 15A (w/o heatsink)
  • Dimension : 47mm x 44mm
  • Main Connectors: XT60
  • Resistance (Rds_ON): 2mOhm
  • Can power 2S to 17S battery packs
  • Reverse Current protection enabled
  • Reverse Polarity protection enabled
  • Dual ideal diodes integrated into a single board for redundant power supplies
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Choosing The right technology

Choosing the right ideal diode can be a critical decision. That’s why we address your concerns head-on. Worried about weight? Curious about alternative protective solutions? Contemplating between single channel or dual channel ideal diodes? Our comprehensive solutions consider factors like high current, low voltage dropouts and efficient power transmission  . Our ideal diode features are tailored to your unique needs, ensuring seamless integration into your projects.

Doubts or questions? Our dedicated team of application engineers are here for you. Please do not hesitate to get in touch with us. We’ll be delighted to answer your queries, providing expert guidance to empower your decision-making process. Choose Revogreen Technologies for the ideal diode solution that sets the standard for excellence.

Should you have any specific requirements or customization preferences for Ideal diodes that align with your project needs, we encourage you to reach out to us. We are readily available to discuss and accommodate any special requests you may have for the Ideal Diode tailored to your project specifications.

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Frequently Asked Question

An ideal diode is a semiconductor device that acts as an electronic switch, allowing current to flow in one direction while blocking it in the opposite direction. It has a very low forward voltage drop and negligible reverse leakage, making it more efficient and reliable than conventional diodes.

Ideal diodes are commonly used in electronic devices and systems that require high reliability and efficiency, such as power distribution, battery management, and voltage regulation.

Ideal diodes protect power supplies from faults and shorts by blocking reverse current flow, which can cause damage to the system. They also allow multiple power sources to be connected in parallel with one another without causing any damage or disruption to the system.

Yes, ideal diodes can be used with a wide range of battery types and voltages, allowing multiple batteries to be connected to a single input.

One limitation of ideal diodes is that they have a voltage drop that is not zero, although it is much lower than that of conventional diodes.  

The selection of an ideal diode will depend on various factors, such as the voltage and current requirements of your application, the battery type and voltage, and the switching frequency. Consultation with a professional or expert in the field may be necessary to determine the appropriate ideal diode for your specific needs.