DC-DC converters are highly essential for power management and electronic devices. They allow the devices to step up or down the voltage to meet different components’ needs. However, isolation is the main feature that significantly affects the reliability and safety of electronic systems. So, learn about the isolated DC-DC power converters before making an investment.
Why Should You Consider Isolation For Your Power Converter?
An isolated power converter ensures that the input has been isolated from the output physically and electrically. The circuit needs to be separated into different sections to prevent the direct flow of current between input and output. Using a transformer is the best way to achieve it. For instance, if you have powered the medical-grade PCBs without any isolated structure, there is a risk of surges or shocks. The device and the user will also be at risk.
Commonly, industrial-grade devices differ from those used for consumers. The voltages and currents for industrial applications are higher. Moreover, additional electrical and thermal requirements are essential for industrial devices. It is also important to monitor ongoing operations for fault detection and feedback loops. Thus, you should understand the difference between non-isolated and isolated power designs for user safety.
Basics of Isolation- Learn About The Benefits of DC/DC Converters
Isolation in your DC/DC converters indicates galvanic isolation. It involves no direct or metallic conduction path between the circuit parts. The isolation creates a barrier between the output and input levels. It is essential to maintain safety and circuit functionality. Now, let us discuss the advantages of using DC-DC power converters.
Comply with safety regulations- The major reason for choosing isolated DC-DC converters is safety. By ensuring electrical separation between the circuits, these converters ensure safety to the equipment and users.
Reduced noise- With an electrical isolation feature, the converters minimize interference and noise from system components. So, you will find higher reliability and better performance with these converters.
Compatible with voltage requirements- Isolated converters ensure a controlled output voltage and wide input range. Thus, they are compatible with most systems and devices that work at varying voltage levels.
A compact design- Innovative isolated converters are available in a compact size. They can be easily integrated into different devices and systems. That is why they are a convenient and versatile solution, which meets your power conversion needs.
Highly energy efficient- Isolated DC-DC power conversion devices are intended for higher efficiency. They ensure a reduced energy loss during the power conversion process. You will also save your operating costs due to minimal energy consumption.
Improved reliability- Isolated converters maintain a stable output voltage and reduce interference. Most professionals invest in these devices for their optimized performance and consistency.
When Do You Need Isolated DC/DC Converters?
Isolated DC-DC converters have applications in different industries:
Industrial automation- Modern automation systems have different sensors and controllers for proper functioning. Isolated power converters ensure that your electronic device receives the right amount of voltage. They also improve your system's reliability and prevent interference.
Telecommunication systems- Isolated converters used for telecommunication networks maintain regulated and stable power supplies.
Electric Vehicles- Electrically operated cars need isolated DC-DC power conversion systems. They supply power and energy to auxiliary systems. Energy flow between car components will be easily manageable.
Buy DC-DC Power Supplies and Converters
At SMX Power, you will find a stock of high-quality power supply products, including power converters. We have tested our devices to ensure smooth performance. Our professionals will safely deliver the power converters to your location. Contact us today and get our devices at a reasonable rate.