A DC/DC voltage converter, POWERBOX manufactured by the company EVEA is an electronic device designed to convert a direct voltage (DC) from one value to another. There are several types of DC/DC converters, each with their own specific characteristics and applications.

Here are some of the most common types of DC/DC converters:

DC-DC Converter (DC-DC): This type of converter takes one DC voltage as input and provides a different DC voltage as output. DC-DC converters are used to regulate voltage, step up or step down voltage, or even to electrically isolate circuits.

Direct-to-Alternative Converter (DC-AC): Also known as an inverter, this type of converter takes a DC voltage as an input and produces an AC voltage as an output. Inverters are commonly used to power domestic or industrial devices from batteries or photovoltaic energy sources.

Alternating-to-direct converter (AC-DC): This converter transforms an alternating input voltage into a direct output voltage. The power supplies of many electronic devices work with this type of converter.

Alternating-alternating converter (AC-AC): These converters allow you to change the frequency or phase of the alternating voltage at the output compared to that at the input. They are sometimes used to control the speed of electric motors or adapt an alternating voltage to an electrical network with a different frequency.

Frequency converter: This type of converter changes the frequency of the AC voltage while maintaining the same amplitude. They are used to control the speed of electric motors, mainly in industry.

Switching Converter: These converters use electronic switches to control the output voltage by rapidly modulating the input voltage. They are efficient and widely used in modern switching power sources.

DC/DC converters for voltage adaptation between batteries and accessories

Boost and Buck Converters: These DC-DC converters are specially designed to increase (boost) or lower (buck) the DC voltage at the output compared to that at the input.

Resonant Converter: They use electrical resonance to convert high frequency voltage efficiently.

Selection of the appropriate voltage converter will depend on the specific application, voltage requirements, current, regulation, efficiency and other factors. Voltage converters are essential components of many modern electronic and electrical systems, allowing different devices and equipment to operate with compatible voltages.