Voltage converters

What are Voltage Converters? 

A voltage converter (inverter) is a device that converts direct current (DC) from one voltage level to another. They are indispensable in situations where there is a need to power equipment of a certain voltage from another source of a different voltage, for example, powering 12V equipment from a 24V installation or vice versa. Voltage converters are widely used in automotive applications, emergency power systems and solar installations. 

What are the types of voltage converters? 

• Voltage converters from 12V to other values - Inverters that convert 12V to other lower or higher voltages. They are ideal for vehicle applications where the power comes from a 12V battery, but it is necessary to supply power to devices with other voltage requirements. 

• Voltage converters from 24V to other values - inverters that change 24V to another voltage, which is particularly useful for trucks, buses and 24V battery power systems. 

How do I choose the right voltage converter? 

1. Application and input voltage: Start by identifying the voltage from which you want to convert energy. If you have a 12V installation and need an inverter for appliances with a different voltage, Extralink SD-100B-12 will be the right choice. It is an inverter that operates on an input voltage of 12V and converts it to other values as required. 

2. Productivity and efficiency: Pay attention to the efficiency of the inverter - the higher the efficiency, the less energy will be lost during the voltage conversion process. High efficiency is crucial in applications where a long-lasting power supply is important, such as solar installations or emergency power supply. 

3. Output voltage and power: When choosing a converter, make sure that its output voltage and power are suitable to power your devices. Extralink SD-50C-24 is an inverter that converts 24V, making it ideal for systems that use higher input voltages. 

4. Safety and security: It is important that the converter has adequate protection, such as overload, overheating, and short circuit protection. This will ensure that your equipment is protected from damage and that the converter itself operates reliably.