R2S12-1212/HP-R

DC/DC converters offer a simple way to interconnect different DC voltage sources or convert the voltage level of a DC source, such as batteries, to match the needs of the system they are connected to. R2S12-1212/HP-R is designed for voltage-level conversion and can be used in the best possible way for DC/DC conversion.

R2S12-1212/HP-R is a dual-channel, double-conversion DC/DC converter with a wide input voltage range of 15 to 36 VDC and a wide output voltage range of 65 to 130 VDC. It is an ideal choice for applications such as industrial automation, communications and transportation. Its efficiency is up to 93% while in full-load operation.

In terms of application, R2S12-1212/HP-R can be used to power various systems, such as industrial PCs, automation systems and telecommunications systems. It is especially suitable for applications that require a wide range of input voltage and output power. In addition, it is applicable for systems that require surge protection and high reliability.

As far as its working principle is concerned, R2S12-1212/HP-R uses the buck-boost switching topology to provide constant current output from the input voltage source. During the process of voltage conversion, the input voltage is converted into intermediate power and then is further converted to the output voltage. The R2S12-1212/HP-R employs two power stages in order to achieve wide-range voltage conversion. One Stage is responsible for the input voltage conversion, while the second stage is responsible for the output voltage conversion.

The R2S12-1212/HP-R also provides protecion features to protect the converter from overload and short-circuit damage. The hardware protection circuit integrated into the converter ensures the high-quality output with its quick response.

In conclusion, R2S12-1212/HP-R is an ideal choice for DC/DC applications with its wide range voltage conversion abilities and high reliability. It not only provides the sufficient voltage conversion, but also protection features to protect the system from damage.