REC3-0505SRW/H2/A/M/SMD/CTRL

The REC3-0505SRW/H2/A/M/SMD/CTRL is a type of DC DC converter, which is widely used in many applications. It is a step down DC-DC converter, which provides a high efficiency and reliable power supply with a wide voltage range.

The REC3-0505SRW/H2/A/M/SMD/CTRL has an internal switch-mode power supply which helps to reduce energy loss during the conversion process. It provides high efficiency and low noise operation. The converter also has a built-in protection circuit which protects the device from overheating, short circuit, overvoltage, and undervoltage conditions. It is also designed with high surge current capability, making it ideal for industrial and automotive applications.

The REC3-0505SRW/H2/A/M/SMD/CTRL has an adjustable output voltage range of 5V to 16V. The maximum output current of this converter is 5A. There are buit-in protection features, such as overcurrent protection and overvoltage protection, which provide a safe and reliable operation. The converter can work with a wide range of input voltages from 4.5V to 32V.

The REC3-0505SRW/H2/A/M/SMD/CTRL converter has a high power efficiency of up to 95%. It is designed with a built-in control circuit which helps to optimize the efficiency and safety of the device. The control circuit can detect the input voltage and adjust the output voltage accordingly. This is especially useful in applications where the voltage varies significantly, such as in automotive applications.

The REC3-0505SRW/H2/A/M/SMD/CTRL converter is widely used in a variety of applications, such as medical equipment, automotive, industrial, and communications applications. It is also used in consumer electronics, computers, tablets, and other portable devices. The high efficiency and reliable power supply of the converter makes it an ideal choice for these applications.

The main working principle of the REC3-0505SRW/H2/A/M/SMD/CTRL converter is transformer-based. The transformer works by converting input voltage into a higher output voltage. A rectifier is then used to transform the output voltage into a lower DC voltage. The output voltage is then regulated with a feedback control loop, which ensures the output voltage remains within the specified output voltage range.