REC5-0512DRW/H4/A/SMD-R

The REC5-0512DRW/H4/A/SMD-R is a DC DC Converter. This type of converter can be used to convert direct current (DC) power between two volatage levels. It can be used to boost, step-up, or step-down voltages. The REC5-0512DRW/H4/A/SMD-R is highly efficient, and its low-profile design make it well suited for space-constrained applications, such as in embedded systems.

Application field

The REC5-0512DRW/H4/A/SMD-R is an excellent choice for designers wishing to benefit from an efficient and low-profile DC-DC converter. Some applications where the REC5-0512DRW/H4/A/SMD-R can be used include automotive, digital media, consumer electronics, industrial control, and medical devices. In addition, the REC5-0512DRW/H4/A/SMD-R can be used in server support conversion, storage systems, LAN switch conversions, and embedded systems. Due to its high-efficiency and compact size, the REC5-0512DRW/H4/A/SMD-R is an ideal choice for space-constrained applications.

Working Principle

DC-DC converters are used to convert a source of DC power into a different voltage output. The REC5-0512DRW/H4/A/SMD-R utilizes a buck converter design, which is based on the principle of inductor-capacitor boost-and-buck circuitry. A buck converter is used to convert a higher input voltage to a lower output voltage, while a boost converter is used to convert a lower input voltage to a higher output voltage. The converter itself is essentially an adjustable voltage regulator that uses a feedback system to regulate the voltage output. The circuit utilizes an inductor and capacitor that couple to a switching transistor to create a pulse-width modulation (PWM) effect. This PWM effect produces a stepped voltage output that is regulated by the feedback system. The REC5-0512DRW/H4/A/SMD-R is designed to have an input voltage range of 4.5 to 14VDC, and an output voltage of 5VDC.

The REC5-0512DRW/H4/A/SMD-R is an efficient DC-DC power converter that can be used to step-up or step-down voltages. Its small size makes it well suited for space-constrained applications. It can be used in a range of applications such as automotive, consumer electronics, industrial controls, and medical devices. Additionally, its buck converter design, based on inductor-capacitor boost-and-buck circuitry, enables it to convert higher input voltage to lower output voltage as well as lower input voltage to higher output voltage.