R2S-0524-R

Current - Output (Max):	83mA
Size / Dimension:	0.50" L x 0.42" W x 0.35" H (12.8mm x 10.7mm x 9.0mm)
Package / Case:	8-SMD Module, 5 Leads
Mounting Type:	Surface Mount
Efficiency:	85%
Operating Temperature:	-40°C ~ 100°C
Features:	SCP
Applications:	ITE (Commercial)
Voltage - Isolation:	1kV
Power (Watts):	2W
Series:	ECONOLINE R2S
Voltage - Output 3:	--
Voltage - Output 2:	--
Voltage - Output 1:	24V
Voltage - Input (Max):	5.5V
Voltage - Input (Min):	4.5V
Number of Outputs:	1
Type:	Isolated Module
Part Status:	Active
Packaging:	Tape & Reel (TR)

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R2S-0524-R Application field and Working Principle of DC DC ConvertersDC DC converters, also known as DC-DC power converters, are specialized electronic circuits that have been designed to convert a direct current DC input voltage into a different direct current DC output voltage. Common converter types are step-up, step-down, voltage boost and buck–boost. DC DC converters can be broadly divided into linear converters that use an inductor instead of a transformer, and switch-mode converters, which use a transistor as the switching element. The most popular type of DC-DC converter is the switch-mode converter, and these are described below.R2S-0524-R Applications of DC DC ConvertersDC DC converters are used in a variety of situations including powering low voltage circuits from batteries, converting high voltage DC from solar cells to usable voltage levels and high efficiency voltage boost applications. They are also used in a variety of industrial and consumer applications such as LED lighting, DC motor control, automotive and telecoms applications, and embedded systems.DC DC converters provide a reliable, efficient and cost effective means of converting DC voltage from one level to another, and this makes them an attractive option for many applications, particularly in the case of remote and battery powered systems.DC DC converters are also used for the purpose of power factor correction. Power factor is the ratio of real to apparent power, and can become distorted when electrical loads such as electrical motors, generators and transformers are operating. Power factor correction can be achieved by using a DC DC converter to convert the power from the original form to a form that is easier to manage.R2S-0524-R Working Principle of DC DC ConvertersThe working principles of DC DC converters can be broadly grouped into linear and switch mode converters.Linear DC DC converters use inductors and capacitors in combination to create the desired output voltage from the supplied input voltage. The most commonly used converter for this purpose is the inductor-capacitor buck converter. This converter works by allowing the capacitor to store the excess energy from the inductor before allowing the inductor to dissipate the energy in the form of current.Switch mode converters use a switching transistor to switch the input voltage between two different levels. This produces a voltage step up or step down at the output of the converter, depending on the required output voltage. The switch is operated using a switching network, where the voltage difference between the input and output is used to switch the transistor on and off. The number of times the transistor is switched on and off determines the voltage step up or step down, and as such, the output voltage of the converter.Switch mode DC DC converters are generally much more efficient than linear converters and are therefore more widely used.In conclusion, DC DC converters play an important role in a variety of applications, and understanding their application field and working principles is essential for users to choose the right converter for their needs. The switch mode converter is the most popular type of converter due to its efficiency and cost effectiveness, but linear converters are useful in situations where a fixed output voltage is required.

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