R2D10-2415

Current - Output (Max):	66mA, 66mA
Size / Dimension:	0.60" L x 0.42" W x 0.35" H (15.2mm x 10.7mm x 9.0mm)
Package / Case:	10-SMD Module
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 R2D
Voltage - Output 3:	--
Voltage - Output 2:	-15V
Voltage - Output 1:	15V
Voltage - Input (Max):	26.4V
Voltage - Input (Min):	21.6V
Number of Outputs:	2
Type:	Isolated Module
Part Status:	Active
Packaging:	Tube

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Introduction

DC DC Converters are an important part of the electrical power distribution system. They are used for two purposes: to convert direct current (DC) power from one source to another, and to provide a constant supply of power for a wide variety of applications. R2D10-2415 is a type of DC DC converter with a wide range of applications. This article will discuss the application fields and working principles of the R2D10-2415 converter.

Application Field

The R2D10-2415 is mainly used in military, aerospace, medical, and automative sectors. It is used for DC to DC voltage conversion and also for battery charging, DC to AC, AC to AC, and many other applications. The versatile design of the converter makes it suitable for both standard and custom applications.For example, it is used in mobile application such as blood pressure monitor, medical robotic arm, long range surveillance cameras and carts, and medical supplies. In the aerospace sector, R2D10-2415 is used for engine harnessing, fuel cells, solar cells, and many other purposes. It is also used in automobiles for factors such as battery charging, powertrain control, and lighting control.

Working Principle

The R2D10-2415 is a non-isolated, step-down DC to DC converter. It contains primary and secondary coils that are wound around a soft ferrite core. The primary coil is connected to the input voltage and the secondary coil is connected to the output. The device operates on the principle of magnetic flux transfer from primary to secondary coil.Generally, the input voltage is first converted to an AC signal which is then sent to the primary coil. This AC signal induces an alternating magnetic field in the primary coil. This field is then transferred to the secondary coil which creates a new AC signal. This new AC signal is then rectified and filtered to produce a DC output which is at a lower voltage than the input.

Conclusion

The R2D10-2415 converter has a wide range of applications in military, aerospace, medical, and automotive sectors. It is used for voltage conversion, battery charging, and many other purposes. The working principle of the R2D10-2415 is based on magnetic flux transfer from primary to secondary coil. The AC signal produced by the primary coil is rectified and filtered to generate a DC output at a lower voltage than the input.

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