REC6-0509SRW/R10/A/X1

Current - Output (Max):	555mA
Size / Dimension:	1.26" L x 0.80" W x 0.40" H (32.0mm x 20.3mm x 10.2mm)
Package / Case:	24-DIP Module, 7 Leads
Mounting Type:	Through Hole
Efficiency:	80%
Operating Temperature:	-40°C ~ 75°C
Features:	SCP, UVLO
Applications:	ITE (Commercial), Medical
Voltage - Isolation:	10kV
Power (Watts):	6W
Series:	ECONOLINE REC6/R
Voltage - Output 3:	--
Voltage - Output 2:	--
Voltage - Output 1:	9V
Voltage - Input (Max):	9V
Voltage - Input (Min):	4.5V
Number of Outputs:	1
Type:	Isolated Module
Part Status:	Active
Packaging:	Tube

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DC-DC Converters: REC6-0509SRW/R10/A/X1 Application Field and Working Principle

DC-DC converters have been integral components in many applications, spanning a wide range of industries from automotive to consumer electronics. The REC6-0509SRW/R10/A/X1 is a two-step, optimal DC-DC converter system designed for local power supplies. This device is capable of creating a reliable power source in the smallest possible component size, allowing it to be implemented in a wide range of applications, such as the automotive, computing and consumer electronics industries.The REC6-0509SRW/R10/A/X1 system is designed to power low voltage components in local applications. It accepts an input voltage of up to 32V and can deliver a maximum output of 5V / 1W. This system is designed to fit in a standard industrial footprint and has the capability to provide a high level of power efficiency of up to 95%. This makes it an optimal choice for applications where size and power efficiency are critical.The device consists of two main parts, a primary controller and a secondary driver. The primary controller is responsible for output regulation, feedback regulation and protection. The second driver is used for voltage boosting. It can step-up voltage from the input side to the output level, thus allowing for the output of high efficiency power.The overall system is based on a synchronous rectification topology. This means that both the primary and secondary switching elements are employed to create a synchronous rectifying bridge. This enables a extremely high-efficiency operation, while also allowing for the device to operate at high frequency, which enables the system to catch switching losses and increase overall power efficiency.The working principle of the REC6-0509SRW/R10/A/X1 system is fairly simple. It consists of two main components: the primary and the secondary. The primary controller is responsible for feedback regulation, output regulation, and protection. The secondary driver is used for voltage boosting.The primary controller starts by taking the input voltage and converting it to a regulated output voltage. The output voltage is then compared to the preset output voltage, and if it is too high the primary controller adjusts it accordingly. This is done using a feedback loop, which constantly monitors the output voltage and makes adjustments as necessary.The secondary driver takes care of the voltage boosting portion. It steps up the input voltage to the level of the output voltage, thus allowing for high efficiency power. The voltage boosting is done using a PWM switching technique, which controls the positions of the upper and lower FETs. When the lower FET is at its low-level it is simply switching on, while the upper FET is switching off, which allows for current to flow efficiently through the primary and secondary inductors.When the power supply is no longer in use the primary controller switches off the secondary bridge driver to reduce the overall power consumption. The device is equipped with several protection features, such as overvoltage, undervoltage, and overcurrent protection, to ensure the device is protected from malfunctions or misapplication.In conclusion, the REC6-0509SRW/R10/A/X1 system is a powerful two-stage optimal DC-DC converter specifically designed for local level power supplies. It is small in size and can provide a high level of power efficiency, making it an ideal choice for applications where size and efficiency are a concern. It is based on a synchronous rectifying topology and employs a primary controller and secondary driver to provide additional power. The device is also equipped with several protection features to ensure the device is protected from potential errors.

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