REC3-4809DRW/H2/A/SMD/CTRL-R

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DC DC converters are electrical devices used to convert voltage level from one to another. The REC3-4809DRW/H2/A/SMD/CTRL-R is an example of a particular type of dc dc converter, typically used to power embedded applications.

The REC3-4809DRW/H2/A/SMD/CTRL-R is based on a switching regulator topology and is designed for applications from 5V to 48V. It has an efficiency rating of up to 94%, which allows it to deliver higher outputs for less input energy. It also supports up to 4 voltage rails, such as a main, standby, logic and secondary.

In an applications which require multiple voltage rails, the REC3-4809DRW/H2/A/SMD/CTRL-R is able to provide a stable power supply across multiple channels, allowing for greater control over components and end products.

The working principle of the REC3-4809DRW/H2/A/SMD/CTRL-R is relatively simple. It takes an input voltage, usually from a battery or AC power source, and deliveries an adjustable output voltage. The adjustable output is achieved through the process of Pulse Width Modulation (PWM) in which it will rapidly switch the input voltage on and off in order to achieve the desired output voltage level.

The control interface of the REC3-4809DRW/H2/A/SMD/CTRL-R is digital, allowing for improved accuracy, efficiency and flexibility when compared with traditional analog dc dc converters. This digital interface also allows for a wide range of current protection, load sharing and safety features.

The REC3-4809DRW/H2/A/SMD/CTRL-R is ideally suited for power control solutions such as microcontrollers, FPGA, LCD, sensing IC and motor control applications. It is also suitable for applications which require high current and voltage stability, such as medical devices, LED lighting and electric vehicles.

Overall, the REC3-4809DRW/H2/A/SMD/CTRL-R is a highly efficient and flexible dc dc converter, designed to deliver a stable power supply and adjustable voltage rails for a wide range of applications. Its digital control interface allows for improved accuracy and safety, as well as increased efficiency and performance.

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