CRR1S0505SC

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The CRR1S0505SC, a robust DC-DC converter, is mainly used in solar energy systems, UPS systems, rail networks and distribution networks. It has a wide range of suppliers and applications, including power supplies for servers, automotive electronics and renewable energy devices. The DC-DC converter is designed to provide a regulated voltage that is independent of its input voltage, guaranteeing a stable output even when the input voltage changes significantly. It also offers protection against over-voltage, short-circuit, reverse current and current overload.

The CRR1S0505SC is a step-up DC-DC converter, meaning that it increases the input voltage and current to a higher voltage and current. This makes it capable of driving higher power loads than the original input voltage and current. The output voltage of the converter is adjustable through external resistors or a DC voltage source.

The CRR1S0505SC consists of a converter chip and an inductor. When current is supplied to the input of the device, an oscillator circuit within the chip turns on and off a transistor switch that connects the inductor to the input and output pins. As the switch turns on and off, the transformer action of the inductor creates a higher voltage on the output side of the device. The output voltage is determined by the ratio between the primary and the secondary windings of the inductor and the duty cycle of the transistor switch.

The CRR1S0505SC has a minimum input voltage of 0.85V and a maximum output voltage of 5.5V. It has a maximum output current of 50A, a switching frequency of 400kHz and a maximum efficiency of 94%. It is also temperature protected and has an internal thermal shutdown feature. These features make it suitable for a wide range of applications in the electric power industry.

The CRR1S0505SC is a reliable power source that can be used in a variety of energy generation and storage systems. It is an efficient and cost-effective solution for powering medium to heavy loads in automotive, motor control, industrial automation, telecommunications, consumer electronics and renewable energy applications. Its robust design ensures that it is able to withstand harsh environmental conditions. This makes it perfect for applications in solar energy, UPS systems, rail networks and distribution networks.

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