E24SR05012NRFA

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DC-DC converters are widely used in battery powered applications, from low power electronic circuits to wireless motor control applications. The E24SR05012NRFA Boost Converter is a high efficiency, high-frequency switching, synchronous rectification dc-dc converter for portable and power regulation applications. This device provides superior efficiency and excellent line and load regulation over a wide input voltage range.

The E24SR05012NRFA Boost Converter has a wide input voltage range of 2.7V to 5.5V and a fixed output voltage of 12V with 0.5A current. The converter also offers adjustable output voltage and adjustable current limit. It is designed for high-efficiency synchronous rectification, allowing it to achieve up to 98% efficiency. To protect the converter from thermal overloads, it has a hiccup mode over temperature protection and over current protection.

The E24SR05012NRFA Boost Converter is based on a patented constant frequency current mode architecture which provides excellent line and load transient response. The operating frequency is adjustable from 250kHz to 2MHz making it ideal for applications where high-frequency switching is required. The switching frequency is user-programmable and can be set using either the internal oscillator or an external oscillator. In addition, the E24SR05012NRFA Boost Converter also features built-in frequency spread spectrum, which reduces EMI and improves system performance.

The E24SR05012NRFA Boost Converter is ideal for use in portable systems and other applications requiring efficient DC to DC conversion. Its high efficiency, wide input voltage range, frequency adjustability, spread spectrum capabilities, and protection features make it a perfect fit for a wide range of applications. The converter is also available in an easy to use SOT-23-6 package.

In summary, the E24SR05012NRFA Boost Converter is designed to provide excellent efficiency, excellent line and load regulation, and exceptional EMI performance over a wide input voltage range. With its adjustable switching frequency and spread spectrum capability, it is well suited for use in portable applications and other power conversion applications that require high efficiency and low EMI emissions.

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