UEI30-120-Q12N-C

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DC to DC converters are electronic devices used to convert a source of DC electricity to a different DC voltage or current. These converters offer a wide range of features, from supplying basic DC power conversion needs, to being used in applications where extreme voltage and current control is required. The UEI30-120-Q12N-C is a DC to DC converter device specifically designed to provide a constant, controlled output voltage and current from an unregulated DC input source of up to 120V, and a maximum output power of up to 30W.

The UEI30-120-Q12N-C is a flexible and efficient device, making it popular for many kinds of DC applications. The device\'s high efficiency design is able to reach up to 97% power conversion efficiency, while being capable of achieving up to 25A output current. This device also features a low power loss mode, allowing for a maximum 0.5 W standby power.

The UEI30-120-Q12N-C is designed for both isolated and non-isolated applications, with a controlled, regulated output voltage and current for both full output and standby mode. The device is capable of providing a wide output voltage range, varying from 5V to 24V, when the unregulated DC input source is within the range of 5V to 120V. The wide output voltage range makes this device suitable for a huge variety of applications.

The UEI30-120-Q12N-C uses pulse width modulation (PWM) to control the output voltage, ensuring a consistent and reliable input-to-output power conversion. Other features of the device include a fast transient response time, over-voltage protection, short circuit protection, and over-temperature protection. This allows the device to be used in applications that require a stable and protected output supply, such as microprocessors or integrated circuits.

In summary, the UEI30-120-Q12N-C DC to DC converter is a versatile and efficient device. This makes it a popular choice for applications that require a constant and controlled output voltage and current from an unregulated DC input source. Its range of features allow for an efficient, fast, and reliable power conversion, while also providing protection from various hazards.

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