ULE-5/12-D24NM-C

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DC-DC converters power conversion is a process of changing electric power from one form to another. The ULE-5/12-D24NM-C is a highly efficient and reliable DC-DC converter used to convert an input voltage in the ranges of 8.4V-38V to an output voltage of 0.9V-5V. The converter is specifically designed to be used in automotive applications, such as engine control systems, electronic networks, and battery systems. It is suitable for use in situations where power conversion is necessary to ensure that the input voltage range is correct for the application.

The ULE-5/12-D24NM-C has a compact and lightweight design which allows it to be easily mounted onto the substrate. It has an integrated current limit, short circuit protection, reverse battery protection, and temperature over-protection. This ensures that the converter can operate safely and reliably in an automotive application. It also has an output voltage ripple of less than 1mV, which allows the connected loads such as electronic networks and battery systems to be operated continuously.

The working principle of the ULE-5/12-D24NM-C DC-DC converter is based on the principles of inductive switching. The inductor stores energy when the switch is open and then releasing that energy when the switch is closed. This process results in the current in the inductor increasing and decreasing as the switch opens and closes. As the current in the inductor increases, the output voltage of the converter is increased, and as the current decreases, the output voltage is decreased. The output voltage is controlled by the duty cycle and frequency of the switch. The output voltage of the converter is also regulated by manipulating the duty cycle of the switch.

The ULE-5/12-D24NM-C DC-DC converter is an ideal choice for applications where high efficiency and reliability are needed. It offers a high input voltage range, low output ripple, and integrated protections to ensure it can operate safely and reliably. With its compact and lightweight design, it can be easily mounted onto the substrate making it an ideal solution for automotive applications. Its working principle is based on inductive switching which allows the converter to be easily controlled and provide a reliable output voltage.

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