IB048Q096T70N1-00

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DC DC converters are devices used to control and convert power from one DC voltage to another. They are designed to provide a stable, efficient and reliable power conversion solution in a variety of applications. This article will focus on the IB048Q096T70N1-00 DC DC converter and explain its application field and working principle.

The IB048Q096T70N1-00 DC DC converter is a high efficiency, compact size module designed for high power density applications. It is a non-isolated, synchronous, step-down/step-up, DC-DC converter that can be used to convert a wide input voltage range from 4.5V to 28V to an adjustable output voltage range of 0.6V to 26V. It has a wide operating temperature range from -40°C to +85°C and is capable of operating at up to 96% efficiency. The module also features adjustable switching frequency and current limit protection.

The IB048Q096T70N1-00 DC DC converter is well suited for a wide range of applications requiring high power density and wide operating temperature range such as automotive, industrial, telecommunication, medical and electronics. It can be used in power supply systems, battery operated systems, system level power and polarity conversion, automotive electronic control units, industrial machinery systems, and direct current motor control.

The working principle of the IB048Q096T70N1-00 DC DC converter is based on the principle of power conversion. The input power is converted to a desired output voltage or current by a pair of transistors. The transistors are connected to the input stage of the module, which is controlled by a feedback loop to keep the output in regulation. The module also contains a current limit protection circuit to ensure safe operation of the device in the event of a current overload.

The main components inside the IB048Q096T70N1-00 DC DC converter are an input stage, a pair of transistors, a feedback loop, a current limit protection circuit, and a switching frequency controller. The input stage is responsible for transforming the input voltage to a desired output voltage or current. The transistors are connected to the input stage and are used to switch the output current or voltage. The feedback loop ensures the output is kept in regulation by adjusting the current or voltage if it varies from the set point. The current limit protection circuit ensures the safe operation of the device in the event of a current overload. Finally, the switching frequency controller is responsible for regulating the frequency with which the transistors switch.

In conclusion, the IB048Q096T70N1-00 DC DC converter is an ideal solution for high power density applications requiring a wide operating temperature range. It features a high efficiency and is capable of converting a wide input voltage range to an adjustable output voltage range. The device also features adjustable switching frequency and current limit protection. The working principle of the device is based on the power conversion process and it includes an input stage, a pair of transistors, a feedback loop, a current limit protection circuit, and a switching frequency controller.

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