DS460SDC-3-001

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DC DC converters are an important component of power conversion and management. The DS460SDC-3-001 is a PWM/PFM voltage mode DC DC converter designed specifically for low power operations. It is capable of switching up to 3A continuous output current at wide input and output voltage ranges. Furthermore, it can maintain a very high efficiency, 98.5%, even at 1A load.

The DS460SDC-3-001 offers high efficiency, high reliability, and small package size. It features soft-start skipping, demagnetization circuit for large inductance configuration, over current protection, over voltage protection, and under voltage protection among others. It is equipped with a power stage composed of an integrated N-channel MOSFET and a PWM (Pulse Wave Modulation) control switch. It is capable of providing a range of input and output voltages.

One of the advantages of the DS460SDC-3-001 is its wide input and output voltage range. The input range can go from 5V to 24V on its DC input, and from 4.5V to 24V on its AC input. The output voltage range can range from 4V to 18V. Such a wide range can be used for a variety of applications. For instance, it can be used for cell phones, laptops, toys, household electronics, and automotive applications among others.

The working principle of the DS460SDC-3-001 is fairly simple and can be understood by any layman. It works by using a PWM controller that adjusts the duty cycle of the pulse signals to vary the output voltage. The power stage in the DS460SDC-3-001 is composed of an N-channel MOSFET that is responsible for managing the current flow. When the duty cycle increases, the MOSFET starts to conduct, and the output voltage increases. On the other hand, when the duty cycle decreases, the voltage drops and the MOSFET stops conducting.

The DS460SDC-3-001 is an ideal choice for applications where cost and size are critical factors. The integrated power stage helps reduce design complexity and board space, and the wide input and output voltage range make it well-suited for applications that require flexibility. In addition, the high efficiency and reliability make it a reliable component for applications that require high performance.

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