NCV1060BD060R2G

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PMIC or power management ICs have become an essential component in circuit design. This is because they enable an optimized power efficiency by handling power distribution, management, and conversion tasks which saves the time and effort. Highly efficient and functional converters are widely used in consumer electronics and automotive, industrial, and healthcare applications. NCV1060BD060R2G belongs to the category of PMIC - AC/DC converters, offline switchers, and is largely adopted in various industries. This article will discuss the NCV1060BD060R2G and its application field and working principle.

NCV1060BD060R2G is a low noise, low power, high performance switched-mode power supply (SMPS), designed for transitional mode operation with high power density in miniature packages. This device provides a bridge-based converter, operating from an input for a wide range of AC or DC input voltages. It is a highly efficient step-down DC/DC converter with an integrated FET, an integrated inductor, and an external Schottky diode to provide a cost-effective solution for low-power applications. The NCV1060BD060R2G has an input voltage range of 6.5~26V and an output current of up to 600mA.

The applications of NCV1060BD060R2G are quite diverse. It can be applied in consumer appliances such as TV, DVD and set-top boxes, computer servers, audio-video (AV) equipments, medical equipment and so on. As the chip features low noise, low power and high efficiency, it works great for charging applications to maintain the battery power. It also serves as a voltage regulator for LED driver applications. This chip is quite extensive in automotive, industrial, and healthcare applications due to its many advantages. It can be used in a broad range of embedded systems too.

The working principle of the NCV1060BD060R2G works in an integrated and structured manner. An integrated FET and an inductor is found on top of the chip and they are connected to an external Schottky diode. This forms a bridged converter. The input voltage is applied across the FET and the inductor and the switch is triggered in certain time intervals, connecting the input rectifier to the output filter. This produces a bridge waveform which is then filtered with the output filter to convert AC to DC current. This bridge waveform has a ripple component that should be within limits for proper functioning.

The NCV1060BD060R2G is an exemplary chip from PMIC-AC/DC converters and offline switchers family. It is used in a wide variety of applications both in consumer and industrial markets due to its low power consumption and efficient performance. This chip draws its power from a wide range of AC or DC input and provides a constant output current. The integrated FET and inductor in combination with an external Schottky diode helps to form a bridge waveform which is further converted to DC current with the help of the output filter. A highly efficient and reliable chip, it is used in various automotive, industrial and healthcare applications as well.

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