ATA02BB36-L

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DC-DC Converters are widely utilized in the modern power electronics industry. They are used to change the voltage of a DC source in order to suit a variety of applications, ranging from low voltage power supplies to high power high voltage DC motor drives. One such DC-DC converter is the ATA02BB36-L, which has a number of desirable features in terms of its performance.

ATA02BB36-L Application Field

Due to its high efficiency, the ATA02BB36-L is suitable for a wide range of applications including:

• Automotive Electronics: automotive headlights, automotive interior/exterior lighting, etc.
• Telecommunications: Wi-Fi routers, 3G and 4G cell phones, etc.
• Industrial Electronics: industrial heating and cooling, robotic controls, etc.
• Computer Electronics: laptop chargers, external hard Drives, etc.
• Consumer Electronics: DVD players, electronic cigarettes, etc.

Due to its small size and high efficiency, the ATA02BB36-L is ideal for applications that require power but cannot accommodate larger, more power hungry converters.

ATA02BB36-L Working Principle

The ATA02BB36-L is a two-stage DC-DC converter, which includes a high-frequency DC-DC converter and an adjustable linear regulator. The ATA02BB36-L uses a two-stage architecture which allows for two stages of conversion, in order to achieve an output voltage that is precise and efficient.

The two-stage converter is composed of a high-frequency DC-DC converter and an adjustable linear regulator. The first stage of the converter is a high-frequency DC-DC converter, which is responsible for converting the input voltage to the high ripple current required by the linear regulator. The linear regulator is then used to convert the high ripple current to a stable and precise output voltage.

The ATA02BB36-L has excellent features in terms of efficiency, size, and cost. It is also capable of delivering wide range of output voltages with precise accuracy. Since it is so small and highly efficient, it can be used in applications where space and power requirements are limited.

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