INN3276C-H206-TL

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The INN3276C-H206-TL, AC/DC converters, offline switchers are electronic components used in a variety of applications. The INN3276C-H206-TL is a power management integrated circuit, or PMIC, and provides a high-efficiency and cost-effective solution to power any application from low current, low voltage and high current, high voltage. The AC/DC converter, offline switcher, provides a wide operating range for input voltage and operating temperature with a tight output voltage variation. The power management integrated circuit also has robust surge protection and transient voltage protection.

Application Field

The INN3276C-H206-TL is well suited for a wide range of AC/DC applications. This includes LED lighting, medical instrumentation, telecommunications equipment, automotive electronics, renewable energy, handheld radios, solid state drives, etc. The AC/DC converter can easily provide the voltage and current required to power the various applications, while keeping the size and complexity of the design low.

The wide operating range of the INN3276C-H206-TL also makes it suitable for applications where the input voltage varies. This makes it well suited for mobile applications powered by vehicular batteries or renewable energy sources. The tight output voltage variation of the INN3276C-H206-TL also ensures that the output remains stable even when the input voltage varies. The power management integrated circuit also provides surge protection and transient voltage protection for the device.

Working Principle

The INN3276C-H206-TL is a synchronous rectifier boost converter, which is typically used to convert a low-voltage DC input into a high-voltage output. The power management integrated circuit operates by first rectifying the AC input to DC and then using a boost circuit to step the voltage up to the output voltage. The synchronous rectifier helps to eliminate losses in the boost circuit which results in higher efficiency.

The power management IC is able to achieve higher efficiency over traditional boost converters as it modulates the integrated switches very accurately based on the pulses in the feedback voltage. The waveforms of the feedback voltage, which is proportional to the output voltage, are compared with a reference voltage and the duty cycle of the integrated switches are adjusted to achieve the desired output. The main integrated switches are the high-side switch and the low-side switch, which are modulated by the INN3276C-H206-TL power management IC to achieve the desired output voltage.

Conclusion

The INN3276C-H206-TL, AC/DC converters, offline switchers are an efficient and cost-effective option for power applications. The power management integrated circuit provides a wide operating range for input voltage and operating temperature with a tight output voltage variation. Its surge protection and transient voltage protection make it well suited for a variety of applications. The INN3276C-H206-TL can easily provide the voltage and current required to power the various applications, while keeping the size and complexity of the design low.

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