TNY268PN

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PMIC (Power Management Integrated Circuit) is a highly integrated semiconductor device used to design complex power management systems. It can be used to reduce the total number of components required to build a power control system, saving both time and costs. The TNY268PN is a modern PMIC, specifically designed for use in AC-DC and off-line switcher applications. It employs the latest technologies to provide digital control of power conversion and the integration of both linear and switch-mode operation.

The TNY268PN is built around a powerful digital microcontroller which uses a proprietary algorithm to read various input signals and dynamically adjust the output power through a minimum number of components. The device also has an integrated 8KB of embedded flash memory which allows for custom programming of the device for specific applications. This helps optimize the process for a variety of situations, such as light dimming, lamp control, and LCD panel size adjustment.

The TNY268PN is designed to provide advanced power management capabilities in AC-DC and off-line switcher applications. The device features improved power conversion efficiency, reduced component count and better thermal dissipation. It offers high power performance with a wide input voltage range up to 380 Vac and a soft-start feature to reduce inrush current. The integrated switch-mode phase-shift full wave converter control offers both low losses and reliable operation.

The device has an integrated feedback circuit enables regulation up to 400V and an output current rating up to a maximum of 20A. It also has protection against over-current, over-voltage and short-circuit. The device can also be used to control multiple outputs, helping to optimize costs by allowing multiple designs to be built into one package.

The TNY268PN is an advanced PMIC offering a wide range of features for AC-DC and off-line switcher applications. It uses a digital microcontroller and advanced algorithms to efficiently convert between AC and DC currents and self-adjusts in response to input and output signals. Its integrated feedback circuit provides reliable regulation and significant current capabilities, with protection against over-current, over-voltage and short-circuit. The integrated 8KB of embedded flash memory allows for custom programming to optimize the design for specific applications and multiple outputs allows for cost optimization by building multiple designs into one package. The device also has a low power dissipation and a wide input voltage range up to 380Vac.

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