TC1303B-PI0EMF

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The TC1303B-PI0EMF is a highly integrated voltage regulator that combines linear and switching regulation technologies to achieve high efficiency and power savings. It is designed for products with very low power requirements, such as Bluetooth Low Energy devices. The regulator provides up to 400 mA with a minimum number of external components and a small footprint. Its built-in power MOSFETs and thermal metrics ensure high current capability and long life.

In applications where the input voltage can vary significantly, the linear regulator is used to provide the regulated output voltage over a wide input voltage range. This mode of regulation gives excellent power efficiency and minimal output voltage ripple. Mediation of complex electronic workloads, including high-resolution signals, can be simplified by taking advantage of the TC1303B-PI0EMF linear regulation. When the input voltage drops below a certain threshold, the linear regulator turns off and larger loads are supported by the switching regulator.

The switching regulator portion of the TC1303B-PI0EMF provides a high efficiency output stage for heavy load operations. In this mode, the internal power MOSFETs regulate the output voltage, allowing for a very low dropout voltage and minimal heat dissipation. The regulator is designed to maintain the regulated output voltage over a wide variety of input voltages, reducing the need for additional components and simplifying designs.

The TC1303B-PI0EMF includes a broad range of protection features, including over temperature protection, over-voltage protection and over-current protection. These features help to ensure the safety and reliability of the device in demanding applications. Additionally, the regulator has a low quiescent current, improving power efficiency and extending battery life.

The TC1303B-PI0EMF is well suited for a wide range of applications, including Bluetooth Low Energy devices and other moderately sized, low-power products. Its combination of linear and switching regulation technologies gives it exceptional power efficiency and load regulation capability. Its wide range of protection features and small footprint make it an ideal choice for use in small, power-sensitive products.

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