TPS76433DBVR

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TPS76433 DBVR is a high current, low dropout linear voltage regulator designed for applications that require very low quiescent current and tight line/load regulation. It is a low quiescent, low noise linear regulator with an internal PMOS pass element that offers high-side current limiting for load current up to 2A. With an input range of 2.5V to 20V and adjustable output from 0.8V to 20V, the TPS76433 DBVR is ideal for powering microprocessors, FPGAs, analog and RF circuits, as well as a variety of other digital and analog integrated circuits.

The TPS76433 DBVR features a high PSRR, which reduces the noise output at the regulator’s output. This high PSRR ensures low output noise and improved stability when subjected to input line transients. The TPS76433 DBVR also features an adjustable current limit that allows the user to set the output current limit to their specific needs. Furthermore, the TPS76433 DBVR includes a slew rate controlled ramp signal that ensures stable output during sequencing conditions.

The TPS76433 DBVR regulator offers excellent line/load regulation of 210mV at full load over a wide operating temperature range. The linear regulator also offers a wide input voltage range of 2.5V to 20V, enabling it to power a wide range of devices. The regulator’s low quiescent current of 0.2mA combined with its low dropout voltage of 550mV make it ideal for applications such as cell phones, low power portable electronics, and other low power circuit designs.

The TPS76433 DBVR is a cost-effective solution for low current applications that require very low quiescent current and tight line/load regulation. It combines a low quiescent current and low noise linear regulator with an internal PMOS pass element for high-side current limiting of up to 2A. The adjustable current limit ensures that the user can set the output current limit to meet their specific requirements. Additionally, the slew rate controlled ramp signal ensures stable operation during sequencing conditions. The wide input voltage range and low quiescent current of 0.2mA provides an efficient and cost-effective solution for powering various microprocessors, FPGAs, analog and RF circuits, as well as a variety of other digital and analog integrated circuits.

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