TPS76830QPWP

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• Definition of PMIC, Voltage Regulators and Linear

PMIC stands for Power Management Integrated Circuit which is an integrated circuit that helps to monitor and control the power consumption of electronic devices. Voltage regulators are electronic components that maintain a certain voltage level in a circuit or device against external changes in supply voltage or power supply. Linear voltage regulators are those that regulate and control the output voltage by using an operational amplifier.

• Overview of TPS76830QPWP

The TPS76830QPWP is a linear voltage regulator that is capable of regulating input voltage as low as 0.63V to outputs of 0.77V to 6.5V. It can support current up to 120mA and offers 70mV line regulation and 83mV load regulation accuracy. Additionally, it features a quiescent current of 300μA at 1.8V and a thermal shutdown of 150°C.

• TPS76830QPWP Working Principle

The TPS76830QPWP Linear Voltage Regulator utilizes an operational amplifier stage to control the voltage output. Through an internal feedback loop, it is able to detect fluctuations in input voltage and regulates the output voltage to maintain a certain level. The input voltage is compared to a reference voltage which regulates the internal resistance with a feedback loop. This adapted resistance determines the output voltage.

• TPS76830QPWP Application Fields

The TPS76830QPWP Linear Voltage Regulator is ideal for applications that require low voltage and highly accurate output regulation. It can be used in any system that needs low power, low voltage and high accuracy regulation. In particular, its features make it suitable in low power microprocessor-based systems such as embedded systems, logic systems and instrumentation. Additionally, it is also used in PCMCIA cards, smart cards and electric meters that require accurate voltage control.

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