LNBP21D2-TR Integrated Circuits (ICs)

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The LNBP21D2-TR is a special purpose voltage regulator made to fit a variety of applications. It is an integrated low noise, low dropout linear regulator that provides high efficiency, voltage conversion and current overload protection. The LNBP21D2-TR is especially suitable for applications requiring low current consumption and lower system cost, like portable equipment such as mobile phones and laptop computers.

The LNBP21D2-TR works through the use of a low noise, high efficiency linear regulator, an overvoltage and overload protection circuit, a low ripple output, and an adjustable output voltage. The regulator is designed to regulate the voltage with an accuracy of ±1%. The linear regulator also provides outstanding load and line transient responses. It is designed to maintain an output voltage within a specified limit over a wide range of load current and line voltage. The output voltage is adjustable down to 1.8V in 50mV increments.

In addition, the LNBP21D2-TR also contains a low noise, low dropout linear regulator. This regulator has a wide input voltage range from 2.7V to 5.5V. It is capable of delivering up to 1A outputs with a dropout voltage as low as 200mV. It also provides fast start-up and recovery from current-limited conditions. The regulator also provides soft-start and thermal protection features.

The overload protection circuit provides outstanding protection against short circuits, overtemperature, and reverse battery protection. The overvoltage protection circuit ensures the output voltage remains within its specified limits over a wide range of operating conditions. The adjustable output voltage and low ripple output capability offer excellent performance for system performance.

The LNBP21D2-TR is a great choice for applications requiring high efficiency, low current consumption, and low ripple output. It is especially well suited for applications such as mobile phones and laptop computers, where low power consumption is essential. The integrated overload and overvoltage protection circuits provide enhanced safety and reliability. The adjustable output voltage, low ripple output, and excellent transient response make the device an ideal solution for system performance.

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