TPS7A1601DRBR

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The TPS7A1601DRBR is a Linear Voltage Regulator from the Texas Instruments Power Management IC (PMIC) family. It is a low dropout (LDO) linear regulator with an integrated adjustable voltage reference, enabling high accuracy and low output noise over the adjustable output range. The TPS7A1601DRBR is ideal for supplying regulated voltage rails in a wide range of applications such as industrial, personal electronics, and automotive.

The TPS7A1601DRBR features an adjustable output voltage range from 1.2V to 16V and has a quiescent current of 140 µA.The key feature of this device is the internal thermally enhanced low-dropout linear regulator, providing higher voltage accuracy and excellent transient response. The built-in surge current protection and short circuit protection protect against device or system failure due to fault conditions. The device also features loading compensation and over-temperature protection.

The TPS7A1601DRBR is designed for use in a variety of systems, including automotive, telecom, networking, and industrial power supplies. The device can be used to provide an external regulated voltage, or to supply low voltage regulated rails. This device is also suitable for use in battery operated systems, where it eliminates the need for an external reference voltage, reducing size and cost of the overall system.

The linear regulator offers a low output noise and high accuracy over the adjustable output range. It has a wide input voltage range from 2.5V to 18V, and operates with a quiescent current of 140 µA. The output is adjustable over a wide range of 1.2V to 16V, with excellent transient response and voltage accuracy. The efficient thermal protection on the device prevents excessive power dissipation in the device and ensures smooth operation even in high temperature applications.

The TPS7A1601DRBR is a versatile device, offering excellent performance and reliability in a wide range of applications. It is a power management solution that enables designers to reduce system size and cost while increasing efficiency, accuracy and performance.

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