TPS71928-28DRVR

The TPS71928-28DRVR is a linear voltage regulator designed to provide excellent voltage stability with minimal power losses. It is a low-noise voltage regulator designed to regulate large currents. It is ideal for applications such as automotive and industrial power supplies, motor control, and other power management applications. The TPS71928-28DRVR utilizes innovative technology to decrease the power losses while providing a high-precision voltage regulation.

The TPS71928-28DRVR is capable of outputting a low-noise voltage ranging from 1.5V to 28V, and can deliver a maximum output current of 10A(typ). The TPS71928-28DRVR also has an enable pin for easy power up and shutdown. The device comes with an on-chip enable circuit that allows for an adjustable enable voltage from 0.8V to Vout (the output of the device). The device also has thermal protection against overheating.

The TPS71928-28DRVR is designed to reduce power losses while providing a high-precision voltage regulation. It employs a low-noise error amplifier with a wide dynamic range and ultra-tight voltage tolerance. The device also uses high-power MOSFETs to reduce the on-resistance and switching losses. This combination allows for a high load regulation and a low output noise.

In addition, the TPS71928-28DRVR features an input voltage range of 4.5V to 28V, which makes it ideal for applications that require a wide input voltage range. Additionally, the device has an adjustable output current limit that allows for large current operations. Furthermore, the device has an over-recovery protection setting to protect the circuit from over-voltage conditions.

The TPS71928-28DRVR is an ideal solution for applications such as automotive and industrial power supplies, motor control, and other power management applications. The device provides excellent voltage stability and low-noise operation with minimal power losses. Additionally, it has an adjustable enable voltage and adjustable current limit, as well as thermal protection to protect the circuit from overheating.