MAX4980ETA+T

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The MAX4980ETA+T is a high-performance and accurate system power supply controller and monitor, suitable for a wide range of applications. In particular, it is designed for use in computing, network, and embedded systems, providing power supply control, margining, and protection.

The MAX4980ETA+T features a low-noise, low-power design, enabling it to achieve power efficiency of up to 95%. The device has wide input voltage support from 2.5V to 11V, and can provide up to six separate outputs, with output voltages from 0.75V to 5V. The outputs can be individually configured for current-limit, voltage-limit, and over-voltage protection.

The MAX4980ETA+T also has a number of advanced features, such as over-current/over-voltage protection with automatic reset, multiplexed power supply control, and programmable beginning and ending voltages for margining activities. It also includes an on-chip power-on reset circuit, allowing the device to reset itself upon power-up in order to ensure safe operation.

The MAX4980ETA+T is designed to be highly modular, allowing it to be easily integrated into a wide range of systems. It is compatible with most system buses, including I2C, SPI, and CAN bus. The device is available in a wide range of packages, including PIM, SSOP, and QFP, allowing it to fit in even the most space-constrained system designs.

The MAX4980ETA+T is an ideal solution for a wide variety of applications, including server and embedded systems, telecommunications infrastructure, consumer electronics, and automotive electronics. It offers the performance and accuracy required for these demanding applications, while retaining a flexible and modular design.

In summary, the MAX4980ETA+T is a high-performance and accurate system power supply controller and monitor, designed for a wide range of applications. It features a low-noise, low-power design, allowing it to achieve power efficiency of up to 95%. It has wide input voltage support, several programmable outputs, and a number of advanced features such as over-current/over-voltage protection, multiplexed power supply control, and programmable beginning and ending voltages. The device is highly modular and is available in a range of packages, making it suitable for a variety of systems. It is an ideal solution for server and embedded systems, telecommunications infrastructure, consumer electronics, and automotive electronics.

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