MAX6765TTLD3+T

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PMIC supervisors are responsible for monitoring components of integrated circuits. The MAX6765TTLD3+T is a low dropout (LDO) supervisor that controls the voltage of a power rail and monitors current in the electronic circuit. This robust device provides the best protection from over-current and over-voltage conditions in a wide range of applications.

The MAX6765TTLD3+T features a 27V over-voltage threshold (OVP), a considerable increase from the 7.5V threshold found on most linear LDOs. This makes it ideal for applications that require extra voltage precision and protection. It also provides a fast response time of 10µs, making it suitable for high-speed applications.

On the over-current side, the MAX6765TTLD3+T has a wide voltage range (1.1 to 5.9V) and output current of up to 20A. The device regulates the output voltage within 1% of the nominal voltage and can handle peak currents up to 40A.

The MAX6765TTLD3+T employs dual-protection technology to avoid over-current and over-voltage conditions. When power input to the device is greater than the over-voltage protection (OVP) threshold, the supervisor trips a MOSFET gate and shuts the circuit off. Similarly, the supervisor trips the gate when the current exceeds the over-current protection (OCP) threshold.

The MAX6765TTLD3+T offers comprehensive monitoring and system protection features. The supervisor has a temperature monitor and full fault condition reporting, both via the SMBus interface and through the open-drain FAULT pin. In addition, it can be configured to detect over-voltage and over-current conditions without having to use a comparator.

The MAX6765TTLD3+T is pin and software compatible with the MAX6765TTLD3. This enhances compatibility with previous systems and reduces design time. With its advanced protection and monitoring capabilities, the MAX6765TTLD3+T is suitable for a wide range of applications including motor control, industrial automation, telecommunications and high-end computing systems.

The MAX6765TTLD3+T is a low dropout (LDO) supervisor with features that allow it to provide superior protection from over-voltage and over-current conditions. It employs dual-protection technology to ensure accurate regulation of voltage and current in the circuit. While the device is pin and software compatible with the MAX6765TTLD3, it offers a significant increase in over-voltage protection (OVP) threshold. The MAX6765TTLD3+T is suited for many applications, including motor control, industrial automation, telecommunications, and high-end computing systems.

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