MAX6385XS23D2-T

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The MAX6385XS23D2-T is a power management integrated circuit (PMIC) supervisor, specifically in the category of voltage supervisors. Voltage supervisors are an important type of PMICs, used to monitor a power supply’s output voltage, alerting the processor to any irregularities such as excessive current draw, or sudden shifts in voltage output. The MAX6385XS23D2-T offers exceptional levels of precision and performance, making it an ideal choice for applications that demand an ultra-reliable power supply.The MAX6385XS23D2-T offers remarkably accuracy in voltage monitoring, with a wide input voltage range of 4 to 35 volts, and 0.625% accuracy in its preset voltage threshold feature. This allows the supervisor to accurately detect any changes in output voltage, and alert the processor in any situation where the voltage drops below an acceptable range. This can save time and resources, allowing the processor to quickly shut down and enter a self-preservation mode if voltage falls to an unsafe level.The MAX6385XS23D2-T also features a surge-resistant input, allowing it to indirectly protect the connected processor from any momentary spikes in voltage, such as those caused by voltage regulators. It also offers a wide temperature range of -40 to +85 degrees Celsius, allowing the supervisor to operate without the risk of damage or malfunctioning in extreme temperatures. To top it off, the MAX6385XS23D2-T offers a wide operating input voltage range of 1.71 to 5.5V, making it a very versatile and reliable supervisor.In terms of performance, the MAX6385XS23D2-T offers a maximum switching frequency of 13kHz, as well as a maximum source current of 0.8mA. This allows it to operate quickly and precisely, detecting any irregularities in voltage output and quickly alerting the processor, allowing it to shut down and protect itself from damage.The MAX6385XS23D2-T is an ideal choice for applications that require an ultra-reliable, accurate power management system. Its wide input voltage range, surge-resistant input, and wide operating input voltage range allow it to accurately and responsively alert the processor in any situation where the voltage drops below an acceptable range. In addition, its maximum switching frequency and maximum source current make it a safe, fast, and efficient solution for any application that needs reliable voltage supervising.

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