MAX6358LSUT+T

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PMIC (power management integrated circuits) refers to integrated circuits (IC) used to manage the power usage of digital systems. With the use of PMICs, power can be monitored, regulated and managed on a small integrated circuit, improving system efficiency and reducing the overall power used. Supervisors are one such type of PMIC, and the MAX6358LSUT+T is a popular and widely used supervisor from Maxim Integrated Products.

The MAX6358LSUT+T is a low-voltage supervisor specifically designed for 3.3V and 5V power supply applications. It is a CMOS device which feature s tolerance for low-voltage input signals, making it suitable for use in automotive as well as telecom and other low-voltage applications. It features an adjustable active-low reset output, adjustable overtemperature protection, programmable reset timeout, and active-low power-on reset (POR). The MAX6358LSUT+T is available in a SOT-23-5 package and is RoHS compliant.

The MAX6358LSUT+T is designed to function as a power-on supervisor and monitor the system power-on reset (POR) process. When the power source is connected, the device monitors the voltage and asserts a reset when the voltage is above a set point. Once the voltage is stabilized and within specified parameters, the reset is de-asserted and the system can begin functioning. The reset time is adjustable and can be used to give the system time to fully stabilize before beginning operation.

The MAX6358LSUT+T also includes an adjustable active-low reset output and adjustable overtemperature protection. The active-low reset output provides an active low-voltage pulse when the output voltage is below the threshold voltage. This is used to indicate an undervoltage condition. The overtemperature protection feature monitors the temperature and asserts a reset if the temperature rises above a predetermined level. This ensures that the system does not overheat and shut down.

In addition to being used as a power-on supervisor, the MAX6358LSUT+T is also used in battery-powered applications. When used in handheld batteries, it provides the device with the capability to shut down when the battery becomes depleted. This prevents damage to the device due to low voltage. It is also used in automotive and telecom applications, where the device helps protect against voltage spikes, undervoltage, and overloading.

The MAX6358LSUT+T is a versatile power management integrated circuit and is used in many different applications, from automotive and telecom to handheld batteries. Its adjustable active-low reset output and adjustable overtemperature protection ensure that devices are protected from low-voltage conditions and overheating. It is available in a compact SOT-23-5 package and is RoHS compliant, making it an ideal choice for low-voltage applications.

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