MAX6384XS23D6-T

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	Simple Reset/Power-On Reset
Number of Voltages Monitored:	1
Output:	Push-Pull, Totem Pole
Reset:	Active Low
Reset Timeout:	560 ms Minimum
Voltage - Threshold:	2.31V
Operating Temperature:	-40°C ~ 125°C (TA)
Mounting Type:	Surface Mount
Package / Case:	SC-82A, SOT-343
Supplier Device Package:	SC-70-4
Base Part Number:	MAX6384

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Introduction to MAX6384XS23D6-T

MAX6384XS23D6-T is a PMIC-Supervisor, designed and developed by Maxim Integrated which is based in Silicon Valley, California. It is used to provide system level voltage regulation and monitoring for a wide range of industrial and consumer applications. Base on its functionalities, the MAX6384XS23D6-T has a wide application field and different working principles, which are explained in detail below.

Application Field of MAX6384XS23D6-T

The MAX6384XS23D6-T is a PMIC-Supervisor which is suitable for a variety of applications, including industrial, consumer and mobile devices. It is used in areas such as Power Systems, Automotive, White Goods, Safety, IoT and Security. In Power Systems, MAX6384XS23D6-T can be used in power-consuming appliances and washing machines to control and monitor the power consumption. It can also be used in discharging control that prevents over-discharge and maintainsthe system’s battery life. In Automotive, the MAX6384XS23D6-T is used in automotive systems such as driver alerts, brake light control, motor control, navigation systems and security systems. In White Goods, MAX6384XS23D6-T is used for controlling the temperature in white good products including refrigerator, cooking ranges, dishwashers, and washing machines. In Safety, MAX6384XS23D6-T can be used in safety-critical systems such as measuring distance from other vehicles, tire pressure, blind spot monitoring and pedestrian detection. In IoT, the MAX6384XS23D6-T can be used in devices requiring low power and is suitable for applications such as wireless charging, wearable and mobile devices. In Security, MAX6384XS23D6-T can be used in areas such as keyless entry systems, alarm systems, intrusion detection, access control and biometrics.

Working Principle of MAX6384XS23D6-T

The MAX6384XS23D6-T is a Supervisor PMIC with a wide array of features that enables it to monitor and regulate voltage levels when necessary. It is based on a so-called system-on-a-chip (SoC) architecture which integrates various components into one single chip. The MAX6384XS23D6-T is four layers of integrated circuits on the chip with an internal power system, a comparator, a memory, an analog to digital converter, and a power system. The power system is responsible for providing the regulated power necessary for the chip to operate. It helps to monitor the various stages of the power supply. The comparator compares the reference voltages for two stages of the power system and will turn on the alarm output when the voltage level exceeds the limits. The memory stores the reference data and the analog to digital converter converts the analog input signal into digital output. Once the voltage level exceeds the limit, the output signal will be transmitted to the external micro-controllers to trigger the necessary action. The MAX6384XS23D6-T also has a watchdog timer to monitor the system operation. It constantly compares the expected interval of the micro-controller to see if the micro-controller is working correctly. If the interruptions are occurring too quickly or if the micro-controller is not responding then it will trigger the watchdog timer and reset the system.

Conclusion

In conclusion, MAX6384XS23D6-T is a PMIC-Supervisor from Maxim Integrated with a wide application field. It is used in various applications like power system, automotive, white goods, safety, IoT and security. It has a systematic architecture that includes power system, comparator, memory, analog to digital converter and a watchdog timer. The MAX6384XS23D6-T can monitor the voltage level and ensures that it stays within the required limits. It can also generate alarm output if the voltage levels exceed the limits and also monitor the system operation for any interruptions. As a system-on-a-chip supervisor with multiple functionalities, the MAX6384XS23D6-T is a reliable and efficient solution for applications requiring system level voltage regulation and monitoring.

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