MAX6333UR19D3-T

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MAX6333UR19D3-T is a member of a widely used family of supervisors that are designed for precision monitoring of power supplies, battery systems and microprocessor based applications. It is an example of a PMIC – Supervisors, which are widely used in various applications in the current technological world. This paper will look at the application field and working principle of MAX6333UR19D3-T.

MAX6333UR19D3-T has three application fields: microprocessors, battery systems and power supplies. For micro processor applications, this supervisor provides protection against over-voltage, under-voltage, over-temperature and over-current situations. It also offers an adjustable reset output delay and an adjustable reset output timing. For battery systems, MAX6333UR19D3-T offers over-voltage and low-battery protection and an adjustable reset output pulse width. For power supplies, the supervisor provides protection against over-voltage, under-voltage, over-temperature and over-current conditions.

In terms of its operating principle, MAX6333UR19D3-T has a built-in precision voltage monitor and temperature sensor. This supervisor also features an adjustable reset output delay and an adjustable reset output timing. The voltage monitor monitors the input voltage on pin 1 and when the voltage falls below (or rises above) the preset threshold (as specified in the datasheet), it triggers the output reset. This reset can be delayed via settings in the internal timer components for specified number of clock cycles, as needed by the application.

The temperature sensor monitors the temperature levels of the circuit and triggers the reset when the set temperature threshold is exceeded. This reset can also be delayed or timed using the internal timer settings.

The supervisor has a reset active low pin, which is used to acknowledge that the reset is triggered. This pin is connected to a circuit which then sends a reset signal to the microprocessor or other associated ICs. The reset active pin also has an automatic self-cleared feature, which is beneficial in systems with multiple ICs.

MAX6333UR19D3-T has an adjustable output active high pin, which is used to acknowledge that the reset has been initiated. This pin is connected to a circuit which then sends a reset signal to the microprocessor or other associated ICs. This pin can also be used in systems with multiple ICs, since it is an active high device.

The supervisor also features a power-on reset pin, which is an active high device. This pin is used to briefly energize the attached ICs when the system is powered on. This pin is essential in powering up the system, since it ensures that the attached ICs are initialized to the proper preset values when the system is in operation.

MAX6333UR19D3-T is a very useful device in the field of microprocessor, battery systems and power supply monitoring. Its adjustable reset output delay and adjustable reset output timing, as well as its built-in voltage monitor and temperature sensor make it ideal for these applications. Its reset active low pin, adjustable output active high pin, and power-on reset pin further enhance its utility in these domains.

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