MAX6384XS46D3+T

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The MAX6384XS46D3+T is a precision microprocessor reset circuit, specifically designed to reset a system power-on reset. This device is available in a 6-pin SOT23 package, and is an advanced, highly integrated device with a low operating current of 1µA and a 76dB noise immunity. It is part of the MAX6384 series of microprocessor reset circuits, a small, low-cost device that provides the systems engineer with exceptional flexibility and integration in the control of reset logic. This device is part of a larger family of Supervisors and power management components including power supplies, buzzers, programmable logic, and sequencers.

The MAX6384XS46D3+T\'s primary application is to reset a processor as part of a power-on reset. This device monitors the power supply voltage and will issue a reset when the voltage reaches an out of bounds condition, or if the power supply just comes out of reset. This device also has a 2.5V internal voltage reference and an independant supply voltage input for compatibility with most of the latest microprocessor or ASICs. With it\'s ability to offer reset remain active for an extended period of time and automatic re-triggering of the reset, this device is an excellent choice for designers looking for a reliable, low-cost microprocessor reset solution.

The MAX6384XS46D3+T has a wide operating voltage range of 0.3V to 5.5V, with an operating current of only 1µA. This low operating current translates into higher efficiency, lower power consumption and increased system reliability. The device also has a shutdown threshold of 2.8V, which allows for further power savings when the processor is not in use. It is designed for use as a processor reset in a wide range of applications, including microcontrollers, motor control and embedded systems.

The MAX6384XS46D3+T includes a differential input level shifter, allowing the device to be used with many different processor power levels, making sure the device always starts up correctly. It also includes an adjustable delay timer, allowing the system designer to set the exact amount of time the reset pulse should remain asserted.

The MAX6384XS46D3+T works by monitoring the power supply voltage. When the power supply voltage drops below a threshold voltage or exceeds a maximum voltage, the device asserts the reset output. This output is then connected to the processor reset pin and will either assert or de-assert the reset pin, depending on the state of the power supply. The reset output remains active until the power supply voltage stabilizes and reaches the established threshold, at which point the reset output will be de-asserted and the processor will begin to operate normally.

In addition to being a reliable microprocessor reset solution, the MAX6384XS46D3+T is also a low-cost device. This device is part of the MAX6384 series, which offers increased levels of functionality, integration and reliability at an affordable cost. It is an excellent choice for designers looking for a reliable, low-cost reset solution.

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