ADM6328-22ARTZ-R7

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The ADM6328-22ARTZ-R7 is a microprocessor supervisory circuit primarily used in power management applications such as battery-powered electronics, automotive, shipping/receiving, and industrial control systems. This supervisory circuit has two independent circuits that are both low-power devices, contained in a single chip. This chip is designed to sense a wide variety of input voltages, including 3.3V, 5V, and 12V, as well as some other custom voltages up to 15V, and provide a reset signal when the criteria are fulfilled.

The ADM6328-22ARTZ-R7 is designed for environmental monitoring, fault protection, and cryptographic applications. The chip\'s built-in under-voltage, over-voltage and brownout circuitries help to protect the device from unexpected power supply conditions, as well as guarding against over-current conditions. The two independent reset circuits are powered by an on-chip low-power oscillator, which ensures reliable reset signals in the event of a power failure. In addition, the on-chip oscillator can also be used as an alarm function, generating an alert when its threshold is exceeded.

The ADM6328-22ARTZ-R7 incorporates a variety of features that make it well suited for use in applications that require an accurate, reliable and low-power reset system. First, the chip features a unique power-on reset circuit that helps prevent system initialization errors. Second, the chip has a three-state output buffer that can be configured to provide a true logic output. Third, the chip\'s CMOS (complementary metal oxide semiconductor) technology enables reliable operation without the need for frequent calibration. The chip is also equipped with an integrated watchdog timer for system protection in the event of a system crash.

The ADM6328-22ARTZ-R7 provides a variety of programmable features that allow it to be tailored to the needs of a particular application. For instance, the chip can be programmed to provide a short or long delay times before resetting the system, as well as allowing for output signals to be enabled or disabled independently. The chip is also capable of performing serialized power-on reset sequences, allowing for more complex system initialization scenarios. Other programmable features include the ability to select the negated or asserted level of the reset signal, and to configure the output pulse width of the reset signal.

Additionally, the ADM6328-22ARTZ-R7 provides a flexible architecture that allows it to be used in a variety of embedded systems. It can be used to monitor a variety of signals, including analog, digital, and voltage-level signals, as well as providing reset signlas to other peripherals such as LCDs and microcontrollers. By providing a programmable interface, the ADM6328-22ARTZ-R7 provides a cost effective way of adding system monitoring and protection to the design of electronic products.

In sum, the ADM6328-22ARTZ-R7 is a highly reliable and efficient microprocessor supervisory circuit, designed to accurately monitor and protect power supply conditions in a wide variety of embedded and industrial applications. Its small size and low power consumption make it an ideal choice for applications that require a reliable reset system, and the programmable features allow for flexible use of the device in a variety of applications.

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