X5323S8IZ-2.7A

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The X5323S8IZ-2.7A is a PMIC (Power Management Integrated Circuit) of the Supervisory type, used for system power sequencing and management. It is integrated with two independent supervising and delay circuits, making it suitable for use in a variety of systems.

The X5323S8IZ-2.7A enables system changes depending on the working voltage and the voltage transient. It can sense both rising and falling voltages, with a fixed voltage capability of 2.7 V.

The main feature of the X5323S8IZ-2.7A is its low power supervision, with minimum lock-up delay, making it suitable for battery-powered systems. It carries an output delay voltage range between zero and 2V and a power-on reset circuit with delay voltage range between zero and 0.2 V.

The X5323S8IZ-2.7A works by monitoring the voltage conditions of the system at all times. When it detects anomalous voltages, it will then activate the supervisor circuitry and provide control signals to the system. The output of the X5323S8IZ-2.7A is adjustable, allowing it to be used to activate power sequencing and sequencing between different voltages.

Additionally, the X5323S8IZ-2.7A has integrated output indicators, allowing users to quickly monitor the status of the circuit. It has a low quiescent current of 850 nA, and can operate over an environmental temperature range of -40 to +85 degrees Celsius.

In terms of application, the X5323S8IZ-2.7A is suitable for use in any system requiring low power supervision and sequence control. Examples include but are not limited to portable electronic devices, automotive electronic systems, and smart meters. Its output delay voltage range is suitable fir a variety of applications, including power switching and system reset activation.

Overall, the X5323S8IZ-2.7A is a highly cost-effective PMIC for supervising and sequencer systems. It has an integrated design and low quiescent current, making it suitable for many applications. Additionally, its output delay voltage range offers maximum compatibility and flexibility, making it a highly popular choice among system designers.

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