ADM6326-23ARTZ-R7

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ADM6326-23ARTZ-R7 is a Supervisor device, specifically a Power Management Integrated Circuit (PMIC) specifically designed for general storage applications, such as hard drives and SSDs. The integrated circuit features a digital input, output, and signal-processing technology that offers a competitive advantage to system designers in application areas where power savings, accuracy, and reliability are critical, such as in signal conditioning, digital signal processing, embedded systems, industrial applications, automotive designs and many more. Its advanced safety, power infrastructure and level shifter features set it apart from traditional PMICs.

The ADM6326-23ARTZ-R7 is specifically designed to provide optimum reliability and energy efficiency while operating in volatile environments. Its wide input voltage range of 2.7V to 10V, low quiescent current draw, high are current margin and low-temperature operating requirements make it ideal for small form factor applications, including external zip drives, fan controllers, hard drives and SSDs, among others. In addition, the product\'s compact 5mm x 5mm die size enhances power delivery efficiency and reduces parasitic capacitances for optimized system performance. The device also features intelligent sensing capability which increases reliability by detecting potential system-level faults including overcurrent, undercurrent, and overvoltage conditions.

The ADM6326-23ARTZ-R7 offers a wide range of features that enable it to deliver reliable system performance in challenging applications. The device includes an integrated power-fail-signal indicator that allows customers to preserve data in the event of a system power failure and is designed to deliver inhibit input logic with hysteresis and ensure positive system response to inhibit-input signals. The integrated open-drain MOSFET outputs, which provide systems easy-to-drive outputs for on/off control, are complemented by the device\'s wide-temperature range to drive MOSFETs or other devices in automotive, industrial and consumer applications. The device also includes a wide range of integrated functions that enhance system reliability, including a soft-start function to decrease surge current at turn-on, a watchdog timer to reset an unresponsive system and an adjustable power supervisor delay circuit.

The ADM6326-23ARTZ-R7 also offers an adjustable power supervisor delay circuit, designed to provide a precision delayed-action output to ensure proper sequencing of power supplies, enabling more efficient power delivery. The device also contains a low-current reset-output timer to ensure proper system-level startup during power-on-reset conditions. The timer has adjustable timing options, allowing the output to remain high for a predetermined time to allow the system to operate normally during power-on reset.

The ADM6326-23ARTZ-R7 is designed to save costs, reduce development time and minimize overall system costs for power monitoring and control. Its advanced features enable smaller form factors and faster time to market, allowing customers to deploy the device in applications such as industrial, automotive and consumer applications with greater reliability and decreased time to market. The advanced features provided by the device, such as low-temperature operating requirements and low-current draw for system power, provide optimal power management for storage devices. In addition, its small-footprint die size and flexibility of its on/off control logic ensure that the device is well-suited for various applications and competitively priced.

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