MAX6710AUT+T

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The MAX6710AUT+T is a P-channel metal-oxide-semiconductor field-effect transistor (MOSFET) voltage supervisor that offers both low supply current and small package size to meet the needs of applications in the power management (PMIC) and supervisory circuits. The device helps ensure system stability by monitoring a system voltage and resetting the output voltage when the monitored voltage drops below a preset threshold. Additionally, integrated internal filters provide glitch immunity as well as noise immunity for enhanced product reliability.

The MAX6710AUT+T P-channel MOSFET voltage supervisor monitors a system voltage (VIN) and resets the output voltage when VIN drops below a preset threshold voltage (VTH). For systems requiring brown-out protection, the MAX6710AUT+T offers a latched output option to reset the system until the power circuit is restored to its normal operating voltage range. The MAX6710AUT+T has an ultra-low supply current of 0.12 µA, allowing it to be incorporated into applications with sizes of less than 5 mm2 and only one extended-pad package.

The device provides glitch immunity and noise immunity to help ensure system stability. An adjustable timer is also included, which can be programmed to delay the initiation of the output control (delay-on) and power-down (delay-off) sequences. This feature minimizes reset output pulses during slow system transitions and reduces the risk of unstable power-up conditions.

The MAX6710AUT+T is a great choice for applications such as automotive, handheld devices, low-power embedded systems, and power management in LCD displays. It is also ideal for a wide range of applications requiring both high noise immunity and low power consumption. The device is available in a variety of options suited for a variety of applications, such as a preset reset threshold voltage to provide a tailored response time.

At its core, the MAX6710AUT+T operates in one of three states: Active (VIN > VTH), Reset (VIN VTH), and Delay-Off (VIN > VTH). When the VIN voltage drops to or below VTH, the device\'s output will be triggered. If the VIN voltage is restored before the delay-off time expires, then the output remains in the reset state. If VIN remains below VTH, the output will remain in the reset state until it is driven high by the delay-off timer. When VIN is restored, the device will then enter the active state until VIN drops again.

The device\'s low power consumption and versatile design make it an attractive option for a variety of applications. The MAX6710AUT+T will help ensure system stability by monitoring a system voltage, helping to avoid power-up instability, resetting the output voltage when the monitored voltage drops below a preset threshold, and minimizing reset output pulses during slow system transitions. This feature makes the MAX6710AUT+T an ideal choice for applications requiring low power consumption and high noise immunity.

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