MAX6386XS17D3+T

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The MAX6386XS17D3+T is an advanced supervisor and power sequencer products that integrate multiple functions in one package. It can provide a broad range of power monitoring and sequencing functions to help designers quickly and cost-effectively design a power sequencing system. As part of the MAX6386 family of power supervisors, the MAX6386XS17D3+T is well proven and recognized in the industry.

The MAX6386XS17D3+T with its integrated advanced low-dropout regulator (LDO) is suitable for applications that need to provide clean, smooth power in a wide power range (2.7V to 5.5V). Its wide operating voltage range (2.7V to 5.5V) and low quiescent current make it ideal for battery-powered systems, allowing for higher overall system efficiency.

The MAX6386XS17D3+T offers extensive features, including various supply and reset delayed time options, very low current (as low as 130nA) power-supply startup, a power-good output to indicate when the power-supply voltage has stabilized, selectable reset thresholds, and a single power-on reset output that is capable of releasing the reset inputs of up to four ICs in the system.

The MAX6386XS17D3+T is well suited for use in computers, tablet PCs, smartphones, industrial systems, and motor control applications. Its small 3mm x 3mm, 8-pin thin QFN and 8-pin SOT23 packages make it an ideal choice for space-constrained applications where power conditioning, sequencing, and supply monitoring are necessary.

The MAX6386XS17D3+T is a power supply supervisor and power sequencer that combines the precision of a voltage regulator with the fast response of a reset circuit in a single tiny package. It integrates a low-dropout regulator, reset generator, and power-good output with various voltage and time delays, allowing designers to optimize flexibility and accuracy when monitoring power supply. The supervisor allows time and power-supply sequencing for up to four ICs, providing precision timing and signaling for multiple voltage outputs.

The MAX6386XS17D3+T is designed to monitor the input power supply voltage, and when it goes below a determined threshold, the reset signal is activated. Once the voltage is above the threshold, the output reset signal is removed. The power-on reset is released when the input voltage reaches a predetermined level and is maintained for a certain duration. The power-good output indicates the stability of the power supply voltage and remains on until the associated voltage has been below a certain threshold for a period of time.

In addition to its power-sequencing and power-supply monitoring functions, the MAX6386XS17D3+T also has an integrated overcurrent protection circuit that prevents overloading of the power supply. Its extremely low quiescent current of just 130nA make it ideal for battery-powered applications, because it minimizes current consumption, allowing for higher overall system efficiency.

In summary, the MAX6386XS17D3+T is specifically designed for applications requiring integrated power management and sequencing, with the flexibility to provide time and voltage-accurate sequencing for up to four ICs. Its integrated features make it well suited for computers, tablet PCs, smartphones, industrial systems, and motor control applications — and its 3mm x 3mm, 8-pin thin QFN and 8-pin SOT23 packages make it an ideal choice for space-constrained applications where power conditioning, sequencing, and supply monitoring are necessary.

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