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Documents How many regulators are present on the MAX32600 and where do they source power from?
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    • Does the High-Speed USB peripheral also integrate the transceiver (PHY) in the MAX32600?
    • How many regulators are present on the MAX32600 and where do they source power from?
    • In the ARM Cortex-M3 processor core, what is the nature of the memory of the code region?
    • In the MAX32600 what is VDDA3 and where does it derive its power from?
    • Is the MAXREFDES73# calibrated?
    • Is there any cryptographic library available to customers on MAX32600?
    • Recommended PMIC for the Maxim micros MAX32620/MAX32621/MAX32625/MAX32630/MAX32631
    • What are MAX32600 sources of noise, and how can the noise be reduced?
    • What is the dependency between galvanic skin response (GSR) on the MAXREFDES73# and distance between electrodes?
    • What MAX32600 Resources are Available to Drive LEDs?
    • What power supplies are required on the MAX32600 power pins?
    • When selecting a 32kHz crystal for the MAX32600, what CL and ESR should I look for?
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How many regulators are present on the MAX32600 and where do they source power from?

There are two regulators present on the MAX32600, a 1.8V LDO and a 3.3V LDO. The 1.8V regulator derives it's power from the USB rail, if present, or from the main VDD supply and outputs power to the V_REG18 rail to power the digital core. The 1.8V regulator is also known as the retention regulator when the device is in standby mode. 

The 3.3V LDO derives it's power from the USB input when present and supplies the VDDB rail. Many different sub-rails derive their power from the VDDB rail when it is present such as the VDDA3, VDDIO, and VDD_REG18 rails.
Tags: MAX32600 000101142
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