MAX6193BESA+T

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The MAX6193BESA+T is part of the wide variety of products in the Voltage Reference family that is part of the PMIC portfolio on the market. This device is a low-dropout (1.5 V to 5.5 V) precision-adjustable shunt regulator with + 1.2% output accuracy over a temperature range of -40°C to 85°C. Due to its advanced features, it is a great choice for both new and existing microcontroller designs.

The device features a low-dropout (LDO) architecture and is capable of supplying up to 100 mA of load. It is also resistant to line disturbances such as power surges and spikes and is protected from current overloads and short circuits. These features make the device particularly appealing for microcontroller applications where precision voltage is of utmost importance and where power surges, overloading and other external disturbances can otherwise complicate the design.

The MAX6193BESA+T utilizes an external reference voltage source that can be set using the EXTVREF pin. This allows the output voltage to be set between 1.22 and 5.50 volts. The device also features a voltage supervisor and a positive temperature coefficient (PTC) which allow it to operate as a reset circuit. The PTC also improves the device\'s protection from current overloads and short circuits.

The device includes an on-chip comparator to monitor the output voltage. The comparator outputs a logic \'0\' when the output voltage exceeds the set voltage and a logic \'1\' when the output is below the set voltage. This helps protect the device from accidental output overvoltage, overcurrent, and thermal overload conditions.

The MAX6193BESA+T also comes equipped with low-power shutdown, enabling the device to be put into a low power mode when not needed. Additionally, it is available in a small surface-mount package and is designed to save board space.

The MAX6193BESA+T is an ideal voltage reference for many microcontroller-based systems and is a great choice for those requiring precision voltage for stability and reliability. The adjustable output, low-dropout, line disturbances and thermal protection, on-chip comparator, low-power shutdown and small package size make it a great option for designers looking for a reliable and efficient voltage reference.

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