MAX6366HKA23+T

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MAX6366HKA23+T belongs to a family of products from Maxim Integrated which are low-dropout linear regulators (LDOs). These regulators are popular for their ability to provide a high degree of accuracy and a wide range of flexibility for different applications. The MAX6366HKA23+T is a precision LDO for applications requiring high accuracy. It is configured with a fixed 3.3V output voltage, and has a temperature range between +85°C to 125°C.

The MAX6366HKA23+T is designed to operate with both TLV-based and other voltage sense applications. The output voltage is pre-calibrated and is updated on-chip during each start-up cycle. This ensures that the output voltage remains tight over temperature and supply variations. The output voltage also exhibits excellent line and load-regulation characteristics.

The MAX6366HKA23+T offers a wide range of features. It has a wide operating voltage range from 2.7V to 16V and a high peak current capability of 40mA. The device provides a low quiescent current of 25μA in the shutdown mode and is designed to conserve power while maintaining regulation. The device also has an adjustable current limit feature and is designed with an ultra-low start-up current of 0.2μA.

The MAX6366HKA23+T is typically used in applications where high accuracy, low quiescent current, and wide operating voltage range are required. This device is ideal for applications such as servers and data storage systems, mobile communications, medical instrumentation and test & measurement equipment. It is also suitable for other applications requiring high accuracy voltage regulation.

The MAX6366HKA23+T is a precision Supervisory circuit and is used in applications where a microcontroller needs to be reset upon receiving low or high voltage levels. The device operates between the supply voltage (VCC) and ground (GND), and the reset output is used to provide reset and power-good signals to a microcontroller or other logic circuits. The device monitors the VCC and GND supply voltages and provides a reset output as a result. The reset pin is asserted (high) when the VCC supply voltage has fallen below the reset threshold. When the VCC supply voltage is rising, the reset pin will be released when the VCC reaches the reset release threshold.

The MAX6366HKA23+T has programmable delay times, allowing the circuit to be adjusted to fit the microcontroller\'s power-up and power-down times. The maximum reset release delay time is 25ms and the minimum release time is 0.5ms. This provides the user with the flexibility to set the length of the reset pulse depending on their application\'s needs. The device also features an active-high output, providing the user with the ability to design a system which will reset once and not continually reset during startup.

In summary, the MAX6366HKA23+T belongs to the family of Maxim Integrateds low-dropout linear regulators and is a precision LDO for applications requiring high accuracy. It is typically used in applications where high accuracy, low quiescent current, and wide operating voltage range are required. Additionally, it is also a precision Supervisory circuit and is used in applications where a microcontroller needs to be reset upon receiving low or high voltage levels. This device is popular for its ability to provide a high degree of accuracy and a wide range of flexibility for different applications.

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