MAX6168AESA+T

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PMIC (Power management integrated circuit) - Voltage Reference is a semiconductor device that when attached to regulated AC or DC power supply provides a regulated low-voltage outputs. In order to maintain the stability of the output voltage and to protect against voltage spikes and surge, a voltage reference or voltage reference circuit is used.

The MAX6168AESA+T is an integrated voltage reference with a typical output voltage of 1.2V, adjustable from 0.8V to more than 5V. It also comes with an accuracy of ±5mV and stability of 5ppm/V. The temperature coefficient is typically 45ppm/°C.

The MAX6168AESA+T operates as a voltage reference with a voltage divider, amplifier, microcontroller or other controller. To make the device useable, the output voltage needs to be adjusted using the Voltage Divider. The circuit uses three resistors: two of which form the voltage divider and the third one computes the current. The output voltage of the device is relatively stable and is not affected by heat or other environmental conditions.

One of the interesting features of the MAX6168AESA+T is its dual output mode, which allows two voltages to be generated, thereby providing voltage regulation in two different ways. The first output voltage is the main voltage and is set by the voltage divider. The second output voltage is the secondary voltage and is set by the microcontroller or other controlling device. This allows for voltage control to be done precisely, even for complex circuitry.

The MAX6168AESA+T also includes the dual-channel high-speed current regulation (HSCR), which allows for current regulation and protection to reach high switching speeds. The device has a low input voltage surge tolerant profile and is protected from over-voltage and over-current by using the HSCR technique. The device also has a low power start-up circuit, which helps reduce power consumption during operation.

The MAX6168AESA+T can be used in many applications, such as, in industrial, consumer, automotive and medical systems. The device is also used in power conversion and control, where the voltage range, accuracy and stability of the voltage reference are important. The device is also used in battery management, where two output voltages are needed.

In conclusion, the MAX6168AESA+T is a high-performance, low-power voltage reference or voltage reference circuit that is ideal for a variety of applications. It provides accurate voltage regulation and high-speed current regulation. Its low power consumption and dual output mode enable it to be used in many different systems. The device can be used for voltage reference, voltage regulation and protection, and is an excellent choice for a wide range of applications.

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