XC6108N22AMR-G

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Today, Supervisors are widely used in many areas, and all kinds of PMIC devices are the widely used PMIC devices with good performance. Among them, XC6108N22AMR-G is one of the representatives. In order to fully understand the application field and working principle of this PMIC supervisor, the following will make a detailed introduction.

XC6108N22AMR-G is a low power consumption PMIC supervisor. It adopts a 4-channel haptic driver and a 32-bit ARM Cortex-M3 core. It has a built-in low power and low swing voltage authority, providing a variety of operating modes and providing two kinds of output voltage selection. and it supports the correction of the motor winding resonance by using the PID controller.

In terms of application fields, XC6108N22AMR-G is suitable for automotive, industrial, consumer electronics and many other fields. Furthermore, as a PMIC supervisor, it is usually used for battery charge monitoring, current sensing and voltage control, power supply voltage regulation, low power and low consumption supervisor, etc.

The working principle of XC6108N22AMR-G is mainly composed of three parts: a central processor, four haptic drivers and a low power voltage regulator. The central processor examines the configuration data, decides the target voltage and current, and sends control signals to the haptic driver. The haptic driver, under the control of the central processor, drives the motor according to the characteristics of the motor, which can obtain the desired force or speed by changing the characteristics of the motor. The low power voltage regulator can provide three operating modes, peak current mode, linear mode and current loop mode, and the output voltage of the motor is adjusted according to the conditions at the operating points of different modes.

In summary, XC6108N22AMR-G is a very effective PMIC supervisor, with excellent performance in automotive, industrial, consumer electronics and many other fields. It adopts a 4-channel haptic driver and a 32-bit ARM Cortex-M3 core, and has a low power and low swing voltage authority, supporting a variety of operating modes and two kinds of output voltage selections, and can support the correction of the motor winding resonance by using the PID controller. Therefore, it has been widely used in many fields and has achieved satisfactory results.

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