MB95F108AHSPMC1-GN9E1

Series:	*
Part Status:	Obsolete

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MB95F108AHSPMC1-GN9E1 is a high performance microcontroller with 8-bit processing power. It incorporates a motor control peripheral ideal for controlling spindle and motors with high speed calculation and data processing, making it suitable for applications in machine tools, unmanned aerial vehicles (UAVs), robotics, automation systems, and more.The microcontroller is equipped with C language, making programming much easier. It comes with various types of integrated peripherals such as 4-channel 10-bit 8-channel 12-bit AD conversion, 8-channel PWM output, serial communication interface, and a pair of Auto Stop Mode. With the integrated peripherals, it can quickly detect and utilize various types of signals from its environment.The main function of MB95F108AHSPMC1-GN9E1 is to control spindle and motors. It offers up to 2 times greater speed than other similar microcontrollers with the same 16-bit processing power. It also has an improved turnaround time, allowing the microcontroller to respond to changes in the target variables quickly.In terms of application field, MB95F108AHSPMC1-GN9E1 is suitable for the following areas: machine tool control, medical equipment, automobiles, robotics, UAVs, textile machines, and more. It supports simultaneous control of spindle and multiple motors, thus making it more suitable for applications that require precise control.As for the working principle, the integrated Hall effect sensor allows it to detect the current value and direction of the motor. This data is then processed by algorithms to obtain the desired parameters, including speed, torque, and position. Another important feature of the motor control peripheral is the Auto Stop mode, which reduces power consumption and increases the accuracy of the system.In conclusion, MB95F108AHSPMC1-GN9E1 is a high performance microcontroller that can provide precise control over spindle and motors. It is suitable for a wide range of applications and can reduce power consumption thanks to its Auto Stop mode. This makes it perfect for applications that require precise control, such as in machine tools, medical equipment, robotics, and more.

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