MB90F352SPMC-GS-ER

The MB90F352SPMC-GS-ER is a series of 8-bit single-chip microcontrollers (MCUs) designed by Fujitsu. As part of the MB90F352SPMC family, these MCUs provide an integration of A/D converter, Timer, Serial Interface, Pulse/Start Waveform (PWM) Generator, interrupt controller, and counter/timer functions, aiding in the development of a range of autonomous systems.

In particular, the MB90F352SPMC-GS-ER MCUs are designed to be used in embedded applications requiring precise control. These applications include, but are not limited to, vehicle control systems, security equipment, fluid control systems, industrial automation, speech recognition systems, etc. Additionally, the MCU’s internal memory allows the use of complex algorithms, the likes of motor control, speed control, PID control, and functions including those related to CAN, CANopen, LIN bus systems.

The MB90F352SPMC-GS-ER 8-bit MCU runs at a clock speed of up to 16 MHz, with up to 17.3 MIPS. It is also based on a die-cast process, with a wide range of memory capacities and parameter configurations. Additionally, these MCUs are equipped with an A/D converter on board, as well as an interrupt controller within the MCU package, thus providing a powerful control system.

As for the MB90F352SPMC-GS-ER’s working principle, it is based on a central processing unit (CPU), which carries out instructions issued by software applications. The CPU comprises of a control unit, an arithmetic-logic unit, and an interconnection network along with a memory. Furthermore, software code written in the C language is stored in the MB90F352SPMC-GS-ER’s memory and is executed by the MCU’s CPU. This software code comprises of instructions that direct the CPU to take specific actions and operations.

In short, the MB90F352SPMC-GS-ER 8-bit MCU is a highly-integrated, low-power device that can be used in various embedded applications where precise control is needed. It features a wide range of memory capacities, parameter configurations, and an A/D converter on board, as well as an interrupt controller. Additionally, its working principle relies on a CPU, which is executing instructions issued by applications, thus providing a powerful system for carrying out many types of autonomous tasks.