MB90349ASPMC-GS-168E1

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Embedded systems are often highly specialized and don’t necessarily have widely used commercial off the shelf components. MB90349ASPMC-GS-168E1 is one such embedded microcontroller, which has been specifically designed to meet customer specific needs and requirements. This article will discuss the application field and working principle of MB90349ASPMC-GS-168E1.

MB90349ASPMC-GS-168E1 Application Field

MB90349ASPMC-GS-168E1 is a low power microcontroller designed for industrial automation, medical and wearable devices, end-node IoT devices, automotive systems and portable applications. It has been designed with ultra-low power management techniques to reduce power consumption and maximize battery life. It features a highly integrated 8-bit microcontroller core, fast execution, low current consumption and numerous peripheral functions.

MB90349ASPMC-GS-168E1 has a wide range of application possibilities, with the flexibility to scale between low-power, low-cost designs and mid-range, high-function designs. It offers a generous amount of on-chip RAM and Flash memory to enable designers to deliver a powerful, yet cost effective platform. With its extended temperature range, it can operate even in harsh environmental conditions, ensuring it delivers consistent performance and excellent reliability.

The architecture of MB90349ASPMC-GS-168E1 is based on the Fujitsu M16C/60 CPU core, so it performs a wide variety of functions with minimal instruction overhead. The MCU features high-speed data bus and direct memory access (DMA) capabilities, providing efficient data processing and further reduced power consumption. It also has several built-in peripheral functions, such as timers, watchdog timer, UART, A/D converter, PWM, serial port, SPI and I2C.

MB90349ASPMC-GS-168E1 Working Principle

MB90349ASPMC-GS-168E1 works on a simple principle – It takes input from external peripherals, processes it, and passes the output to external components. The MCU can be programmed to perform a wide range of tasks using a high-level language such as C or BASIC. The MCU executes the program instructions and the data stored in its on-chip memory. Thus, it can perform complex operations like sensor reading, communication, control, and monitoring.

The main reason for the microcontroller’s high performance is its on-chip memory. The MB90349ASPMC-GS-168E1 has 64KB of on-chip flash memory, which is divided into two sections: the 32KB program memory, and the 32KB data memory. All the instructions that the MCU needs to execute, along with the data it has to manipulate and store, are stored in this memory.

The MCU can be connected to external peripherals like sensors and actuators via serial ports, SPI, and I2C. These external components provide the necessary input and output to the microcontroller. The MCU can read and manipulate the input data and pass the output to the connected components. The onboard ADC (Analogue to Digital Converter) helps transfer the analogue signals into digital form so that the MCU can process them quickly and accurately.

Conclusion

MB90349ASPMC-GS-168E1 is a highly integrated 8-bit microcontroller designed for a wide range of industrial, medical, and automotive applications. It has 64KB of on-chip Flash memory, a highly efficient M16C/60 CPU core, and numerous peripheral functions to enable it to efficiently control electronic systems. The extended temperature range and low power consumption further adds to its reliability and performance.

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