MB90367TESPMT-GS-002E1

The MB90367TESPMT-GS-002E1 is a powerful microcontroller developed by Fujitsu Semiconductor with a host of unique features, making it an ideal choice for applications in embedded systems and industrial automation.

Designed for a variety of environments, the MB90367TESPMT-GS-002E1 is an 8-Bit microcontroller designed to address both simple and demanding challenges across multiple application fields. Powered by a combination of several advanced technologies, this device boasts low power consumption and a high speed operation even in the toughest conditions.

Specifically, the MB90367TESPMT-GS-002E1 supports the following technologies:

• Hardware-based Advanced Floating Point Unit (FP™) to enhance the speed of operations and improve the accuracy of computations.
• Memory enhancement using dual-port RAM and code/RAM mirrors.
• On-chip Advanced Power Management that plugs in to the main controller to improve power savings and system performance.
• High Performance Data Flash, a write-once-read-many (WORM) memory.
• Powerful debugging features that deliver a robust and reliable debugging environment.

The MB90367TESPMT-GS-002E1 is ideally suited for applications such as industrial automation, factory automation, machine control and embedded systems. Its ability to operate accurately and reliably in the toughest of environments, make it a highly reliable and efficient system for these applications.

Working Principle

The MB90367TESPMT-GS-002E1 is based on the 8-Bit Harvard architecture with a separate Program Memory and Data Memory. The Program Memory is Flash Memory, while the Data Memory can be either Static RAM or Dynamic RAM. Furthermore, this microcontroller is configured with separate Instruction Memory and Data Memory, which makes it easier to develop and debug complex code.

The majority of the instructions in the MB90367TESPMT-GS-002E1 are executed in one cycle, making it a fast and efficient processor for industrial applications. However, more complex operations, such as division, can take multiple cycles. The MB90367TESPMT-GS-002E1 also features an on-chip interrupt controller, which efficiently handles external events such as external interrupts from I/O devices.

The MB90367TESPMT-GS-002E1 is also designed with several advanced features to improve reliability, power efficiency and performance. This includes the use of an advanced power management module that helps reduce power consumption and maintain system stability. The on-chip clock generator ensures a stable operation and reduces the need for external components.

Additionally, the MB90367TESPMT-GS-002E1 supports a wide range of communication protocols, such as IEEE 802.3, SPI and UART, making it suitable for both industrial and embedded applications. It also includes hardware-based Error Detection & Correction support, which allows the microcontroller to detect and correct errors in data transfer.

Conclusion

The MB90367TESPMT-GS-002E1 is a powerful microcontroller that provides a comprehensive set of features to meet the needs of industrial automation and embedded systems applications. Its advanced power management, error detection & correction and low power consumption make it ideal for applications in demanding environments. It features a sophisticated 8-Bit Harvard architecture that supports a wide range of communication protocols, making it suitable for many different applications. Furthermore, its high speed operation, advanced debugging features and its ability to operate reliably under the toughest conditions make it an ideal choice for embedded systems and industrial applications.