MB95F010PMC-G-111E1

MB95F010PMC-G-111E1 is an 8-bit microcontroller manufactured by Fujitsu, which is often integrated into embedded systems due to its range of features, asynchronous performance and robust build.

The MB95F010PMC-G-111E1 has multiple features that make it ideal for use as part of an embedded system, including a suitable power supply, 0.9μs instruction cycle time, on-chip flash memory and RAM, and a range of I/O interfaces.

The power supply for the MB95F010PMC-G-111E1 is a single 2.7V-3.6V supply, allowing the microcontroller to be powered by a variety of battery-based or wall-mounted power supplies. The 0.9μs instruction cycle time allows the MB95F010PMC-G-111E1 to work quickly, enabling the microcontroller to perform complex operations with minimal delay.

The MB95F010PMC-G-111E1 also has 128KBytes of on-chip flash memory, allowing for a large amount of code to be stored for execution. The flash memory can also be used to store calibration and configuration data, allowing the microcontroller to be autonomously configured and updated without requiring additional external components.

The MB95F010PMC-G-111E1 also has 64KBytes of SRAM, allowing your application to store temporary data, as well as the permanent configuration information stored in the flash memory. The SRAM can also be used to create an RAM-based FIFO buffer, further aiding in high-speed data transfer.

The MB95F010PMC-G-111E1 is capable of handling a range of I/O interfaces, including UART, SPI and I²C. The microcontroller also has a CAN controller and CAN transceiver, allowing the embedded system to communicate with other CAN-enabled devices.

The MB95F010PMC-G-111E1 is an effective choice for embedded system applications. The unique combination of features and I/O makes the microcontroller both powerful and versatile, allowing for a wide range of applications.

MB95F010PMC-G-111E1 Working Principle

The MB95F010PMC-G-111E1 is an 8-bit microcontroller that works on the basis of executing instructions that are encoded in its on-chip memory. The instructions cause a sequence of events to occur, causing the microcontroller to perform certain tasks.

In order to operate, the MB95F010PMC-G-111E1 relies on the available power supply. Once power is supplied to the microcontroller, its internal clock is activated, setting the microcontroller on its path to executing its instructions.

When the microcontroller is powered up, the program counter is initialised to the first instruction, and then the microcontroller will begin executing that instruction. Instructions are executed sequentially, causing the microcontroller to perform a sequence of operations as required by the code.

The MB95F010PMC-G-111E1 can also take inputs from any external I/O devices that it is connected to. This allows the microcontroller to use any data it receives from outside the embedded system, making it not only a versatile workhorse but also a powerful control device.

The MB95F010PMC-G-111E1 is also capable of outputting data, which can be used to control external devices or to provide feedback to the user. The output data can be of either digital or analog form, depending on the nature of the output device.

Once the MB95F010PMC-G-111E1 has completed executing its instructions, it will return to the beginning of its program and begin executing its code again, forming an endless loop until the power is switched off.

Conclusion

The MB95F010PMC-G-111E1 is a powerful and versitile embedded microcontroller with a wide range of applications. The onboard flash storage and SRAM, coupled with a range of I/O interfaces, make it ideal for use in a variety of embedded systems.

The MB95F010PMC-G-111E1 works on the basis of executing instructions from its on-chip memory, allowing it to process data, take inputs from external devices, and output digital or analog data as needed.

The end result is an embedded microcontroller that is capable of an array of tasks, allowing for a great deal of flexibility and power when it comes to embedded system design.