ML67Q5250-NNNLAGZ3A

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The ML67Q5250-NNNLAGZ3A is a microcontroller designed for embedded applications in industrial and consumer products. It is a part of the Mitsuibishi L Series of microcontrollers and is based on a 32-bit standard RISC instruction set and a sophisticated chip-level architecture. The ML67Q5250-NNNLAGZ3A features an integrated floating point unit and advanced hardware features such as a hardware random number generator, memory protection unit and peripheral protection unit.

Features

The ML67Q5250-NNNLAGZ3A features an 8K bytes of user-programmable flash memory, 256-bytes of RAM and 512 bytes of TCM RAM, a high-speed 32 bit microcontroller core, an 128Mbit-standard high-speed system on chip flash memory and a wide variety of peripheral functions including an on-chip full-function high speed USB peripheral support.

The device is based on the 32-bit RISC core developed by Mitsubishi and the instruction set of the microcontroller core is compatible with a vast number of instruction sets. This gives the device the capability to execute several thousands of instructions in a single clock cycle. The powerful microcontroller core is also integrated with 32K bytes of on-chip readable and writable flash memory which is used for storing the program code and data. The device also features a wide range of in-system programming features such as a Power Reset, a Clock Control and an On-Chip Debug Emulator.

The ML67Q5250-NNNLAGZ3A also features an advanced hardware protection mechanism which can be used to protect both the program and data memory from accidental corruption or malicious attack. The device also supports a wide range of high speed communication interfaces for connecting to external devices and peripherals.

Applications

The ML67Q5250-NNNLAGZ3A microcontroller is suitable for a wide range of embedded applications in consumer and industrial products. It is used in applications such as consumer electronics, automotive, health care, industrial automation, gaming, HVAC, home automation, and robotics.

The device is also used in a wide range of industrial applications such as factory automation, quality control, monitoring and control systems, data aquisition systems, process control, information gathering and control systems, industrial networking and communications, and automotive engine control.

Working Principle

The ML67Q5250-NNNLAGZ3A microcontroller is designed on the basis of the 32-bit standard RISC instruction set. The processor core executes the instructions from the instruction set and does the arithmetic and logical operations. The instruction set is based on a Harvard-Type RISC architecture and all operations are performed in binary language. The processor core processes the instructions, manipulates the data and coordinates all I/O operations.

The ML67Q5250-NNNLAGZ3A also has an integrated 8K bytes of flash memory, 256-bytes of RAM and 512 bytes of TCM RAM. The device also has a wide variety of peripheral functions including an on-chip full function high-speed USB controller and support. The device can be connected to external devices and peripherals via the wide range of communication interfaces.

The ML67Q5250-NNNLAGZ3A supports a wide variety of programming languages and platforms including C, C++, Visual Basic, Java and the Mitsubishi L series C compiler. The programming languages are used for programming the on-chip flash memory, RAM and TCM RAM. The device also supports in-system programming and debugging features.

The ML67Q5250-NNNLAGZ3A microcontroller is designed for low power consumption and is suitable for a wide range of embedded applications in consumer and industrial products. It is capable of executing instructions at a speed of up to 50MHz and offers a wide range of integrated peripheral functions.

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