S912XET256J2VALR

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The S912XET256J2VALR microcontroller is an embedded microcontroller device used in multiple Real-Time OS (RTOS) applications. The S912XET256J2VALR microcontroller is based on the Freescale 8-bit S912XE architecture and boasts 256 KB of flash memory, 4 KB of EEPROM, 1 KB of OTP and 8,192 bytes of SRAM. The device is programmed by code written in C and assembles instructions like LDX, STX, CLR and B. Additionally, the S912XET256J2VALR has multiple peripheral units, including two programmable timers, one pulse width modulation unit, a UART module, two comparators and three PLLs. The clock on the S912XET256J2VALR can be configured from 32 kHz to 20 MHz.

The versatile S912XET256J2VALR microcontroller is suitable for any variety of applications requiring an RTOS control platform. Automotive, consumer and industrial products are among some of the areas typically integrating these embedded devices. Everywhere, 8-bit microcontroller designs are popular, because they provide resourceful solutions for embedded system architectures. The S912XET256J2VALR stands out for its long battery life and the many features needed for power-saving sensors, display drivers and data acquisition systems. Better yet, the device offers the highest level instruction set of any 8-bit microcontroller.

One of the main advantages of the S912XET256J2VALR microcontroller is its use of the Freescale ASM (Advanced Security Module). This security module combines innovative security features, advanced encryption algorithms and sophisticated software and hardware for secure program execution and secure storage of licensing, cryptography keys and other protected data in the embedded device. The ASM is highly versatile and has proved to be an effective countermeasure against a wide range of software and hardware attacks.

At its core, the S912XET256J2VALR microcontroller works precisely as expected; first, the instruction set is loaded into the device\'s RAM. Then, the RAM receives data from inputs (pins, memory, etc.) and processes it using the instruction set. Finally, the device outputs data to the outside world (output pins, display, etc.) based on the processed data.

The S912XET256J2VALR microcontroller supports a variety of industry-specific protocols and applications, including CAN, LIN and SAE J1939 for automotive designs, RTC for mobile nodes, SPI for sensor and display drivers, and even Reliable Wireless Protocol (RWP) for remote monitoring and control. To cover these industry-specific platforms, Freescale also offers several enhanced features like ABS Application-Specific IP, Serial Peripheral Interface (SPI) Configurator and CodeWarrior Development Studio.

In conclusion, the S912XET256J2VALR is a versatile microcontroller device which is suitable for numerous RTOS application architectures. This 8-bit architecture boasts several remarkable features that are hard to find in similar devices. From advanced security to industry-specific protocols and applications support, the S912XET256J2VALR is a surefire solution for embedded system designers.

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