S912XEG384J2VALR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

S912XEG384J2VALR is an embedded microcontroller that uses a 32-bit MIPS processor core, which enables it to meet the demanding requirements of embedded applications. This microcontroller is used in power supply, lighting, alarms, and many other application fields, due to its excellent performance and low power consumption.

The processor core of the S912XEG384J2VALR is based on the MIPS R4000-ISA, with several instruction extensions and dedicated coprocessors that optimize multimedia processing and accelerator functions in embedded applications. The core also features 8K-instruction cache, 8K-data cache, debug controller, power-saving functions, SIMD multimedia instructions and inter-process communication.

The S912XEG384J2VALR microcontroller has plenty of integrated peripherals and interfaces, such as serial interfaces, timers, clock generator, and watchdog timer. The four serial interfaces are SPI, UART, I2C, and CAN, which provide multiple communication interfaces for an embedded system to perform data transfer. The number of serial communication channels available is also selectable to a maximum of 16.

The timer of S912XEG384J2VALR includes several timer types, such as the multi-channel timer (MTM), system timer (ST), real-time clock (RTC), watch counter (WC), micro-timers, and pulse-width modulation (PWM). The multi-channel timer is mainly used for monitoring time base, counting time, event triggering and time-setting control, while the system timer provides time base and system tick parameters for RTOS and interrupt generation. Moreover, the real-time clock and watch counter are used to measure the elapsed time and clock time.

Apart from the timers, the chip also integrates a clock generator, which uses a 3.2V to 3.3V external crystal or ceramic resonator as the input signal and provides an output signal for the internal high-speed clock. It also incorporates a watchdog timer for recording system exceptions and resetting the system to a safe state.

Additionally, the S912XEG384J2VALR has other features such as DMA, code-fetch-enabled SRAM, power down mode, and black sensor error detection. The DMA adapts the buffer instructions to complete the data transfer between peripherals and memory, allowing data exchange without CPU intervention. The code-fetch-enabled SRAM reduces the energy consumption in the idle state. In power down mode, the chip can reduce power consumption and return to normal operation quickly. Lastly, the black sensor error detection feature allows the chip to detect and ignore internal errors, preventing system malfunctions.

In conclusion, the S912XEG384J2VALR microcontroller is an excellent choice for embedded applications requiring high performance and low power consumption. With its high-speed processor core, powerful peripherals, and clock generator, this MCU can be used to create reliable and efficient systems in power supply, lighting, alarms, and many other field.

The specific data is subject to PDF, and the above content is for reference