Program Memory Size:	1MB (1M x 8)
Supplier Device Package:	112-LQFP (20x20)
Package / Case:	112-LQFP
Operating Temperature:	-40°C ~ 125°C (TA)
Oscillator Type:	External
Data Converters:	A/D 16x12b
Voltage - Supply (Vcc/Vdd):	1.72 V ~ 5.5 V
RAM Size:	64K x 8
EEPROM Size:	4K x 8
Program Memory Type:	FLASH
Series:	HCS12X
Number of I/O:	91
Peripherals:	LVD, POR, PWM, WDT
Connectivity:	CANbus, EBI/EMI, I²C, IrDA, SCI, SPI
Speed:	50MHz
Core Size:	16-Bit
Core Processor:	HCS12X
Part Status:	Active
Packaging:	Tape & Reel (TR)

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S912XEP100W1MALR application field and working principle

Introduction

The S912XEP100W1MALR is an embedded microcontroller from NXP. It is based on the ARM Cortex-A9 core and is characterized by its high clock rate, fast memory, and capability to process code quickly and reliably. Additionally, this type of controller is capable of memory-hogging tasks, such as running complex applications for device control. The S912XEP100W1MALR is suitable for many fields, ranging from biomedical science to automotive control applications.

Applications

1. Robotics: The S912XEP100W1MALR can be used in the control of robots or other motorized devices. Its fast clock rate, large bus size, and high-speed I/O enable it to move robotic arms and legs, control motors, and execute instructions in a timely fashion. 2. Machine Vision: The S912XEP100W1MALR can be used in machine vision applications. Thanks to its large bus size and fast clock rate, the processor can rapidly process image data and execute commands to identify objects or identify surface features. 3. Automotive Control: The S912XEP100W1MALR can be used to control complex systems in cars and other vehicles. Its fast clock rate, large bus size, and capable I/O allow the processor to execute commands and control vehicle systems quickly and reliably. 4. Biomedical Science: The S912XEP100W1MALR can be used in medical and biological applications, such as monitoring vital signs, administering drug dosages, and controlling medical devices. Its high clock rate and capable I/O make it ideal for medical applications.

Working Principle

The S912XEP100W1MALR is based on the ARM Cortex-A9 core. This is a 64-bit processor with a dual-issue superscalar architecture. The processor core can be clocked up to 400 MHz, allowing for a maximum theoretical performance of 1600 Dhrystone MIPS.The S912XEP100W1MALR supports up to 8192 KB of flash memory and 8192 KB of SRAM. Both the flash memory and SRAM are divided into two banks, which can be used independently by the processor. The processor core can access the flash memory and SRAM concurrently, enabling high-speed data processing. The S912XEP100W1MALR also features an integrated interrupt controller, allowing it to handle up to 8 external interrupt sources and 8 internal interrupt sources. Additionally, the processor core can access up to 64 GPIO pins, enabling quick, reliable interfacing with other devices. The S912XEP100W1MALR also supports a wide range of peripheral devices, such as UART, SPI, and I2C, allowing for quick and reliable communication with external devices. The controller can also support Ethernet and USB connectivity, allowing for fast, reliable data transfer to and from the processor.Finally, the S912XEP100W1MALR features a low-power design that enables the processor to be used in battery-powered applications. The processor is capable of entering into lower power states when inactive, allowing for reduced power consumption and extended battery life.

Conclusion

The S912XEP100W1MALR is a powerful embedded microcontroller from NXP. It is based on the ARM Cortex-A9 core and is characterized by its high clock rate, fast memory, and capability to process code quickly and reliably. Additionally, this type of controller is capable of memory-hogging tasks, making it suitable for many fields, ranging from biomedical science to automotive control applications. The S912XEP100W1MALR also features a wide range of peripheral devices and low-power design, making it ideal for a range of embedded applications.

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