S912XET256BVAGR

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

The S912XET256BVAGR microcontroller from NXP is a powerful and innovative hardware solution for embedded device design. Positioned between the S912XE and S12XE microcontrollers, the S912XET256BVAGR provides enhanced performance and flexibility for application development and deployment. The device is specifically designed to meet the needs of high-end embedded computing and robotics applications, and is available in two main packages with Flash memory and SRAM options.

The S912XET256BVAGR uses a 300MHz TMS320C54x RISC processor core and includes an on-chip 256KB embedded Flash and 16KB SRAM. The embedded Flash memory provides up to 4MB of non-volatile memory, while the SRAM provides an additional 32KB of non-volatile SRAM. The device features a highly integrated and configurable system-level I/O, enhanced interrupt capabilities, and a host of peripheral interfaces. The system also includes external clocking and reset logic, as well as multiple power management features.

One of the most noteworthy features of the S912XET256BVAGR is its flexible I/O subsystem. The device provides a host of I/O options for interfacing with external peripherals, such as serial communications (SPI, SSCI, UART, and I2C) as well as image and video ports. The device also supports DDR2 RAM and peripherals, as well as several FPGAs and an on-chip voltage regulator. With 24-bit internal registers and 16-bit arithmetic logic unit, this microcontroller provides a high-end embedded computing solution for a variety of applications.

The S912XET256BVAGR is designed for maximum energy efficiency and reliability. The device features an on-chip reset manager to ensure robust power management and reset control in the event of a system fault. Additionally, the device includes a low-power mode to help reduce overall system power consumption when not required. The device is also designed with advanced power management techniques and supports both low frequency and high frequency operation.

The S912XET256BVAGR is a perfect hardware solution for embedded device design. Its powerful combination of high-end processing capability, low-power consumption, and enhanced peripheral support make it an excellent choice for applications requiring strong computing, as well as low-power, reliable, and feature rich embedded solutions. With its versatile I/O, DDR2 support, and advanced power management features, the S912XET256BVAGR should be the top choice for embedded developers.

The working principle of the S912XET256BVAGR is based on the PIC architecture. This architecture has three distinct stages: the instruction decoding stage, the arithmetic/logic stage, and the memory stage. In the decoding stage, the instruction is analyzed, fragmented, and processed in order to create the corresponding machine code for execution. After the instructions are loaded into the processor, the arithmetic/logic stage is responsible for executing the instructions as instructed. Finally, the memory stage is responsible for retrieving data from the memory and writing new data. The S912XET256BVAGR is able to carry out this operation in a highly efficient and reliable manner.

The applications for the S912XET256BVAGR span across a variety of sectors from the manufacturing and industrial sectors to the telecommunications and healthcare sectors. The device is perfectly suited for a variety of embedded control applications such as motor control, robot navigation, navigation systems, and more. In these applications, the device is used to provide an efficient and reliable solution for controlling the motion and navigation of a robot or other device. Additionally, the device is a perfect fit for applications where low power consumption and high performance are essential.

The S912XET256BVAGR has quickly become a popular choice for application developers due to its exceptional features. With its highly integrated configurations, advanced power management techniques, and its broad range of I/O options, the S912XET256BVAGR microcontroller is ready to become a true powerhouse in the embedded market. With its high performance and reliable operation, the S912XET256BVAGR is a great choice for any embedded application.

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