CENG-LH79520-10-403HC

The CENG-LH79520-10-403HC is an embedded MCU module specifically designed for mission-critical applications such as industrial control, robotics, aircraft and automotive systems. It is part of a family of embedded MCUs that range from low-power, simple 8-bit designs to high-performance 32-bit and 64-bit multi-processor cores designed for use in demanding and safety-critical environments.

The CENG-LH79520-10-403HC is a high-performance MCU module that packs an impressive range of features into a small and cost-effective form factor. It combines a 32-bit ARM Cortex-A5 processor operating at up to 500MHz with a 5-stage pipeline cache, an enhanced 64KB instruction cache and a 1MB data cache. The complete package includes 256KB of on-chip RAM and 5KB of embedded program memory. It features an integrated SPI/I2C bus, an advanced power management unit, a dedicated DMA controller, and an accelerometer for enhanced runtime performance.

The CENG-LH79520-10-403HC offers 8KHz-150MHz frequency capabilities and supports numerous peripheral interfaces including Ethernet, USB, CAN and UART. It also has configurable GPIOs, analog and digital I/Os, real-time clock and watchdog timers. It comes with a comprehensive set of development and debugging tools, including the ARM CoreSight JTAG debug interface, a USB-based SPY board, and a Windows-based development environment.

The CENG-LH79520-10-403HC is designed to enable the development of high-performance, low-power and cost-effective embedded applications. Its compact form factor, low power consumption and wide range of on-chip and external peripheral interfaces make it ideal for a range of applications including industrial control, robot control, automotive systems, medical equipment and aerospace and military systems.

The CENG-LH79520-10-403HC is based on a 32-bit ARM Cortex-A5 processor with a 7-stage pipeline. It features an enhanced 64KB instruction cache and a 1MB data cache, as well as 256KB on-chip RAM. The module supports 8KHz-150MHz frequency ranges thanks to its on-chip PLL, making it an optimal choice for applications requiring high performance and low power consumption. In addition, it has several integrated interface peripherals including SPI, I2C, USB and Ethernet, and a wide range of GPIOs and analog and digital I/Os.

The working principle of the CENG-LH79520-10-403HC is based on its ARM Cortex-A5 processor and the peripherals that it supports. The processor is connected to the peripherals by a bus system which is used to transfer data and commands between the processor and the peripherals. The peripherals are independently controlled, with individual control registers and memory maps to facilitate their operation. The processor can then use its instruction set to send commands and data to each peripheral, resulting in the desired behavior. The peripherals have their own dedicated RAM and registers to store the data and commands, as well as to facilitate communication between the processor and the peripheral. The processor is also able to communicate with other devices via a more general purpose bus system, such as the Universal Serial Bus (USB).

The CENG-LH79520-10-403HC is an advanced embedded microcontroller module from Texas Instruments, specifically designed for mission-critical applications in industrial control, robotics, aviation and automotive systems. It is based on a 32-bit ARM Cortex-A5 processor with a 7-stage pipeline, and is a highly integrated solution with a range of peripherals such as SPI, I2C, USB and Ethernet interfaces, dedicated DMA controller, real-time clock and watchdog timers. Its support for 8KHz-150MHz frequency range makes it ideal for low-power and high-performance mission-critical applications, and its comprehensive development and debugging tools make it easy to develop embedded applications quickly and efficiently.