CENGLH7A404-11-400BC

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The CENGLH7A404-11-400BC is a type of Embedded module, which importantly serves as a micro-controller, micro-proessor and FPGA module. This type of processor is designed and built to be used in industrial, commercial and consumer applications.

The CENGLH7A404-11-400BC is powered by a 32-bit, ARM Cortex M4 with FPU processor and fitted with a 16KB of integrated Program memory. This processor is capable of delivering a maximum frequency of 110MHz. It also has 512KB of embedded flash memory and provides up to 64KB of SRAM. The processor can be configured to handle different operating conditions; it is fitted with a temperature sensor and the ability to adjust the clock configuration and voltage.

In terms of application, the CENGLH7A404-11-400BC is used in applications to control a number of external peripherals such as touch panels, printers, displays, and other input/output devices.

When configuring the CENGLH7A404-11-400BC, a number of development options are available. From developing the program in C language, assembly language, and by code integration. The integrated Bluetooth and Wi-Fi capabilities is useful for those configuring the processor to do wireless communications. Additionally, this processor can support up to 8 analog input channels and 10 digital I/Os. This flexibility allows for a wide range of hardware design solutions and gives the programmer the ability to customize the embedded program for particular hardware platforms and applications.

The CENGLH7A404-11-400BC embedded module has a two-stage bootloader architecture, which makes it easy for users to get the processor up to speed in a matter of minutes. The processor also has advanced real-time capabilities; it can pre-program real-time tasks and execute them while in run mode. Additionally, the CENGLH7A404-11-400BC can act as the main application processor, providing high-speed data processing and communications in multi-processor designs.

The CENGLH7A404-11-400BC module also boasts a number of built-in security features such as single instruction set architecture, TrustZone and memory protection unit. This feature set provides a secure platform for high-level programming and secure computing.

In terms of the CENGLH7A404-11-400BC module\'s working principle, it uses an on-chip analog to digital converter, enabling it to perform analog to digital conversions and store data in memory. The module also uses a serial peripheral interface (SPI) to send data to other digital circuits and receive data from them. In addition to SPI, the CENGLH7A404-11-400BC module also has support for I2C and UART, allowing it to communicate with a wide range of hardware devices.

In conclusion, the CENGLH7A404-11-400BC is an advanced embedded module for industrial, commercial and consumer applications. It is powered by a 32-bit ARM Cortex M4 with FPU processor and can support up to 8 analog input channels and 10 digital I/O. Moreover, it has a highly configurable two-stage bootloader architecture, making the process of bringing the processor up to speed easier. Additionally, it offers advanced real-time capabilities and security features, making it a reliable solution for high-level programming and secure computing.

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