LPC2290FBD144,551

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The LPC2290FBD144,551 is an embedded microcontroller. Its main applications are in the fields of automotive, consumer, industrial automation, medical, and instrumental and measurement technology. This microcontroller has an ARM9 core, as well as a variety of peripheral functions. It enables the user to easily realize applications that require low energy, high performance, and advanced security and safety functions.

The core of the LPC2290FBD144,551 is the ARM9 series core is based on the ARM thumb architecture. It allows the user to select the optimal balance between space and speed requirements. The ARM921ES core provides a good solution for cost-sensitive, real-time operations. Embedded in this microcontroller is a high-performance memory system, with up to 4 MB of on-chip SRAM and 96 KB of flash memory.

The LPC2290FBD144,551 also has a variety of on-board peripherals such as UARTs, TIMERs, PWM outputs, A/D converters and PLLs, as well as an efficient USB host/device interface. It has an integrated power-management unit, which supports 13 power-saving modes to reduce power consumption and optimize the system performance.

In terms of its working principle, the LPC2290FBD144,551 uses a combination of hardware and software components to control the system. The hardware consists of components such as the CPU, memory, input/output devices, and power management circuits. The software typically consists of a set of instructions, which are transferred from the memory to the CPU and executed to control the system.

The software is typically written in assembly language, which has a very low level of programming abstraction. This language is most suitable for embedded systems, as it allows low-level access to the microcontroller’s hardware components. Assembler language is suitable for both non-interactive and interactive programming, depending on the demands of the application.

The LPC2290FBD144,551 can be used in a variety of applications. It is suitable for low-power, high-risk, and deterministic systems, as well as for interactive applications. It is well suited for consumer electronics, automotive, industrial automation, medical, instrumental and measurement technologies. Its ARM9 core and peripherals provide the user with a customer-friendly solution to reduce complexity and cost.

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