LPC4367JET256E

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The LPC4367JET256E microcontroller (MCU) is an integrated, high performance and low power chip manufactured by NXP Semiconductors. It is designed with a 25-bit wide ARM Cortex-M4F core with dual-core processor that features advanced asynchronous timers and high-speed media interfaces. This ARM MCU is suitable for applications such as embedded systems, home appliances, medical monitoring devices and real-time embedded systems.

The LPC4367JET256E MCU is an advanced chip with a 56-bit SRAM that provides a wide range of system-level advantages. This includes an ultra-low power mode with a maximum system current consumption of only 9 μA and an ultra-low latency (1.2 μs). Its integrated advanced peripherals deliver increased system performance and flexibility, while features such as advanced Direct Memory Access (DMA) and flexible clocking with several phase-locked-loops (PLLs) reduce system complexity and develop times.

This ARM MCU features a maximum operating frequency of up to 180MHz. It also features a wide range of analog and digital peripherals and integrated memory capabilities such as 256KB of flash, 64KB of SRAM, and low power RAMs. It has integrated boot ROM and flash acceleration technology which helps reduce erase and write times.

The LPC4367JET256E chip is an ideal solution for a wide range of embedded applications. It has an integrated I2S digital audio interface, integrated USB 2.0 interface, 10/100 Ethernet controller, digital motion coprocessor and analog comparator. It also provides a wide range of memory capacity that includes large external address spaces and a variety of power management modes. This ARM MCU helps to cut system cost and reduce development time.

The working principle of LPC4367JET256E microcontroller is to provide extraordinary system performance, with its on-chip enhanced features and ARM Cortex-TM4F core. This MCU provides an efficient memory/computing architecture through its ARM Cortex architectures specifically designed to execute a variety of processes efficiently. This MCU also supports many power saving modes, allowing developers to maximize power saving operations while still achieving maximum system performance.

The ARM Cortex-M4F core features the Armv7F instruction set. It provides the system with higher performance than other ARM based MCUs by enabling the scheduling of multiple instructions simultaneously. It also supports parallel operation of different processes to optimize system performance.

To ensure exceptional system performance, the LPC4367JET256E MCU utilizes many advanced peripherals such as USB 2.0, 10/100 Ethernet controller, digital motion coprocessor, direct memory access controller, digital comparator etc. All these peripherals have been specifically designed to help improve system performance and reduce system complexity.

This ARM MCU utilizes a comprehensive range of software development tools such as the GNU Compiler Collection (GCC), ARM Compiler 5, and ARM Cortex Software Development Kit (Cortex-SDK). Additionally, the LPC software and hardware development platform offers a wide range of debugger tools to help developers debug and optimize firmware and systems quickly and easily.

The LPC4367JET256E is a highly integrated microcontroller designed specifically for embedded systems and applications. Its advanced power management and memory features make it ideal for low-powered, low-latency applications. Its wide range of peripheral features offer developers the flexibility needed to develop complex systems quickly and easily.

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