LPC1833FET256,551

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As technology marches on, newer and more efficient solutions are continually being developed to reduce the overall costs and sizes of certain products while increasing their performance and capabilities. The LPC1833FET256/551 embedded microcontroller is a perfect example of this, being an ARM Cortex-M3 based system on chip that is specially designed to provide a high degree of integration and cost optimization while maintaining an impressive processing power. The LPC1833FET256/551 is also equipped with a variety of on-chip peripherals and technologies that allow the user to reduce design costs and increase the overall performance of their project.The LPC1833FET256/551 is part of the Low Power ARM Cortex Microcontroller Family and is based on the ARM Cortex-M3 microprocessor core, which is clocked at up to 120MHz. This core has been designed for high levels of processing power and energy efficiency, which makes it ideal for applications involving low power, low cost and low-level system processing requirements. This also allows for exceptional levels of performance, especially when it comes to running multiple tasks simultaneously.At the heart of the LPC1833FET256/551 is an array of 256Kbytes or 551Kbytes of on-chip flash memory. This allows the user to store both their code and the data required for their project, meaning it can easily be applied to a wide variety of applications. Its range of built-in interfaces and peripherals further extend the potential of the LPC1833FET256/551, allowing it to be used in a variety of scenarios.These peripherals range from traditional buses like I2C, SPI, CAN and UART, as well as 8-channel 10-bit ADCs and 32-bit timers for real-time input and output. It also features an in-built LCD PWM controller, a DMA controller, USB 2.0 full-speed and USB 2.0 host/device OTG support. This vast array of features makes the LPC1833FET256/551 ideal for a wide range of embedded applications.One such application is in the industrial and automotive sector. Here, the capabilities of the LPC1833FET256/551 can be employed for a variety of tasks, such as communications, data acquisition, safety, security and more. The device\'s wide range of peripheral interfaces and flash memory can also be utilized to store calibration data, log data and program instructions. This means that the LPC1833FET256/551 is well-suited to applications such as data loggers, or even connected to a CAN bus network.The LPC1833FET256/551 is also capable of dealing with audio and video communications, making it a great choice for a variety of consumer applications, too. The device is equipped with multiple peripheral audio connections, as well as an audio-out interface, an in-built DMA controller and an LCD PWM controller for display purposes. This makes the LPC1833FET256/551 well suited for a range of consumer products, such as video phones and home automation systems.The working principle of the LPC1833FET256/551 is relatively straightforward. The device is made up of multiple parts and components, such as_ the ARM Cortex-M3 based processor, flash memory, and peripheral interfaces, which are all housed on a single die. This is then connected to a range of external devices and peripherals via both software and hardware connections. This allows the embedded microcontroller to control and interact with external devices and systems, as well as to store and process data.When it comes to embedded applications, the LPC1833FET256/551 is a great choice that offers a high level of processing power, energy efficiency and features. This makes it perfectly suited to a range of applications, from automotive and consumer products to industrial and medical device applications. Its wide range of peripherals, impressive array of interfaces and its on-chip flash memory also ensure that users have more than enough resources for their projects.

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