OM10090

Series:	LPC2100
Part Status:	Obsolete
Board Type:	Evaluation Platform
Type:	MCU 32-Bit
Core Processor:	ARM7
Operating System:	--
Platform:	IAR KickStart Kit™
For Use With/Related Products:	LPC2103
Mounting Type:	Fixed
Contents:	Board(s), Cable(s)

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OM10090 Application Field and Working Principle

OM10090 stands for the Multiple Application Field Processors, abbreviated as MAFPs. This series of general purpose devices are designed for various embedded applications, such as motor control applications, digital signal processing, and communication systems. Firmly rooted in this powerful technology lies the application field of the OM10090.

Motor Control Applications

The OM10090 is well suited for motor control applications, due to its powerful onboard microcontroller. It contains a high-performance 32-bit RISC core processor, which is capable of managing inputs/outputs, executing complex algorithms, and governing power-driven motors. Additionally, the OM10090 contains versatile peripherals and storage capacity, enabling it to interact with external sensors and devices. This conglomeration of powerful features enables the device to deliver robust motor control capability.

Digital Signal Processing

The OM10090 can also be utilized within digital signal processing applications. Thanks to its onboard Cortex-M4F microcontroller architecture, it is able to replicate complex mathematical operations, process encoded signals, and deliver accurate results in a blink of an eye. Moreover, the OM10090 contains an array of digital peripherals, allowing it to integrate seamlessly with external sensing devices, such as microphones and accelerometers.

Communication Systems

The OM10090 is also a great choice for communication systems. The OM10090 is capable of using sophisticated algorithms to process incoming messages. Moreover, the OM10090\'s onboard peripherals, such as the 10/100 Ethernet MAC, are designed to interact with external media, such as fiber optics and wireless networks. Furthermore, the OM10090 is compliant with the latest communication protocols, such as Bluetooth, WiFi, and 6LowPAN.

Working Principle

The operative engine of the OM10090 is its onboard ARM Cortex-M4F microcontroller. This high-performance processor is able to execute complex operations and store tremendous amounts of data while drawing minimal amounts of power. As data enters the device, the Cortex-M4F processor is responsible for interpreting the information and executing the proper instruction sets. Depending on the application, the processor may also interpret the data and react accordingly. For motor control applications, the ARM Cortex-M4F processor utilizes a rich set of commands to govern output signals. These output signals interact with the motor and enable the OM10090 to govern the motor\'s direction, speed, and torque. The precise control over the motor enables the OM10090 to be used in various applications, such as robotics, variable frequency drives, and actuators.For digital signal processing applications, the ARM Cortex-M4F processor is able to interpret incoming signals and execute sophisticated algorithms. As the processor receives the incoming signals, it uses DSP functions, such as Fourier transform, Fast Fourier Transform, and Discrete Cosine Transform, to process the data and deliver accurate results. This powerful capability makes the OM10090 ideal for applications such as audio and video processing. Finally, for communication systems, the OM10090 is compliant with a variety of communication protocols, such as Bluetooth, WiFi, and 6LowPAN. The onboard 10/100 Ethernet MAC is able to interact with external media, process incoming messages, and generate output signals. Moreover, the OM10090\'s array of digital peripherals enable it to read and interpret incoming information, such as microphone signals, and respond accordingly.

Conclusion

The OM10090 is a great choice for various embedded applications, thanks to its powerful onboard ARM Cortex-M4F processor. This versatile processor enables the OM10090 to govern motors with precision, process encoded signals quickly, and interact with external media to facilitate the transfer of messages. Moreover, the OM10090\'s flexible design enables it to be utilized in a variety of applications, from motor control to digital signal processing. Therefore, the OM10090 is a valuable asset within the world of embedded applications.

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