PIC32MX230F128LT-I/PF

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The PIC32MX230F128LT-I/PF is an efficient Microcontroller in the Microchip range of PIC microcontrollers. This microcontroller is ideal for use in embedded applications where high-performance and low-power consumption are key concerns. It features a 32-bit MIPS M4K-class CPU core, 128KB of Flash Memory, 1K of SRAM, and is configured for 8 channels of 10-bit analog-to-digital conversion. Additionally, it is equipped with an assortment of peripheral functions for gathering data, transceiving signals, and controlling a variety of different devices.

The primary application field for the PIC32MX230F128LT-I/PF is as an embedded system controller in various industry segments such as medical, military, industrial control, consumer electronics, and automotive. It is also used in applications such as motor control, feedback control, sensing, imaging, and diagnostics. The PIC32MX230F128LT-I/PF is able to meet the processing and memory requirements of these applications by utilizing a powerful MIPS M4K Core, 128 kB of Flash Memory, 1K of SRAM, 8 channels of 10-bit ADCs, and an array of additional peripheral control functions.

In terms of its working principle, the PIC32MX230F128LT-I/PF microcontroller is designed to provide users with a solution for embedded programmable control needs. The onboard M4K Core is able to perform arithmetic operations using 32-bit data, allowing for sophisticated processing of various signals. Additionally, the 128KB of Flash memory provides end-users with ample storage for programming data, while the integrated 10-bit ADCs provide accurate conversion between digital and analog signals. Lastly, the integrated functionality from its peripheral functions enables the microcontroller to be compatible with a wide range of communication protocols.

Overall, the PIC32MX230F128LT-I/PF is a powerful and efficient microcontroller, with enough processing power and memory to serve a variety of applications. Its ability to handle 32-bit data and communications protocols makes it ideal for a range of concerns. Furthermore, its performance and low power consumption make it well-suited to numerous applications in the embedded space.

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