MC56F82743VLC

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MC56F82743VLC microcontroller product used in the field of embedded systems & applications, developed by Freescale Semiconductor (formerly Motorola Inc.), is designed for use in complex applications with large code sizes and multiple peripheral requirements. All MC56F82743VLC microcontrollers feature an on-chip flash memory along with other system building blocks including a Central Processing Unit (CPU), I/O, and system protection components. Additionally, the MC56F82743VLC can also operate in a single-cycle hardware multiplier mode and supports Partial Memory Parsing (PMP) architecture. This feature enjoys some of the same benefits as an on-chip cache.

MC56F82743VLC Features

The MC56F82743VLC has a variety of features that differentiates it from other microcontroller offerings. These features include:

• 3.3V operation at 150 MHZ internal clock speed and 3.3V external interface
• Third-party clock support allowing for quick, low-cost I/O and memory support from any third-party libraries
• Digital Signal Processing (DSP) acceleration (Direct Memory Access (DMA), Envelope Tracking, etc.)
• Hardwired Nested Vector Interrupt Controller (NVIC) allows user to boot, debug, and interrupt the MC56F82743VLC processor quickly and efficiently
• Hardware-based Debug Support – allows for quick and easy access to the internal state of the microcontroller
• L2 Cache – allowing for faster performance from memory-intensive operations
• Integrated On-Chip Flash Routine – allowing for flash programming
• 28-pin, Socketed Package – allowing for fast prototyping and development

MC56F82743VLC Application Fields

The MC56F82743VLC is suitable for a wide range of applications including:

• Industrial control & Automation
• Energy & Power Management
• Medical Devices & Diagnostic Equipment
• Industrial & Heavy Equipment
• Transportation & Logistics
• Test & Measurement Equipment

MC56F82743VLC Working Principles

The MC56F82743VLC is a member of the ColdFire family of microprocessors from Freescale Semiconductor. The MC56F82743VLC is a 32-bit bus architecture that combines the power of single-cycle decision-making execution with a supported instruction set that can scale to suit the complexity of the application. The MC56F82743VLC also features a built in 80-bit hardware multiplier and an integrated hardware MAC (Multiply and Accumulate) processor, providing exceptional low-power execution performance. Along with the integrated memory controllers and peripheral interface logic, this makes the MC56F82743VLC a very powerful and versatile solution for a wide range of embedded applications.

The MC56F82743VLC is designed to provide robust, deterministic real-time performance, while maintaining a low power consumption profile. This is accomplished through several features, such as multiple clock domains, where time-critical tasks can be sped up with fast clock rates, while peripherals can run at slower speeds independently to reduce power consumption. In addition, the processor has multiple standby states, which allow the core to enter very low power modes, such as STOP and WAIT, to reduce power consumption further.

The MC56F82743VLC has an integrated debugging interface, allowing engineers to quickly access, monitor, and control the microcontroller. In addition, advanced debug features such as real-time trace data, trigger points, and profiling can be enabled to aid in the debugging process.

Conclusion

The MC56F82743VLC is a powerful, versatile solution for embedded applications requiring robust real-time performance, while maintaining a low power consumption profile. Its on-chip flash memory and integrated debugging interface allow engineers to quickly access, monitor, and control the MC56F82743VLC microcontroller. The wide range of features available make the MC56F82743VLC an optimal solution for a wide variety of embedded applications.

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