MC56F82746VLF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MC56F82746VLF family by Freescale Semiconductor is one of their highest performance automotive grade embedded microcontrollers. It is the successor to their MC56F82728LF family, which was widely used in the automotive, robotics and industrial sectors. This microcontroller offers superior performance and noise immunity compared to previous models.

The MC56F82746VLF is a highly integrated, low power consumption device that works on low voltage power ranging from 0.95V to 3.6V. It is also highly flexible, allowing customers to customize programs and design-in features more suited to their applications. The MC56F82746VLF has an impressive range of features and peripherals, including high-speed ADC, DAC, PWM, serial communication controllers (SPI, UART, I2C) and many more. It has an industry-leading power management system, which is capable of operating at very low power in sleep mode.

The MC56F82746VLF is ideal for automotive applications, particularly those using CAN-Busses, LIN-Bus and infotainment systems. Due to its robust noise immunity, it can handle the harsh EMF environments created in modern cars, such as those from the alternator and brakes. It is also capable of supporting audio functions and touchscreens, making it ideal for integration into entertainment systems.

The MC56F82746VLF is also suitable for robotics applications. It\'s capable of driving multiple DC motors and servos, requiring sophisticated programming and capturing external events. Additionally, it can route signals to multiple sensors, enabling more sophisticated systems to be created. This makes it an ideal candidate for performing complex tasks in robotics applications.

The MC56F82746VLF\'s working principle is based on the Harvard architecture, where programs and data are stored in separate memories. The processor core includes two banks of RAM, organized as a single stack and two independent instruction memories, the primary memory and the flash memory. Instructions can be executed directly from flash memory, which allows for faster execution than traditional microcontrollers.

The MC56F82746VLF also benefits from an impressive range of advanced peripherals. These include a high-resolution PWM which can generate a wide range of signals; an infra-red receiver which is capable of decoding digital and analog signals coming from remote controls; and an array of digital and analog I/O. This makes it more suitable for applications requiring the transmission of data and signals over longer distances.

Overall, the MC56F82746VLF is an impressive microcontroller suitable for a range of applications. It has a robust power management system and a feature-rich set of peripherals, enabling it to handle demanding applications, like those in the automotive and robotics industries. It also has an impressive working principle, based on the Harvard architecture, allowing for faster instruction execution than traditional microcontrollers.

The specific data is subject to PDF, and the above content is for reference