SPC5747GTK1MKU6R

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How SPE 5747GTK1MKU6R Works And Its Application Field

SPC5747GTK1MKU6R is an embedded microcontroller system supported by NXP. It is a powerful embedded device for multiple-industry applications. To understand its application fields. As well as its working principle, it is important to know its features.

Features of SPC5747GTK1MKU6R

SPC 5747GTK1MKU6R features an enhanced dual-core architecture based on the Power Architecture core and supports a wide range of automotive, industrial and consumer applications, such as drive control systems, sensing and measurement applications, motor control systems, motor/sensor fusion solutions and more. It also features advanced levels of integration, high compute performance, advanced buses, high-speed serial interfaces, comprehensive security features and industry-leading tools. Its built-in peripherals include 64KB Flash memory, 1MB SRAM, 1KB on-chip SRAM and a 16-channel DMA, providing excellent scalability for new applications.

Application Fields of SPC5747GTK1MKU6R

The SPC5747GTK1MKU6R has a wide range of application fields, including automotive, industrial, consumer and medical. It is suitable for building control and monitoring solutions, smart electronic devices, adjustable speed drive systems and high-performance motor control solutions. It can be used in industrial automation systems such as robotics, machine vision and medical equipment, as well as in vehicle control systems. It can also be used in safety and security products, consumer electronics and life safety systems. With its high levels of integration, cost effectiveness and extensive connectivity, it is an ideal device for many embedded systems.

Working Principle of SPC5747GTK1MKU6R

The working principle of SPC5747GTK1MKU6R is based on the Dual-Core Power Architecture core. It combines a high-performance Power Architecture e200z processor core and a medium-performance core that offers low power consumption, high scalability and advanced power management. This core is designed for scalability and enables flexibility for various applications. It supports up to 863 MHz of operating frequency, providing high-speed performance.

The SPC5747GTK1MKU6R system supports advanced buses, including AHB, CSI and FlexCAN, and offers a wide range of I/O interfaces, including UARTs, I2C and SPI, providing multiple connection options. It also features a 1MB SRAM and 64KB Flash memory, 16-channel DMA, 20-bit, 10-MHz A/D converter, multiple PWM and watchdog timers, and comprehensive security features. The on-chip SRAM offers excellent data retention for fast-processing applications.

The SPC5747GTK1MKU6R device is powered by the NXP TLE9864B1-based board with the reference design from NXP. The TLE9864B1 supports the SPC 570GTK1MKU6R microcontroller and other required electrical components with up to 12V DC input voltage and 6.6A @ 12V output current. The system is designed with 3-phase current measurement capability, providing accurate power measurement and control. It also features comprehensive protection features, such as short circuit protection, over voltage/current protection, thermal shutdown and reverse battery protection.

Conclusion

The SPC5747GTK1MKU6R is a powerful embedded microcontroller system with extensive features and a wide range of application fields. It combines the Dual-Core Power Architecture core with advanced buses and a wide range of I/O interfaces. Its 1MB SRAM and 64KB Flash memory, 16-channel DMA and 20-bit, 10-MHz A/D converter enable fast and reliable data processing. With its advanced power management, comprehensive protection features and extensive connectivity, SPC5747GTK1MKU6R is an ideal device for building control and monitoring solutions, adjustable speed drive systems, high-performance motor control solutions and more.

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