MK10DN32VFT5

Program Memory Type:	FLASH
Base Part Number:	MK10DN32
Supplier Device Package:	48-QFN-EP (7x7)
Package / Case:	48-VFQFN Exposed Pad
Operating Temperature:	-40°C ~ 105°C (TA)
Oscillator Type:	Internal
Data Converters:	A/D 16x16b
Voltage - Supply (Vcc/Vdd):	1.71 V ~ 3.6 V
RAM Size:	8K x 8
EEPROM Size:	--
Series:	Kinetis K10
Program Memory Size:	32KB (32K x 8)
Number of I/O:	33
Peripherals:	DMA, I²S, LVD, POR, PWM, WDT
Connectivity:	I²C, IrDA, SPI, UART/USART
Speed:	50MHz
Core Size:	32-Bit
Core Processor:	ARM® Cortex®-M4
Part Status:	Active
Packaging:	Tray

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Introduction

The MK10DN32VFT5 is a 32-bit configuration microcontroller from NXP, belonging to its Kinetis K family. It is designed to provide high integration, low power and fast performance coupled with real time performance, making it perfect for embedded applications such as automotive, medical and home automation. Thanks to its industry leading features, the MK10DN32VFT5 also provides considerable power and code efficiency, allowing developers to maximize their design resources while preserving the performance of their projects.

Application Field of MK10DN32VFT5

The MK10DN32VFT5 is suitable for medium to high integrity, real time embedded systems in the automotive and medical applications, as well as home automation and industrial control devices. The high performance and low power nature of the microcontroller make it an ideal solution for automotive powertrain, wellness and entertainment solutions, fuel efficiency solutions and eco friendly solutions. As one of the few microcontrollers with an integrated CAN interface, the MK10DN32VFT5 also provides excellent data communication capabilities.Medical applications such as medical imaging, healthcare monitoring and diagnostic systems, insulin pumps and other medical peripherals can benefit from the fast processing speed, low power draw and on-chip debugging of the MK10DN32VFT5. Home automation activities such as climate control and energy management can be achieved via the high integration and low power of the MK10DN32VFT5. In the industrial field, the high performance, low power microcontroller provides reliable and cost effective solutions for applications such as robotics and automated process control.

Working Principle of MK10DN32VFT5

The MK10DN32VFT5 is based on the ARM Cortex-M4 core and includes a rich set of on-chip memory and peripherals for enhanced user programmability. Its 32-bit processor provides up to 120MHz of instruction speed and high performance, with an embedded system providing core, peripheral, and time bases functions.For developers of embedded applications, the Core Coupled Memory (CCM) architecture of the MK10DN32VFT5 provides exceptional performance and scalability. The CCM provides a high performance, low latency access to the embedded Flash and SRAM memories, while the Master Ports facilitate streaming data transfers to and from external memories. Additionally, an on-chip memory protection unit allows code execution to be separated at the instruction level into secure and trusted area, allowing CPU related functions to maintain its safety and integrity.The MK10DN32VFT5 also features an integrated USB transceiver, up to 192KB of Flash memory, and up to 40KB of SRAM. Its low power modes reduce power consumption below 30uA when in stop mode, allowing for continuous usage without draining the system’s battery. Additionally, it supports DMA (Direct Memory Access) and FlexCAN CAN interface for fast communication and data transfer.

Conclusion

The MK10DN32VFT5 is a reliable, high-perfomance and low-power microcontroller from NXP. It is suitable for real time embedded applications in the automotive and healthcare industries, as well as home automation and industrial control. The Cortex-M4 processor, along with its integrated features and on-chip peripherals, provide an excellent development platform for embedded developers. Additionally, its low power modes allow it to provide continuous operation without draining a system’s battery, making it an attractive solution for developers seeking an optimal balance between performance and power efficiency.

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