EM16F314N中文资料16-Bit Microcontroller数据手册Elan规格书

描述 Description

The EM16F314N is a 16-bit, low-cost, high performance MCU equipped with brushless DC motor driver. The architecture of the MCU kernel is a powerful 16-bit Harvard structure, which has a 16-bit data bus, a 16-bit program/RAM address bus, and hardware multiplication and division. It can implement complicated algorithms for future applications. The EM16F314N has various communication interfaces that can connect to other devices, such as I2C, SPI and UART. There are several peripherals in the EM16F314N, including RTC, Timer, WDT, SPI, I2C, etc. The EM16F314N offers normal, green, and sleep modes. Green mode has lower power consumption compared to Normal mode. The timer that performs various PWM operations operates at a maximum resolution of 48 MHz and is provided with several functions including a PWM (complementary PWM × 2 channels) output function with dead time, a 6-phase PWM output function with dead time, and a DC inverter real-time output function. The timer can also control inverter. The MCU is designed as a cost-effective processor offering optimized performance and is ideal for DC motor driving applications. The EM16F314N constructive features will sure motivate users to explore into wide variety of new ideas and create more innovative DC motor-driving products.

特性 Features

MCU
• 16-bit dual-thread eDSP CPU architecture
• 4 CPU operation modes (Normal, Green, Sleep)
• Powerful DSP Instruction Set (MAC, DIV, RPT, LOOP)
• Saturation mode supported
• 8 general purpose registers (GPR)
• Rich and multiple interrupt sources with 2-level priority
• Most Instruction can be performed in one system clock
• Typically 15 µA, at 5V/32kHz
• Typically 10 µA, during Sleep mode

Operating voltage range
• 3V~5.5V@-40~105°C

Memory
• 8k x 16 bits on-chip flash type program ROM
• More than 10 years data retention
• Endurance of 10k cycles
• 1k x 16 bits on-chip Data RAM

Clock
• Internal RC mode for main clock: 32MHz ±1% @ 25°C, 5V & ±4% @ -40~105°C, 3~5.5V
• Timer/PWM Clock: 48MHz
• Low Internal RC mode for sub Clock: 32k or 128 kHz @ 3V (Source of Watchdog Timer)

Operating mode
• Sleep mode: CPU is halted. Main clock and sub clock turn off
• Idle mode: CPU is halted. Main clock turn off and sub clock turn on
• Green mode: CPU is runnung. Main clock turn off and sub clock turn on
• Normal mode: CPU is running. Main clock and sub clock turn on

I/O port configuration
• 2 bi-directional tri-state I/Os: PA, PB, PC
• 26 I/O pins
• 26 Programmable Open-drain
• 26 Programmable Pull-high/Pull-low

Power on reset level voltage
• Power on reset/release level: 2.5/2.7V
• Low voltage detector/Reset (2.5V, 2.9V, 4V, 4.7V)

Peripheral configuration
• Watchdog: Programmable free-running on-chip Watchdog Timer
• 16-bit real time clock/counter (RTC) with selective signal sources and overflow interrupt
• One 16-bit Timers/Counters
• One 16-bit PWM/Capture, 6~8 Channel Pulse Width Modulation (PWM) dead time: The PWM with 16-bit resolution
• UART
• Serial peripheral interface (SPI) available
• I2C-bus available. Function; 7/10-bit address, 8-bit data transmit/receive mode
• Two pairs of Comparator. Cin+ internal Vref level select (offset voltage: ±2mV)
• 8-channel Analog-to-Digital Converter with 12-bit resolution and internal reference for Vref., and the sampling Rate is 666ksps.
• Five external INTs
• High EFT immunity