Introduction to MG82F6D17 Microcontroller

Hello, readers welcome to new post. In this post, we will discuss the Introduction to MG82F6D17 Microcontroller. It is a single-chip microcontroller based on high operating 1-T architecture 80C51 central processing unit which implies commands in one to seven clock cycles and consists of 8051 instructions. So similar operation of 8051 this module can work at less speed and decrease the use of power.

In this post, we will cover all details of the MG82F6D17 Microcontroller pinout working and some other parameters. So let’s get started.

Introduction to MG82F6D17 Microcontroller

• MG82F6D17 Microcontroller is less expensive having twenty pinouts based on the microcontroller having dual in-line packaging.

• It consists of a flash memory unit of sixteen kilobytes, one-kilobyte ram 1.8 volts to 5.5 volts, and six-channel pulse width modulation, UART DMA also exists in this module
• It communicates with SPI protocol and also has eight interrupts
• MG82F6D17 is compatible with ninety-six megahertz pulse width modulation that decreases inductor dimensions, decreases charge and discharge ripples
• It is mostly used for smartphone circuits electric devices, wireless circuits lightings system
• It is also employed in home appliances such as water heaters, and electric rice cookers.

MG82F6D17 Microcontroller Features

• Some features of the MG82F6D17 Microcontroller are discussed here

• Consists of sixteen kB flash ROM
• It has one byte of RAM
• Supported to the dual data pointer
• Dual data pointer and one channel DMA engine it has
• 16 sources, 4 level-priority interrupt
• It has 3 external interrupts inputs that are nINT0, nINT1, and nINT2 with glitch filter
•  9/11 timers are on this board with  Programmable Watchdog Timer (WDT)
• Four 16-bit timer/counters, Timer 0, Timer 1, Timer 2, and Timer 3
• One Programmable 16-bit counter/timer Arrays with 8 Compare/PWM modules
• It offered the single-channel DMA engine
• It has 9/10 timers consisting RTC
• It has a sixteen-bit counter
• It has eight inputs keypad interrupt
• UART also has
• It also has one Master-slave SPI interface
• Low-Cost controller and has a voltage range of 1.8V – 5.5V
• 1-T 80C51 Central Processing Unit it has with RAM of 1K Bytes
• 8 Inputs Keypad Interrupt are on the board with 12-bit Single-ended ADC
• Enhanced UART (S0) and Secondary UART (S1)
• It comes with a single Master/Slave SPI serial interface and 2 Master/Slave two-wire serial interfaces
• On-chip-debug interface (OCD) with  17 GPIOs in a 20-pin package

MG82F6D17 Microcontroller Pinout

• The Pinout of this controller is discussed here
• P6.1: It has serial port one SPI protocol compatible with master mode data input.
  •  S1MI: Serial Port 1 SPI Master mode Data Input
  •  PWM7: PCA0 module-7 PWM7 output.
  •  PWM2B: PCA0 PWM2 output sub-channel B
• P6.0: it has exterior clock input with inner clock output and PWM6 input
  • ECKI: In external clock input mode, this is the clock input pin.
  •  ICKO: Internal Clock (MCK) Output.
  •  PWM6: PCA0 module-6 PWM6 output.
  •  PWM2A: PCA0 PWM2 output sub-channel A
• Vss: It is the ground pin
• VR0: It voltage reference pin
• Vdd: input supply pin
• P1.1:It has an analog to digital converter with keypad input and also has timer counter input.
  •  AIN1: ADC channel-1 analog input.
  •  KBI1: keypad input 1.
  •  T2EX: Timer/Counter 2 external control input.
  •  TXD1: UART1 serial output port.
• P1.5: It has an analog to digital converter channel 5 keypad input and SPI module
  • AIN5: ADC channel-5 analog input.
  •  KBI5: keypad input 5.
  •  MOSI: SPI masters out & slave in.
• P1.6: This port has six ADC keypad inputs six SPI protocol mater in slave out
  • AIN6: ADC channel-6 analog input.
  •  KBI6: keypad input 6.
  •  MISO: SPI master in & slave out.
  •  S0MI: Serial Port 0 SPI Master mode data Input.
  •  PWM0A: PCA PWM0 output sub-channel A.
• P1.7: It has seven ADC keypad inputs seven SPI clocks and external i/o
  •  AIN7: ADC channel-7 analog input.
  •  KBI7: keypad input 7.
  •  SPICLK: SPI clock, output for master, and input for slave.
  •  CEX4: PCA0 module-4 external I/O.
  •  PWM0B: PCA0 PWM0 output sub-channel B
• P2.2: It has two ADC channel inputs and exterior input and output
  • AIN2: ADC channel-2 analog input.
  •  CEX0: PCA0 module-0 external I/O.

• P2.4: Consists of ADC channel three input
  • AIN3: ADC channel-3 analog input.
  •  CEX2: PCA0 module-2 external I/O
• P3.0:Consiss of 4 ADC channel UART0 serial input
  • AIN4: ADC channel-4 analog input.
  •  RXD0 : UART0 serial input port.
  •  KBI2: keypad input 2.
  •  TWI0_SDA: serial data of TWI0/ I2C0.

• P3.1: It has UART serial output port keypad input and serial clock

  • TXD0: UART0 serial output port.
  •  KBI3: keypad input 3.
  •  TWI0_SCL: serial clock of TWI0/ I2C0

• P3.3: Consists of exterior interrupt one keypad input SPI  module

  •  nINT1: external interrupt 1 input.
  •  KBI4: keypad input 4.
  •  CEX1: PCA0 module-1 external I/O.
  •  nSS: SPI Slave select.
  •  T3: Timer/Counter 3 external clock input.
  •  T3CKO: Timer 3 programmable clock output

MG82F6D17 Microcontroller Applications

• It has some applications that are explained here
• It used in toys and different embedded systems
• Power devices used this module
• Home appliances use this
• Remote control uses this board
• Used in medical devices

Faqs

That is all about the MG82F6D17 Microcontroller all details are discussed here if you have any further query ask in comments, Thanks for reading have a good day.