MPLAB v8.60 Color Settings-EEWORLD

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Keywords：MPLAB PIC Reference address：MPLAB v8.60 Color Settings

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Recommended ReadingLatest update time:2024-11-15 10:22

PIC16 Timer and Crystal Oscillator Calculation

PIC16 Timer and Crystal Oscillator Calculation T=(256-A)*(4/F)*Division ratio T: is the time you want to set. A: is the corresponding value to be assigned (that is, the value I want to get). F: crystal frequency Tmax = 256 * (4 / F) * frequency division ratio max T: unit is US 1S = 1000MS = 1000000US Frequenc

[Microcontroller]

PIC16F877A running light Proteus simulation program

The microcontroller source program is as follows: //Flowing lights #include pic.h //header file __CONFIG(0xff32); //Configure fuse bits //Delay function void delay(unsigned int x) { unsigned int i,j; for(i=0;i x;i++) for(j=0;j 100;j++); } //Main function void main()

[Microcontroller]

PIC16F877A running light Proteus simulation program

PIC microcontroller development environment construction_MPLAB X IDE installation steps

Getting familiar with the development environment is the first step to learn MCU. Now let's introduce the development environment of PIC. The development environment of PIC includes the old MPLAB IDE and the latest MPLAB X IDE. MPLAB X IDE is more convenient to write code than the old MPLAB IDE, and the probability

[Microcontroller]

Apple wins easily! It swallows up the high-end market vacated by Huawei, and its domestic market share exceeds 60%

Impacting the high-end mobile phone market has become the top priority for domestic mobile phone manufacturers. Mobile phone manufacturers have not only shouted out their slogans, but also put them into actual actions. In 2021, domestic mobile phone manufacturers and sub-brands have successively launched high-end flag

[Mobile phone portable]

Apple wins easily! It swallows up the high-end market vacated by Huawei, and its domestic market share exceeds 60%

PIC microcontroller AD channel conversion function

Since the PIC microcontroller has eight AD conversion channels, it would be very troublesome and inconvenient to write a conversion function for each channel. Therefore, I wrote a conversion function that can realize eight-channel general use as follows: uchar get_ad(uchar n) //AD sampling function with channel sele

[Microcontroller]

ds18b20 pic54 microcontroller communication source program

ds18b20 p IC 54 microcontroller communication source program ORG PIC54 GOTO MAIN ORG 0 ;---------------------- ;---------------------------- DELAY22 MOV LW D'200' ; DELAY 2*250=500mS MOV WF COUNT1 DE32 MOV LW D'250' ; 8*250=2mS

[Microcontroller]

Thoughts on learning PIC microcontrollers

Learning PIC is quite easy. After all, I have learned two 16-bit microcontrollers and even a 32-bit processor. It is very easy to learn 16-bit microcontrollers. At the beginning, I got a dsPIC33FJ128M706 microcontroller development board. This microcontroller is a high-end microcontroller of Microchip, with DSP eng

[Microcontroller]

PIC series microcontroller programming basics 4

When the chip is powered on and reset, bit6 and bit5 of F4 are random, and non-powered reset keeps the original state unchanged. 　　 The following example writes data to the 30H and 50H registers of BANK1 and BANK2. 　　 Example 1. (Assume that the current bank is selected as BANK0) 　　　　　　 BSF 4, 5; set bit5 = 1, select

[Microcontroller]

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