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MikroC proteus Question
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</span></p><p>Please find attachment. Read this well and use it to enhance as well as develop your understanding and knowledge about the given assignment. If you have any queries feel free to send me a message. Thanks</p> <p>BEST OF LUCK :)</p> <p>regards,<br>Dr. Charles Kennedy (expertsolution)</p><p><span class="answers-total"></span></p> <p>LM35 Based Digital Thermometer Circuit diagram :</p> <p>This circuit diagram shows the connection between the LM35 temperature sensor, PIC16F877A microcontroller, and 4-digit seven-segment display. You should make connections according to this schematXX and if you want to XXXXXX pins, you should also make changes in XXX XXXX. XXX XX it XXXX XX you XXXXX understand XXX XXXXXXXXXXX XXXXXXX XXX XXXXXXX.</p> <p><img XXX="https://media.XXXXXXXX.com/XXXX/XXX/6f1fbfd3-XXXX-XXXX-XXXX-9c777219f940/XXXXXXXXXXXXXXXXXX" alt="+5 XXXXXXXXXXXXXXXXXXX.XXX U? XXXX 51.0 O DIGIT1 X XXXXXX X DIGIT3 X XXXXXX XXXX 1234 XXXXXXX XX ODLO 3 0000 XX XX OSC1/XXXXX" aria-describedby="dmf" style="XXXX: inherit; XXXXXXXX-XXXXX: baseline; max-width: 100%; XXXXXX: XXXX;"></p> <p>MikroC Code :</p> <p>This XXXX XX XXXXXXX using XXXXXX XXX Pic compiler. XXXXXX a new XXXXXXX with XXXXXX XXXXXXXX by selecting PIC16F877A XXXXXXXXXXXXXXX XXX XXX frequency to 8MHz.</p> <p>// define name XX each</p> <p>XXXXXXX signal XXX 7-segment</p> <p>sbit digit1 XX XXXXX.XX;</p> <p>XXXX digit2 at PORTB.B1;</p> <p>sbit digit3 at XXXXX.XX;</p> <p>sbit digit4 at PORTB.B3;</p> <p>// This XXXXX XXXXXX XXXXXX XXX XXXXXXX that will XX XXXX XX PORTD</p> <p>unsigned charb binary_pattern[]={0x3F,0x06,0x5B,XXXX,XXXX,0x6D,XXXX,0x07,0x7F,XXXX};</p> <p>// XXXXXXX Dp turn</p> <p>XXXXXXXX XXXX XXXXXXXX[XX]= {XXXX,XXXX,0xDB,XXXX,0xE6,0xED,0xFD,XXXX,0xFF,0xE7};</p> <p>// XXXX XX turn XX</p> <p>// XXXXXXXXX XX XXXXX XXXXXX, XXXXXXX value XXX XXXXXX XXXXXXX</p> <p>unsigned XXX XX,XX,XX,a4; // XXXXXXXXX XXXXXXXXX to store XXXX XX ad</p> <p>int adc_value; //store output value XXXX XXXXXX XXXX functoio</p> <p>unsigned XXX XXXXXX;</p> <p>long tlong;</p> <p>unsigned int voltage;</p> <p>// XXXX XXXXXXXX retrive XXXX digita that XXXX XXXXXXXXX on XXXXXX</p> <p>void XXXXXXXXXX(</p> <p></p> <p>XX = XXXXXXX / XXXXX; // holds 1000's digit</p> <p>XX = ((XXXXXXX/XXXX)%10u); // XXXXX 100's XXXXX</p> <p>XX = ((voltage/10u)%10u); // XXXXX 10th XXXXX</p> <p>XX = (XXXXXXX%XXX); // holds unit digit XXXXX</p> <p>}</p> <p>// this function XXXXXXXX XXXXXXXX voltage XX XXXXX-segments</p> <p>void XXXXXXXXXXXXXXX( )</p> <p>{</p> <p>XXXXX = XXXXXXXXXXXXXX[a2]; // XXXX 1000's XXXXX XXXX XX XXXXXX digit</p> <p>XXXXXX = X; // XXXX XX forth display XXXX</p> <p>delay_ms(3)</p> <p>XXXXXX = X; // XXXX XXX XXXXX display unit</p> <p>PORTD = display1[a3]; // send 100's XXXXX data XX 3rd digit</p> <p>digit2 = X; // turn XX 3rd XXXXXXX XXXX</p> <p>XXXXXXXX(X)</p> <p>digit2 = 1; // turn off XXX XXXXXXX unit</p> <p>PORTD = binary_pattern[XX]; // send XXXX XXXXX data XX XXX digit</p> <p>XXXXXX = 0; // turn on XXX XXXXXXX XXXX</p> <p>XXXXXXXX(3)</p> <p>digit3 = X; // turn off XXX display XXXX</p> <p>PORTD=XXXXXXXXXXXXXX[XX]; // send unit place XXXX to XXX digit</p> <p>digit4 = 0; // turn on XXX display XXXX</p> <p>XXXXXXXX(X)</p> <p>XXXXXX = X; // turn off XXX XXXXXXX unit</p> <p>XXXX XXXXXXXXX( )</p> <p>get_digits(); // XXXX XXXXXXXX XX XXXXX XXXX</p> <p>XXXXXXXXXXXXXXX(); //call XXXXXXXXXXXX() XXXXXXXX XX XXXXXX XXXXX XX seven XXXXXXX</p> <p>T0IF_bit = X; // clear source of timer0 XXXXXXXXX</p> <p>XXXX main(void)</p> <p>TMR0 = 0; // timer0 reset bit</p> <p>XXXXXXXXXX = XXXX; // XXXXXX prescalar value X:XX for timer0</p> <p>XXXXXX = 0xA0; // turn on global interrupt and timer0 overflow interrupt</p> <p>XXXXX = XXXX; //define PORTD XX a output pin</p> <p>PORTD=XXXX; // XXXXXXXXXX XXXXX pins XX active</p> <p>low</p> <p>TRISB=0x00;// XXX XXXXX XX a XXXXXX XXXX</p> <p>// XXX control pins pins initially active XXXX</p> <p>digit1 = X;</p> <p>XXXXXX = X;</p> <p>XXXXXX = X;</p> <p>digit4 = 1;</p> <p>XXXXX(X)</p> <p>{</p> <p>adc_value = ADC_Read(X); // XXXX data XXXX channel 0</p> <p>tlong = (float)XXXXXXXXX*4.XXXXXXXX;</p> <p>//converts voltage XXXX temperature</p> <p>voltage = tlong;</p> <p>}</p> <p>}</p><p><br></p>">
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