CT-161-CD Fujitsu Semiconductor America Inc, CT-161-CD Datasheet - Page 94

• Manufacturer Part Number: CT-161-CD
• Description: KIT 16LX FOR MB90F387
• Manufacturer: Fujitsu Semiconductor America Inc
• Series: F²MC-16LXr
• Type: MCUr

Specifications of CT-161-CD

• Contents: Board, Cable, CD
• For Use With/related Products: MB90F387S
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: 865-1103

8.3.2
Let us now create the actual program. According to the procedure described in Appendix
A.1, open the source file "main.c" in "sample.prj," and input the program that is the
circled part in Figure 8-4 Example of program code (main routine)
and Figure 8-5 Example of program code (interrupt routine)
Use all files except main.c without any changes. After the program is input, "build" the
program according to the procedure described in Appendix A.2. If an error is output,
reconfirm that the contents of the program are correct. When the "build" is successful,
"ACCEMIC MDE" starts automatically.
When the "ACCEMIC MDE" window appears, execute the program and check the
operation. For the procedure of the program execution, see Appendix A.3. When the
program starts correctly, check the LEDs. When the temperature of the room where the
operation is performed is between 10 and 20
The number of LEDs lighted varies with the temperature detected by the sensor. For
example, warm up the sensor part using your fingers. When warming up the peripheral
part of the sensor, be aware of the temperature. When it gets hot, it may damage the
board.
voi main(void)
{
}
Creation and execution of the program
__set_il(7);
__EI();
IO_PDR1.byte = 0x1F;
IO_DDR1.byte = 0x1F;
IO_DDR5.bit.D51 = 0;
IO_ICR03.byte = 0x06;
IO_ADCSH.bit.BUSY = 0;
IO_ADER.byte = 0x02;
IO_ADCSL.byte = 0x89;
IO_ADCRLH.byte.ADCRH = 0xF8;
IO_ADCSH.bit.INTE = 1;
IO_ADCSH.bit.STRT = 1;
while(1);
Figure 8-4 Example of program code (main routine)
Program code to be added
-
88
-
o
C, LED 1 and LED 2 are supposed to be on.
(1) Port 1 (LED control) output setting
(2) Port 5 (AD input) input setting
(4) A/D converter initialization
(5) A/D conversion
interrupt permission
(3) Stop A/D converter
(6) A/D conversion starts.
- A/D converter channel setting
- A/D converter mode setting
- A/D sampling condition setting
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