LINE FOLLOWING ROBOT CIRCUIT PIC12F508 MC68HC908QB8

LINE FOLLOWING ROBOT CIRCUIT

Line following robot project, control of MC68HC908QB8 and PIC12F508 microcontrollers. Motor drive circuit used the L298. The system is complicated and cumbersome, but there’s a different robot projects useful sections PIC12F508-American SFH506-36 IR receiver… Electronics Projects, Line Following Robot Circuit PIC12F508 MC68HC908QB8 “microchip projects, microcontroller projects, “

LINE FOLLOWING ROBOT CIRCUIT

Line following robot project, control of MC68HC908QB8 and PIC12F508 microcontrollers. Motor drive circuit used the L298. The system is complicated and cumbersome, but there’s a different robot projects useful sections PIC12F508-American SFH506-36 IR receiver solid (Infra Red Proximity Detector uses Sharp 38 or 40 kHz IRM) IRE5 sensor solid power supply regulated etc. is a good example of all the source codes also in MC68HC908QB8 and schematic, pcb drawings.

LINE FOLLOWING ROBOT CIRCUIT 1LINE FOLLOWING ROBOT CIRCUIT2

The TTT IRPD board utilizes a PIC12C508A to modulate two IR LED’s at 38 or 56.7KHz and look for reflections on an IR detector module. Using the TTT IRPD with another controller is simplicity itself, you can even use it on a BEAM robot because no computational power is required at all from the host computer. The IRPD requires +5V and less than 5ma total current on average, so its not very power hungry either.

 

Read more: LINE FOLLOWING ROBOT CIRCUIT PIC12F508 MC68HC908QB8 alternative link: line-following-robot-circuit-pic12f508-mc68hc908qb8.rar alternative link2 alternative link3

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