PIC18F4550 + DHT11 (RHT01) Proteus simulation This topic shows how to interface DHT11 (RHT01) digital relative humidity and temperature sensor with PIC18F4550 microcontroller, and how to simulate this interfacing using Proteus. Note that for the simulation Proteus version should be […]
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Interfacing PIC16F84A microcontroller with DHT11(RHT01) sensor This topic shows how to interface DHT11 (RHT01) digital relative humidity and temperature sensor with PIC16F84A microcontroller, and how to simulate this interfacing using Proteus. Note that for the simulation Proteus version should be
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PIC16F877A + DHT11 (RHT01) Proteus simulation This topic shows how to interface DHT11 (RHT01) digital relative humidity and temperature sensor with PIC16F877A microcontroller, and how to simulate this interfacing using Proteus. Note that for the simulation Proteus version should be
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This topic shows how to use a IR remote control to control DC motor rotation direction and speed using PIC16F877A microcontroller and L293D motor driver IC. The remote control used in this project is a TV remote control which uses
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DC motor control from remote control This topic shows how to build a simple infra-red remote controlled DC motor using PIC18F4550 microcontroller, L293D motor driver chip and CCS PIC C compiler. This controller control motor speed and rotation direction from
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DC motor interfacing with PIC18F4550 and L293D This topic shows how to control DC motor rotation direction and speed using PIC18F4550 microcontroller and L293D motor driver chip. A pot is used to control motor speed and two pushbuttons are used
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DC motor interfacing with PIC16F877A and L293D This topic shows how to control DC motor rotation direction and speed using PIC16F877A microcontroller and L293D motor driver IC. A pot is used to control motor speed and two pushbuttons are used
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Low power DC motors can be easily controlled with half H-bridge IC which is the L293D. This IC is 16-pin IC which can control 2 motors in both directions. This topic shows how to control DC motor speed and direction
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PIC18F4550 RC-5 decoder The RC-5 protocol was developed by Philips in the late 1980s as a semi-proprietary consumer IR (infrared) remote control communication protocol for consumer electronics. The RC5 has 14 bits per 1 code transmission, the 14 bits can
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PIC16F84A RC-5 decoder The RC-5 protocol was developed by Philips in the late 1980s as a semi-proprietary consumer IR (infrared) remote control communication protocol for consumer electronics. The RC5 has 14 bits per 1 code transmission, the 14 bits can
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