Tag archives for Projects

Simple 5V DC Power Supply

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In any electronic products or projects there is always a source of power for the system to work. This is called a power supply. The source of this power can come from different sources like the mains AC voltage, a battery or even from a renewable power source like a solar panel wind turbine or fuel cell to name just a few. The most common source of power is usually the mains AC, with this power, we need a transformer to convert the 220V 50Hz mains or the 120V 60Hz if you are living in the United States of America to a lower voltage required by the electronic circuit, this can be typically between 6V and 12V when 5V regulated DC is needed. In this article we are going to design a simple 5V DC power supply using the 7805 voltage regulator.
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A Very Cheap PIC Microcontroller Programmer

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For many hobbyists and students interested in programming PIC Microcontrollers, the high cost of a programmer can really be a huge obstacle. The programmer described in this article is very easy and cheap to build. It can cost you less than R 100 ($10) to build it and all the software used to program the PIC luckily are also free. You can use MPLAB X IDE with XC8, XC16 or XC32 compilers from Microchip Technology Inc that can be used to write and debug code for a PIC Microcontroller. You can download a free copy of MPLAB® X IDE and XC8 Compiler from Microchip website. They are also other compilers that you can use depending on your preference, like Mikroelekronika compilers where you can download a free 2Kb limited demo compiler on their website.
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Digital Thermometer using PIC Microcontroller and LM35 Temperature Sensor – MikroC

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Temperature sensors are very important in many projects especially in temperature logging devices and alarms. In this article we are going to design a digital thermometer using MikroC Pro for PIC compiler. This digital thermometer is built around the LM35 which is a precision integrated-circuit temperature sensor whose output voltage is linearly proportional to the Celsius (Centigrade) temperature. Its output changes by 10 mV per °C so there is no need for calibration. It can measure a wide range of temperature from −55 to +150°C

P1 Semester Report Sample 1

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To fulfill the requirements of the national diploma in Electrical Engineering or Computer Systems, the student must successfully complete all academic requirements as well as the work integrated learning (P1 for 6 month and P2 for 6 month) component. This sample 1 is for a student doing a P1 in Electronic Security Industry, but it can be used for other industries as well, this is just a template.

P1 Semester Report Sample 1 Page 2

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To fulfill the requirements of the national diploma in Electrical Engineering or Computer Systems, the student must successfully complete all academic requirements as well as the work integrated learning (P1 for 6 month and P2 for 6 month) component. This is page 2 of sample 1 which is for a student in Electronic Security Industry, but it can be used for other industries as well. This is just a template.

P1 Semester Report Sample 1 Page 3

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To fulfill the requirements of the national diploma in Electrical Engineering or Computer Systems, the student must successfully complete all academic requirements as well as the work integrated learning (P1 for 6 month and P2 for 6 month) component. This is page 3 of sample 1 which is for a student in Electronic Security Industry, but it can be used for other industries as well. This is just a template.

P2 Semester Report Sample 1: Electronics

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To fulfill the requirements of the national diploma in Electrical Engineering or Computer Systems, the student must successfully complete all academic requirements as well as the work integrated learning (P1 for 6 month and P2 for 6 month) component. This sample 1 is for a student who has successfully completed P1 and is doing a P2 in Electronic Security Industry, but it can be used for any other electronic industry as well, this is just a template, the concept is the same.

P2 Semester Report Sample 1: Electronics Page 2

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To fulfill the requirements of the national diploma in Electrical Engineering or Computer Systems, the student must successfully complete all academic requirements as well as the work integrated learning (P1 for 6 month and P2 for 6 month) component. This sample 1 is for a student who has successfully completed P1 and is doing a P2 in Electronic Security Industry, but it can be used for any other electronic industry as well, this is just a template, the concept is the same. This is part 2 from the previous part 1.

Digital Clock using PIC Microcontroller and the DS1307 Real Time Clock – XC8 Compiler

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Real Time Clock and Calendar functions are very important in many projects especially in data logging devices where a real time stamp is required in each record. This clock uses the DS1307 which is a low power serial real time clock/calender with full binary coded decimal (BCD) clock/calendar plus 56 bytes of Non Volatile Static RAM. This chip provides year, month, date, hour, minute and second information. The end date of months is automatically adjusted for months fewer than 31 days including leap year compensation up to year 2100.