aoreo.blogg.se - Tutorial de proteus 8

#Tutorial de proteus 8 how to#
#Tutorial de proteus 8 driver#
#Tutorial de proteus 8 manual#
#Tutorial de proteus 8 software#
#Tutorial de proteus 8 professional#

This rate is also called the coupling coefficient.įor a ratio of 10 to 1, this transformer works as a step-down transformer, having a coupling ratio of 10. Here LP by Ls is the coupling ratio between the primary and secondary coils, and Lp and Ls are the inductances of the primary and secondary coils respectively. In other words, V in is a primary side voltage, and V out is a secondary sid voltage of a transformer. Here V in and V out is input and output voltages respectively.

#Tutorial de proteus 8 manual#

El presente manual est basado en la versin 6.

But before changing these values, let’s see the transformer turns ratio calculation formula, sta es la razn de la creacin de ste manual, simplificar un poco el acceso a Proteus y proporcionar una muestra de su potencial, comenzando desde cero y acabando con el diseo y programacin e incluso depurado de circuitos complejos.

These parameters are used to set the transformer to step up or step down the voltage range.

In the properties window, you can see a lot of options, such as transformer primary and secondary inductance, coupling factor, primary and secondary resistance.

Now double click on the transformer to open its properties window.

After that, place the transformer in the simulation window by simply clicking and moving your cursor towards the simulation window.

Now double click on the simple transformer, it will be placed in selected components window, as you can see here,.

In the components window, you can see different types of transformers, but we will use only a simple iron core transformer in this proteus tutorial, 29deJuniodel2014 TutorialProteusProfessionalRev.2.04A Diseo de Circuitos Impresos: Esquemtico y PCB Printed Circuit Board A continuacin se detalla de forma breve pero clara el procedimiento para la elaboracin de los circuitos impresos desde el diseo esquemtico y terminando con el diseo del circuito impreso PCB.

is switched from one state to Altium Designer PCB Design Tutorial.

#Tutorial de proteus 8 software#

Now type transformer in the components search bar. PADS is affordable, powerful, intuitive PCB design software used by engineers and.

After that go to components explorer by clicking on icon P from the left sidebar.

The main application will then load and run and you will be presented with the Proteus home page.

#Tutorial de proteus 8 professional#

To start the software, click on the Start button and select Programs, Proteus 8 Professional and then the Proteus 8 application. Finally, as a conclusion to this research, it has been achieved to design and develop a resistivimeter to perform geoelectric measurements, with efficient characteristics, safe, economical and easy to use. We shall assume at this point that you have installed the Proteus 8 software package. In addition, it has the ability to perform Resistivity Electrical Tomography (ERT) of up to 10 levels of investigation. As a result of the application in the resistivimeter field, the equipment has the capacity to perform vertical electrical soundings (SEV), the data measurements in millivolts (mV) and milliamperes (mA).

#Tutorial de proteus 8 driver#

El siguiente tutorial esta basado en el Driver dual para motores.

#Tutorial de proteus 8 how to#

The other module is the receiver (RX) that performs the measurements of the potential difference (ΔV) and the induced current in the ground (I), which is displayed on a liquid crystal display (LCD). So, lets gt started with Hw to add Nw Library in Protus 8: How to add new Library. The software is used mainly by electronic.

As a result of this research, we have managed to build a resistivimeter, which consists of 2 internal modules: One is the controlled direct current (DC) transmitter (TX) with the specifications: 12 V input voltage, 350 V output voltage, output current up to 1A maximum. The Proteus Design Suite is a proprietary software tool suite used primarily for electronic design automation. As a final phase of the methodology, it is the observation of the readings of the potential difference (ΔV) and the induced current (I) in the terrain. This is supported by geophysical concepts, in order to establish the function parameters appropriate to the designed equipment. The methodology used was guided by the following design process proposed by Haik and Shahin (2003): Which involves the analysis of the important technical specifications of a commercial team, main functions of a team, generation of concepts and the construction of the prototype. The aim of this research is to design and build a resistivitimeter that can perform resistivity electrical prospecting studies, which allows to calculate the resistivity of the subsoil (ρ) through the measurements of potential difference (ΔV) and induced current in the underground (I).