Here are my needed components including breadboard. To start constructing the circuit, I suggest you should prepare first all the needed requirements. Here is our final output of breadboard prototype. Just locate property box at bottom right of the screen and change the color. You can also change the color of wires if you are confuse with the connection. To make the wire curve that looks like a real wire, press + hold control key and click the wire, drag the wire to adjust the curvature. Click the pin where you want to connect, drag the wire and release where it should be connected.
These lines are your clues on what components you will wire.
When wiring to breadboard, follow the dash lines.
Well, you can arrange it too according to your likeness. Rotating it will make your arrangement appropriate. We can rotate the component by right clicking it. To arrange, click and drag the components where you want to place. The dash lines represents the connection of components based on your drawn schematic. This time, it is all about your creativity how will you arrange your components. This is what it look when we open the breadboard viewer. To start, click the breadboard button to open "Breadboard View" After that, click the pin, drag your mouse and click again where you want to connect. We will locate the component to wire using the mouse pointer and wait for the component pin to become color blue. Wiring in Fritzing beta is not complex like other software. For the load, we will use a resistor.įor the additional components, here are the explanation Ĭapacitor - additional filter after regulation Our power supply will have a multiple DC voltage output. For this, we will use 100 uF and 1 uF electrolytic capacitors.įor the regulator, we will use LM317 IC because its regulated output is variable. We can use capacitor as a filter for this circuit. We need to place four diode for the rectifier. Our rectifier used here is a bridge rectifier. Refer the procedure in step 2 for placing components. Search the transformer in the library and place it to our schematic workstation. To fully understand and for users to catch up, we will place the components by stages (transformer, rectifier, filter, regulator, and load) To place, find the library in the Fritzing located in the upper right section.Ĭlick the selected component and drag it to the workstation.
#BREADBOARD CIRCUIT DESIGN SOFTWARE SOFTWARE#
To begin, open your Fritzing beta software and click "Schematic" to open its schematic viewer. Load - collects the output voltage Part A | Drawing Schematic Diagram on Fritzing beta. Regulator - regulates the output voltage to a specified value. Rectifier - used to convert AC to pulsating DC.įilter/Smoothing - removes the pulsation to the DC voltage and smoothens the DC output. Lowering the voltage is necessary because application of DC voltage is usually at lower voltage. Transformer - used to step down the voltage from 220 Vrms to 12Vrms or any desired voltage. They are transformer, rectifier, filter/smoothing, regulator and the load. Basically, power supply circuit has five stages or blocks. Common application of power supply circuit is to provide constant and stable voltages to electronic devices. Intermediate Tutorial Contents Discussion of the ProjectĪ power supply circuit produces an direct current (DC) voltage out from alternating current (AC) voltage. 2 unit of 100 uF electrolytic capacitor.
#BREADBOARD CIRCUIT DESIGN SOFTWARE HOW TO#
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