Realize the voltage divider

This course allows for a once and for all the assembly of the divider bridge. He explains step by step the connections needed to develop this circuit, beginners will be able to understand the methodology to perform when creating a timeline.

Reminder assembly

To remember, I give you a second time to the arrangement needed to create this assembly-mail:

Place components

It was explained in a previous course that the sources of tensions must be connected to the vertical row on the left of your plate test. Depending on the test sheet that you have purchased, this can obviously changed (normally there is a special anotia symbolized by "+" and "-" or else by "Vcc" and "GND").
I suggest you start with the resistors on the plate to try to follow the wiring diagram. You should know that the sources of tension are generally placed after all the editing is operational, if mishandling have been made, it avoids making bétisses.
Below are the steps I recommend you follow to successfully implement this configuration:

1. Place the first resistance: To save a thread, you can plug one of the first leg strength, vertical stored directly on the left. The second leg must be connected to another row: connect it to any other horizontal row.
2. Place the second resistance: The first leg must be connected to the same rank as the second leg of the first resistance (or so you have a wire connecting the two legs). Once that is done I suggest you connected the leg remaining on a ranked free.
3. Liaise with the mass:
   1. Take a small solid core wire and strip about 5 to 7mm.
   2. Insert one end of this thread on the stored vertical symbolized by a "-" (this represents the common ground).
   3. Insert the second part of the wire on the second leg of the second resistor.
4. Add the voltage source:
   1. Strip the son of the 9V battery connector for about 5 to 7mm.
   2. Connect the 9V battery connector on its
   3. Insert the red connector on the vertical row of the plate test symbolized by a "+".
   4. Insert the black connector on the vertical row of the plate to test symbolized by a "-".

If you have successfully connected properly mounting, Congratulations. Anyway, here's a photo montage that looks like what you need:

Correspondence with the pattern

I want to remember that this assembly is exactly the same as the diagram given at the beginning of the course. For those who are struggling to see the correspondence, I am a little explanation with the previous photo. I highlighted the different son in an animated image:

• Party red wire corresponds to the voltage source. To make the correspondence with the scheme, it is possible to say that the thread is "VDC".
• Green Party: This is the output of the scheme. It is from here that there Va. In other words, the new tension that is created is available here.
• Blue part: All this part is equivalent to the mass.