Prvky počítačů (IPRe)
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1 Prvky počítačů (IPRe) First lab Vysoké učení technické v Brně, Fakulta informačních technologií v Brně Božetěchova 2, Brno Lector: Petr Veigend (iveigend@fit.vutbr.cz) Gabriela Nečasová Petr Veigend 2014/2015
2 Contents of todays lab Basic information, safety briefing Introduction to the lab kit, IPR metr software Simple measurements Solderless field circuits IPR cvičení 1 2
3 Basic information, safety briefing Hi, my name is Petr You don t have to work alone, you can cooperate The important thing is to learn something new, understand something, etc. Basically don t eat, drink, behave responsibly We are going to work with electricity and you all know that it can kill you IPR cvičení 1 3
4 Introduction to the lab kit Notice: The button that changes the mode of the operation of the kit (Režim) AD converter (převodník) input Voltage sources +10 V, 0 V, -10 V, +5 V (napájecí zdroj) Resistors with variable resistances (potentiometers) Integrators Adders (sumátor) Invertors Diodes Solderless board IPR cvičení 1 4
5 IPR Metr application Displays the voltage on the input of AD converter Okamžitá hodnota current value Časový průběh value in time IPR cvičení 1 5
6 IPR Metr application Download IPR Metr from Save it on your P drive and run it Check, if it says Připojeno (Connected in English) in the lower hand corner If it doesn t, check the connection settings Nastavení Vlastnosti Nastavení portu Port=COM3, BaudRate=9600, StopBits=1, DataBits=8, Parity=None, FlowControl=None Note: Switch your kit to the Řešení operation mode IPR cvičení 1 6
7 Simple measurements voltage sources Using the IPR Metr check that the voltage source supplies the correct voltage. IPR cvičení 1 7
8 Simple measurements voltage sources Using the IPR Metr check that the voltage source supplies the correct voltage. Solution Voltage source (+10V, -10V, +5V) AD converter IPR cvičení 1 8
9 Simple measurements potentiometer Choose one of the potentiometers Using the IPR metr check that you can control the value of the voltage in between 0 % to 100 % of the input voltage (by turning the knobs) IPR cvičení 1 9
10 Simple measurements potentiometer Choose one of the potentiometers Using the IPR metr check that you can control the value of the voltage in between 0 % to 100 % of the input voltage (by turning the knobs) Solution Input of the potentiometer voltage source Output of the potentiometer AD převodník IPR cvičení 1 10
11 Simple measurements invertor Check that the invertor can flip the polarity of the input voltage. IPR cvičení 1 11
12 Simple measurements invertor Check that the invertor can flip the polarity of the input voltage. Solution Input voltage source Output AD convertor IPR cvičení 1 12
13 Simple measurements adder (sumátor) Check that the adder can add the voltages together 3 inputs (black, green, yellow), invert polarity 1 output Note that one of the inputs is multiplied by infinity. Figure out which one and don t use it. IPR cvičení 1 13
14 Simple measurements adder (sumátor) Check that the adder can add the voltages together 3 inputs (black, green, yellow), invert polarity 1 output Note that one of the inputs is multiplied by infinity. Figure out which one and don t use it. Solution 1. input: -10V 2. input: +5V Output: AD convertor (you should get +5 V) IPR cvičení 1 14
15 Simple measurements integrator Check the integrator 3 inputs (black, green, yellow) 1 initial condition (white) 1 output Modes Initial condition (poč. podm.) Solution (řešení) IPR cvičení 1 15
16 Jednoduchá měření integrátor Check the integrator 3 inputs (black, green, yellow) 1 initial condition (white) 1 output Solution Input: -10V, Initial condition (white socket): +5V, Change mode to poč. podm. Output: AD convertor Switch to mode řešení Note that integral should calculate the area under the curve IPR cvičení 1 16
17 Solderless field In this part the lab, we are going to work with the solderless field and multimeter to measure parameters of electrical circuits IPR cvičení 1 17
18 Multimeter Change the settings before plugging in!!!!!! DCV direct current voltage DCA direct current amperes Ω resistance Measurements (U, I, R) Ground (GND, -) IPR cvičení 1 18
19 Circuit 1 1) Prepare a resistor and measure its resistance (R) 2) Then connect the provided circuit including the voltage 3) Measure the current (I) that is passing through the resistor 4) Measure the voltage (U) on the resistor IPR cvičení 1 19
20 1) Measure the resistance Connect the resistor to the solderless board and measure its resistance How to Just connect the resistor to the different columns of the solderless field and connect multimeter in parallel (same columns as the resistor) Don t connect input voltage Multimeter: set Ω, 20k IPR cvičení 1 20
21 1) Measure the resistance Example of the parallel connection IPR cvičení 1 21
22 2) Connect this circuit Connect this circuit in the solderless field IPR cvičení 1 22
23 2) Connect this circuit Connect this circuit in the solderless field How to On the one terminal of R connect voltage of 5V (red column) On the second terminal of R connect 0V (GND) IPR cvičení 1 23
24 3) Measure the current passing through R Current has to be measured in series How to Multimeter: DCA, 200mA, before plugging in IPR cvičení 1 24
25 3) Measure the current passing through R Current has to be measured in series How to Multimeter: DCA, 200mA, before plugging in On one terminal of R connect voltage of 5V (same column) On the other terminal of R (same column) connect the current meter (multimeter, measurements cable), connect the GND cable to the 0V (GND) IPR cvičení 1 25
26 4) Measure the voltage on the resistor Voltage has to be measured in parallel How to Multimeter: DCV, 20V, before plugging in IPR cvičení 1 26
27 4) Measure the voltage on the resistor Voltage has to be measured in parallel How to Multimeter: DCV, 20V, before plugging in On the one terminal of R connect 5V On the second terminal, connect 0V Connect the measurement cable of the multimeter to the same column as the 5V Connect the GND cable of the multimeter to the column with the GND IPR cvičení 1 27
28 Circuit 2 Connect the following circuit (one terminal is connected to 5V, other is disconnected) What is the voltage on the resistor? IPR cvičení 1 28
29 Circuit 2 Connect the following circuit (one terminal is connected to 5V, other is disconnected) What is the voltage on the resistor? Result There is no voltage drop on the resistor, so there is nothing to measure IPR cvičení 1 29
30 Circuit 3 Connect the following circuit Check the Ohm s Law, Kirchhoff's Law IPR cvičení 1 30
31 Example of the series connection Check how you set your multimeters Now we measure R1 IPR cvičení 1 31
32 Thank you for your attention!
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