Experiment A1-1 Italiano (Italy) Condensatori non ideali (10 punti) Parte A. Condensatori a temperatura ambiente (4.0 punti) A.1 (2.3 pt) Grafici C1(U) e C2(U) sulla carta millimetrata: Compila la tabella con i valori corrispondenti: U C1 C2 0V 3V 6V
C(U) =
Condizioni dell’esperimento:
ID della scheda=
Troom =
Experiment A1-2 Italiano (Italy) A.2 (0.5 pt) Umax change =
Per il condensatore (spunta): □C1 □C2 A.3 (1.2 pt)
q1 =
q2 = Parte B. Taratura del termistore NTC (1.0 punti) B.1 (1.0 pt) Formula:
R0 =
Valore: R0 =
Experiment A1-3 Italiano (Italy) Parte C. Condensatori a diverse temperature (3.0 punti) C.1 (1.3 pt) Grafici C1(U) e C2(U) sulla carta millimetrata:
Experiment A1-4 Italiano (Italy) C.2 (0.5 pt) Grafici C1(T) e C2(T) sulla carta millimetrata: C.3 (1.2 pt) C1(85∘C)/C1(40∘C)|0 V =
C1(85∘C)/C1(40∘C)|6 V =
C2(85∘C)/C2(40∘C)|0 V =
C2(85∘C)/C2(40∘C)|6 V =
Experiment A1-5 Italiano (Italy) Parte D. Fonti di errori di misurazione (2.0 punti) D.1 (1.0 pt) Posizioni di S1 possibili: C1, C2 Connettore IN possibile: +9V, -9V, GND, Libero Impostazioni iniziali: Posizione S1 Connettore IN Processo: Numero del passo Posizione S1 Connettore IN Durata, s Variabile misurata Verifica:
Principale sorgente di errore (spunta): □Corrente di dispersione □Proprietà di polarizzazione dei mezzi dielettrici del condensatore
Experiment A1-6 Italiano (Italy) D.2 (1.0 pt) Posizione S1 possibile: C1, C2 Connettore IN possibile: +9V, -9V, GND, Libero Impostazioni iniziali: Posizione S1 Connettore IN Processo: Numero del passo Posizione S1 Connettore IN Durata, s Variabile misurata Verifica:
Principale sorgente di errore (spunta): □Corrente di dispersione □Proprietà di polarizzazione dei mezzi dielettrici del condensatore
Topic: Electrostatics, Circuits, Thermodynamics Metodi: Experimental Data Analysis, Graph Linearization, Error Propagation, Physical Modeling Competenze: Experimental Data Analysis, Graph Linearization, Error Propagation, Measurement & Instrumentation Objects: Capacitor, Resistor Fonte: Testo (PDF) — p.1 Soluzione: Soluzioni (PDF)
Experiments A1-1 Italian (Italy) Non-ideal capacitors (10 points) Part A. The following conditions shall apply: A.1 (2.3 pt) Graphs C1(U) and C2(U) on millimeter paper: Complete the table with the corresponding values: U C1 C2 0V 3V 6V
C(U) =
Conditions of the experiment:
The card ID=
Troom is
Experiments A1-2 Italian (Italy) A.2 (0.5 pt) The change is
For the capacitor (point): □C1 □C2 A.3 (1.2 pt)
q1 =
q2 = Part B. The NTC thermistor shall be measured at the level of the NTC thermistor. B.1 (1.0 pt) Formula:
R0 =
The value: R0 =
Experiments A1-3 Italian (Italy) Part C. Condensers at different temperatures (3.0 points) C.1 (1.3 pt) Graphs C1(U) and C2(U) on millimeter paper:
Experiments A1-4 Italian (Italy) C.2 (0.5 pt) Graphs C1(T) and C2(T) on the millimeter paper: C.3 (1.2 pt) C1(85∘C)/C1(40∘C)|0 V =
C1(85∘C)/C1(40∘C)|6 V =
C2(85∘C)/C2(40∘C)|0 V =
C2(85∘C)/C2(40∘C)|6 V =
Experiments A1-5 Italian (Italy) The following is the list of the following: Sources of measurement errors (2.0 points) D.1 (1.0 pt) Possible positions of S1: C1, C2 The power output of the connector shall be determined by the following: The initial settings: The following items are added: The following information shall be provided: The procedure: Number of the I ‘m going through The following items are added: The following information shall be provided: Duration, s Measured variable Check this out:
Main source of error (point): □Scatter current □Property of polarization of dielectric media of the capacitor
Experiments A1-6 Italian (Italy) D.2 (1.0 pt) Possible position S1: C1, C2 The power output of the connector shall be determined by the following: The initial settings: The following items are added: The following information shall be provided: The procedure: Number of the I ‘m going through The following items are added: The following information shall be provided: Duration, s Measured variable Check this out:
Main source of error (point): □Scatter current □Property of polarization of dielectric media of the capacitor
Topic: Electrostatics, Circuits, Thermodynamics Metodi: Experimental Data Analysis, Graph Linearization, Error Propagation, Physical Modeling Competenze: Experimental Data Analysis, Graph Linearization, Error Propagation, Measurement & Instrumentation Objects: Capacitor, Resistor Fonte: Testo (PDF) — p.1 Soluzione: Soluzioni (PDF)