ISC0100

ISC0100 Küberelektroonika , 6.0 EAP

Aine sisu peegeldavad kompetentsid, millest igaühega on seotud ainepunktid Iga kompetentsi oskusi mõõdetakse suutlikustasemetega, mis on vahemikus 0..127. Õppimise käigus tehtava (nt ülesannete lahendamise) tulemusi hinnatakse automaatselt ning korrigeeritakse suutlikuse tasemeid ja unustamiskiirust. Otsused (kriitilise piiri 77 ületamise ja hinde kohta) tehaks suutlikkuse tasemetel, mis prognoositud 16 nädalat tulevikku. Õppijal on kogu õppimise ajal näha nii oma tervikpilt kompetentsitasemetest, kui ka konkreetse aine osa nii üksikkompetentside kaardina, kriitilise taseme saavutanud punktide summa,
kontrolltöödes kinnitatud punktide summa ning ainehinde saavutamise graafik , mis iseloomustab saavutatut teljestikus punktid-suutlikkus.

Hinnete tsoonid on kombineeritud punktide-suutlikkuse summana ning näitena toodud joonisel. Vertikaalteljel on edukuse tasemed ning horisontaalteljel ainepunktid.
Kollane joon märgib kinnitatud olekuid ning selle parem otspunkt saadavat hinnet. Must joon näitab mu hetke staatust kui kõik tehtud kompetentsid oleksid kinnitatud.

Aine ISC0100 , mille mille kirjeldus on õppeinfosüsteemi anekaardil, on jagatud järgmisteks mikrokompetentsideks (1EAP=1000mEAP) :

Kompetents	mEAP
µ (micro)	30
AC admittance, C	100
AC admittance, L	100
AC scope- frequency set	80
ADC	100
Ammeter is short circuit	60
AND	60
Average PWL	90
Average sine	90
Average square	90
BJT	100
Capacitor energy	50
Capacitors in parallel	50
Current divider	80
Current measurement	50
Current mirror	50
Current sign	50
Current source and resistor in series	60
Current source is open circuit	80
Current unit	40
Darlington transistor	50
dB/dec	50
DC transmittance, current	60
DC transmittance, voltage	60
Decibels	80
Digilogic - Flip-flop	50
Digilogic - Flip-flop - Counter	50
Digilogic - Flip-flop - JK	50
Digilogic - Flip-flop - RS	50
Digilogic - Flip-flop - T	50
Digilogic - HomeWork	500
Diode	60
Diode forward voltage	40
Diodes in series	80
Forward bias	70
Frequency response, 1st order, amplitude	50
Frequency response, 1st order, phase	50
Frequency response, 2nd order, amplitude	50
Frequency response, constant, amplitude	50
Frequency response, constant, phase	50
I=V/R	70
Incoming current equals to outgoing	80
Inductor energy	50
Inductors in series	70
k (kilo)	20
Lab AC voltage measurement	30
Lab Amplifier	60
Lab Comparator	30
Lab Conductance unit	30
Lab Corner frequency	100
Lab Current divider	100
Lab Current measurement	30
Lab Current sign	30
Lab Current unit	30
Lab decibels	60
Lab Generator	30
Lab Incoming current equals to outgoing	50
Lab Measuring amplitude	50
Lab Measuring phase	70
Lab Measuring resistance	30
Lab Measuring, Digital meter	30
Lab Multimeter, AC voltage	30
Lab Multimeter, DC current	30
Lab Multimeter, DC voltage	60
Lab Multimeter, range selection	30
Lab Opamp	70
Lab Phase sign	60
Lab Resistance unit	30
Lab Resistors in series	50
Lab Resonance frequency, series	70
Lab Sum of incoming currents is zero	30
Lab Time constant	80
Lab Time constant, RC	50
Lab Transfer calculation	60
Lab Voltage divider	100
Lab Voltage measurement	30
Lab Voltage sign	30
Lab Voltage sum in loop is zero	100
Lab Voltage unit	30
LED	60
Log	70
M (mega)	20
m (milli)	20
Measuring amplitude	50
Measuring oscilloscope	60
Measuring resistance	30
Multimeter, AC voltage	60
Multimeter, DC current	60
Multimeter, DC voltage	60
Multimeter, resistance	60
NAND	60
NOR	60
Norton circuit and resistor in series	80
Norton circuit and open circuit voltage	60
NOT	60
OpAmp amplifier	80
OpAmp, finite gain	50
Open circuit equals zero current	40
OR	60
Phasors: LC parallel	90
Phasors: RC parallel	90
Phasors: RL parallel	90
Power	40
Resistance unit	30
Resistors in parallel	80
Resistors in series	80
RMS: combined	60
RMS: rectangular	85
RMS: sine	85
RMS: triangle	85
Signal average value	90
Signal RMS value and power	100
Step response: CR	75
Step response: LR	75
Step response: RC	75
Step response: RCR	75
Step response: RL	75
Step response: RLR	75
Sum of incoming currents is zero	40
Sum of outgoing currents is zero	40
Thevenin circuit	50
Thevenin circuit and short circuit current	50
Time constant	80
Time constant, RC	60
Transformer	60
Twopole, linear	50
V=R*I	60
V=Ω*A	70
Voltage divider	80
Voltage divider, loaded	30
Voltage measurement	40
Voltage sign	80
Voltage source and resistor in parallel	60
Voltage source and resistor in series	60
Voltage source is short circuit	80
Voltage sources in series	60
Voltage unit	50
Voltmeter and resistor in series	50
Voltmeter is open circuit	60
W (watt)	40
XNOR	60
XOR	60
Zero current implies zero voltage	80