Training Topics:
– The use of resistors and Ohm’s law.
– DC and AC voltage/current/power measurement.
– Superposition/Thevenin/Newton theorems.
– AC circuits (RC/RL/RLC).
Component list:
Scheme 1: Block a
– 1 x R1 resistance 0.25W 1kOhm
– 1 x VR1 1Turn VR
Scheme 2: block b
– 1x R2 resistance 0.25 W 1kOhm
– 1x R3 resistance 0.25 W 1kOhm
Scheme 3: Block c
– 1x R4 resistance 0.25 W 1kOhm
– 1x R5 resistance 0.25 W 1kOhm
– 1x R6 resistance 0.25 W 1kOhm
Scheme 4: block d
– 1 x C1 electrolytic capacitor 25V/1000µF
– 1 x R7 resistance 0.25W 10kOhm
– 1 x SW1 toggle switch
Scheme 5: Block f
– 1 x C2 25V/4.7µF electrolytic capacitor
– 1 resistance R8 0,25 W 1kOhm
Scheme 6: block f
– 1 Reel coil L1 500 mH (504)/17M
– 1 x R9 resistance 0.25 W 1.2 kOhm
Scheme 7: Block g
– 1x R10 resistance 0.25 W 1kOhm
– 1 x R11 Resistance 0.25W 100Ohm
– 1 x SW2 toggle switch
– 1 xT1 IPT-19MM input transformer (4.8kOhm：8kOhm)
Scheme 8: block h
– 1 x C3 multilayer capacitor 0.01uF/10n
– 1 x L2 drum coil 100mH (104)/8M
– 1x R12 resistance 0.25 W 1kOhm
Scheme 9: Block I
– 1x C4 multilayer capacitor 0.1µF/100n
– 1x L3 reel coil 10 mH (103)/8M
– 1 x R13 resistance 0,25 W 330 Ohm
Scheme 10: Block j
– 1x C5, multilayer capacitor 0.1 µF/100n
– 1x L4, drum coil 10 mH (103)/8M
– 1 x R14, impedance 0.25 W, 10 ohms (F1 %),
– 1 x R15, impedance 0.25 W, 330 Ohm
– 1 x SW3, toggle switch
Scheme 11: Block k
– 1 C6, multilayer capacitor 0.1 μF/100n
– 1x L5, drum coil 2 mH (202) / 6 m
– 1xR16, impedance 0.25 W, 220 Ohm
– 1xR17, resistance 0,25W 220Ohm
General requirements
– 1 PCB, 280x216x1.6T
– Connector 101 x 2 mm
