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Network & Bridges Circuits Lab ( Series 600 )

Section E : Network and Bridges Circuits

Section E : Network and Bridges Circuits

S.No Particulars Model
1 Ohm’s Law SE-601
2 Ohm’s Law with 2 Digital Meters SE-601DM
3 Kirchoff’s Current Law (KCL) SE-602
4 Kirchoff’s Current Law (KCL) with Digital Meters SE-602DM
5 Kirchoff’s Voltage Law (KVL) SE-603
6 Kirchoff’s Voltage Law (KVL) with Digital Meters SE-603DM
7 Kirchoff’s Laws (KCL & KVL) SE-604
8 Kirchoff’s Laws (KCL & KVL) with Digital Meters SE-604DM
9 Maxwell Loop Current method SE-605
10 RC Series Resonance SE-606
11 RC Parallel Resonance SE-607
12 RC Series & Parallel Resonance SE-608
13 RL Series Resonance SE-609
14 RL Parallel Resonance SE-610
15 RL Series & Parallel Resonance SE-611
16 RLC Series Resonance SE-612
17 RLC Parallel Resonance SE-613
18 RLC Series & Parallel Resonance SE-614
19 RC Lead Circuit SE-615
20 RC Lag Circuit SE-616
21 RC lead and Lag Circuit SE-617
22 RC & LC Circuit SE-618
23 Thevenin’s Theorem for DC Circuit SE-619
24 Thevenin’s Theorem for AC Circuit SE-619AC
25 Thevenin’s Theorem for DC Circuit with Digital Meters SE-619DM
26 Norton’s Theorem for DC Circuit SE-620
27 Norton’s Theorem for AC Circuit SE-620AC
28 Norton’s Theorem for DC Circuit with Digital Meters, SE-620DM
29 Millman’s Theorem for DC Circuit SE-621
30 Millman’s Theorem for AC Circuit SE-621AC
31 Millman’s Theorem for DC Circuit with Digital Meters, SE-621DM
32 Superposition Theorem for DC Circuit, Model No. SE-622
33 Superposition Theorem for AC Circuit SE-622AC
34 Superposition Theorem for DC Circuit with Digital Meters, SE-622DM
35 Reciprocity Theorem for DC Circuit SE-623
36 Reciprocity Theorem for AC Circuit, SE-623AC
37 Reciprocity Theorem for DC Circuit with Digital Meters SE-623DM
38 Maximum Power Transfer Theorem for DC Circuit SE-624
39 Maximum Power Transfer Theorem for AC Circuit, SE-624AC
40 Maximum Power Transfer Theorem for DC Circuit with Digital Meters, SE-624DM
41 Tellegan's Theorem for DC Circuit SE-625
42 Tellegan's Theorem for AC Circuit SE-625AC
43 Tellegan's Theorem for DC Circuit with Digital Meters, SE-625DM
44 Duality Theorem for DC Circuit SE-626
45 Duality Theorem for AC Circuit SE-626AC
46 Duality Theorem for DC Circuit with Digital Meters SE-626DM
47 Compensation Theorem for DC Circuit, SE-627
48 Compensation Theorem for AC Circuit, SE-627AC
49 Compensation Theorem for DC Circuit with Digital Meters SE-627DM
50 Thevenin’s, Norton’s Theorem for DC Circuit SE-628
51 Thevenin’s, Norton’s Theorem for AC Circuit, SE-628AC
52 Thevenin’s, Norton’s Theorem for DC Circuit with Digital Meters, SE-628DM
53 Maximum Power, Reciprocity and Superposition Theorem for DC Circuit SE-629
54 Maximum Power, Reciprocity and Superposition Theorem for AC Circuit, SE-629AC
55 Maximum Power, Reciprocity and Superposition Theorem for DC Circuit with Digital Meters SE-629DM
56 Two Port Network for Z & Y Parameters for DC Circuit, SE-630
57 Two Port Network for Z & Y Parameters for AC SE-630AC
58 Two Port Network for Z & Y Parameters for DC with Digital Meters SE-630DM
59 Two Port Network for ABCD Parameters for DC Circuit SE-631
60 Two Port Network for ABCD Parameters for AC SE-631AC
61 Two Port Network for ABCD Parameters for DC with Digital Meters, SE-631DM
62 Two Port Network for h & g Parameters for DC Circuit, SE-632
63 Two Port Network for h & g Parameters for AC SE-632AC
64 Two Port Network for h & g Parameters for DC with Digital Meters SE-632DM
65 Wheatstone Bridge SE-633
66 Kelvin’s Bridge (Double bridge) SE-634
67 Maxwell’s Bridge SE-635
68 Hay’s Bridge SE-636
69 Owen’s Bridge SE-637
70 Desauty’s Bridge SE-638
71 Anderson’s Bridge SE-639
72 Schering Bridge SE-640
73 Wein Bridge SE-641
74 Capacitor Charging & Discharging SE-642
75 Capacitor Charging & Discharging with 2 Digital Meters SE-642DM
76 Step Response of RC First order Circuit SE-643
77 Step Response of RLC Second order Circuit SE-644
78 Capacitance of Series Combinations SE-645
79 Capacitance of Parallel Combinations SE-646
80 Pie to T Network Converter SE-647
81 T to Pie Network Converter SE-648
82 Pie to T and T to Pie Network Converter SE-649
83 Constant K-Type Low Pass Filter SE-650
84 Constant K-Type High Pass Filter SE-651
85 Constant K-Type Band Pass Filter SE-652
86 Constant K-Type Band Reject Pass Filter SE-653
87 Constant M-Type Low Pass Filter SE-654
88 Constant M-Type High Pass Filter SE-655
89 Constant M-Type Band Pass Filter SE-656
90 Constant M-Type Band Reject Pass Filter SE-657
91 Constant K-Type Passive Filter Trainer SE-658
92 Constant M-Type Passive Filter Trainer SE-659
93 RC Low, High & Band Pass Filter SE-660
94 Resistance of Series Combinations SE-661
95 Resistance of Parallel Combinations SE-662
96 Resistance of Series & Parallel Combinations SE-663
97 Capacitance of Series & Parallel Combinations SE-664
98 Step Response of RL First order Circuit SE-665
99 Thevenin, Norton & Superposition Theorem SE-666
100 Thevenin, Norton & Superposition Theorem with 2 Digital Meters SE-666DM
101 Step Response of RC & RL First order Circuit SE-667
102 Step Response of RL,RC & RLC Circuit SE-668
103 Lissajous Pattern Trainer SE-669
104 Study of Transformer SE-670