THEOREMS/NETWORKTRAINERS |
Verification of Superposition Theorem:
(ZES- 367) |
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Verification of Norton Theorem :
(ZES- 370) |
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Verification of Milliman's Theorem
(ZES- 373) |
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Verification of Thevnin's Theorem : |
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Verification of Norton & Thevnin Theorem
(ZES- NTT)
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Verification of Tellegen's Theorem :
(ZES- TST) |
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Verification of Reciprocity Theorem :
(ZES- 372) |
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Verification of Maximum Power Theorem :
(ZES- 369)
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Verification of Network Theorem :
(ZES- 371)
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Verification of Ohm's LAW :
(ZES- 350)
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Verification of Kirchaoff's Law (ZES- 366) |
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Study of Resonance Circuits (ZES- 347) |
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Two Port Network Parameters (ZES- TPN) |
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Verification of Loop & Nodal Analysis (ZES- LNA) |
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(ZE - CTOT) |
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(ZES- TOT) |
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(ZES- CPOT) |
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(ZES-COP) |
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Op-Amp.As Schmitt trigger (ZES- STOP) |
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Measurement of CMRR using Differential Amp. (ZES- CMRR) |
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Op-amp. As Integrator & Differential Amplifier (ZES- 339) |
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Op-amp. as Inverting & Non inverting amp. (ZES- 340) |
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Op-amp. As Summer/ subtract or (ZES- SSOP) |
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Op-amp Parameter characteristic Trainer (ZES- PCOP) |
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Op-amp Application Trainer (ZES- ATOP) |
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Op-Amp- as Voltage Follower (ZES- VFOP) |
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(ZES- PRCOP) |
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Op-Amp Differential Amplifier (ZES- DAOP) |
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Op-Amp as IC Voltage Regulator (ZES- VROP |
