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Network Theorem Trainers
Network Theorem Trainers
Network Theorem 3 in 1
Objective: To verify Superposition, Norton's, Thevinin's & Maximum Power Transfer Theorems.Features : Circuit diagram for all the 4 theorems Printed on the front panel Power Supply : Fixed 2V , 5V, 12V /500 mA Voltmeter : 0-5V,0-12VDC Ammeter : 0-15mA,250mA Resistance : 8 Different values Size : 15” x 11” x 3”..
Verification of Network Theorem
Objective: To verify Superposition, Norton's, Thevinin's & Maximum Power Transfer Theorems.Features : Circuit diagram for all the 4 theorems Printed on the front panel Power Supply : Fixed 2V , 5V, 12V /500 mA Voltmeter : 0-5V,0-12VDC Ammeter : 0-15mA,250mA Resistance : 8 Different values Size : 15” x 11” x 3..
Verification of Norton's & Thevinin's Theorems
Objective: To verify Norton’s & Thevinin's Theorem.Features: Power Supply : Fixed 12V /500 mA Voltmeter : 0-12 VDC Ammeter : 0-30 mA Resistance : 5 values Size : 16” x 9” x 3”..
Verification of Norton's Theorem
Objective: To verify Norton’s Theorem.Features: Power Supply : Fixed 12V /500 mA Voltmeter : 0-12 VDC Ammeter : 0-30 mA Resistance : 4 values Size : 11” x 9” x 3”..
Verification Of Superposition Theorem
Objective: To verify Superposition Theorem.Features: Power Supply : Fixed 5V, 12V /500 mA Voltmeter : 0-12VDC Ammeter : 0-30mA Resistance : 3 values Size : 11” x 9” x 3”..
Verification of Thevinin's Theorem
Objective: To verify Thevinin’s Theorem.Features: Power Supply : Fixed 12V /500 mA Voltmeter : 0-12 VDC Ammeter : 0-30 mA Resistance : 4 values Size : 11” x 9” x 3”..