Objective : To study Operational Amplifier as Inverting, Non-Inverting, Summing, Difference, Integrator, Differentiator, Buffer, Sine to square wave convertor, Square to Triangular wave convertor & unity gain Amplifier.Features:   Voltmeter : 0-30 V, 0-5 Volt Ammeter  : Round Magnetic Coil 30..

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Objective : To study Voltage Comparator using op-ampFeatures: The Instrument comprises of Inverting and Non-Inverting Comparator.Individual Circuit Diagram is Printed on Board.Power Supply : +12 , 0 , -12 V DC internally connected.On /Off Switch with jewel LED indicator...

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Objective : To study Operational Amplifier as Inverting & Non-Inverting Amplifier..

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Objective : To study Operational Amplifier as Inverting, Non-Inverting, Summing, Difference Amplifier..

Objective : To study the basic characteristics of Op - Amp as Input Offset Current, Offset Voltage, Slew Rate, Band width and Null Balancing...

Objective : Calculate the Voltage Gain of Instrumentation Amplifier and draw a curve between V & R...

Objective : To study the Log. Antilog and ideality factor for Log Amplifier and plot a graph of V1-Vₒ for Antilog Amplifier..

objective: To Study the conversion Voltage to Current and Current to Voltage using Op-AmpFeatures: • Circuit is Printed on board for Current to Voltage and Voltage To Current. • Potentiometer Vr1 10K for Current • Power Supply : +12 V DC , +12 VDC , 5VDC • Potentiometer: 10 K for Voltage  • Op-Amp: uA 741  • Resistances are internally con..

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Objective: To Study the conversion of Square to triangular wave converter using Op-Amp.Features: • Power Supply : +12 V DC • Potentiometer: 10 K • Circuit Diagram is printed on the Panel • Output is brought out to 2/4mm sockets • All components are Internally connected • Connecting WiresOptional Accessories: • CRO - 20MHz..