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Grace Scientific Corporation

GSC-PE-247 - To Design And Construct A Square Wave Generator Using 741 opamp. Determine Its Frequency & Compare With The Threshold Value. Also Measure The Slew Rate Of The opamp

GSC-PE-247 - To Design And Construct A Square Wave Generator Using 741 opamp. Determine Its Frequency & Compare With The Threshold Value. Also Measure The Slew Rate Of The opamp

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Specifications:-

Laboratory Setup – Square Wave Generator Using 741 Op Amp

General Requirements

§Setup provided with inbuilt power supply, breadboard, and inbuilt function generator
§Capable of demonstrating different configurations of operational amplifiers
§Suitable for classroom and laboratory use with durable construction and clear labeling

Technical Specifications

ØStudy Modules
§Configurations: Non-inverting, inverting, buffer, comparator, adder, subtractor
ØFixed DC Power Supply
§+12 V regulated
§–12 V regulated
§+5 V regulated
§ –5 V regulated
ØVariable DC Power Supply
§+1.5 V to +10 V regulated (LM317)
§–1.5 V to –10 V regulated (LM337)
ØFunction Generator
§Waveforms: Sine, Square, Triangular
§Frequency range: 1 kHz to 100 kHz
§Output: 0–5 Vpp
ØOperational Amplifier IC
§IC: uA741 (2 nos.)
§All pins terminated by 2 mm banana socket
ØResistor Bank
§SMD Resistance 1 kΩ, 1% ¼ W (5 nos.)
§SMD Resistance 10 kΩ, 1% ¼ W (5 nos.)
§SMD Resistance 100 kΩ, 1% ¼ W (5 nos.)
ØDiode
ØType: 1N4007
§Capacitor Bank
§Electrolytic Capacitor: 1 μF / 63 V
§Disc Capacitors: 1 nF / 63 V, 10 nF / 63 V, 100 nF / 63 V
ØVariable Resistance Bank
§1 kΩ single turn potentiometer (2 nos.)
§10 kΩ single turn potentiometer (2 nos.)
§100 kΩ single turn potentiometer (2 nos.)
§1 MΩ single turn potentiometer (2 nos.)

Functional Capabilities

§Non-inverting amplifier
§Inverting amplifier
§Buffer amplifier
§Comparator circuit
§Adder circuit
§Subtractor circuit
§Square wave generator
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