CEE 2500 OperationalAmplifier as Inverting & Non Inverting … · · 2015-07-11To Study Following...
4
CROWN ELECTRONIC SYSTEMS 69/2A, 2nd Floor, Najafgarh Road Indl. Area, Near Moti Nagar Crossing, New Delhi-15. Phone : 011-6450 8649/50, 2599 5324, Tele Fax : 011-4501 3465 E-mail : [email protected], [email protected] www.crownelectronicsystems.com APPLICATION OF OPERATIONAL AMPLIFIER CEE 2500 Operational Amplifier as Inverting & Non Inverting Amplifier. CEE 2502 Applications of Operational Amplifier. CEE 2503 Study of Characteristics of Operational Amplifier. CEE 2504 Operational Amplifier Kit (Bread Board Model) OBJECTIVE: SPECIFICATION: OBJECTIVE : SPECIFICATION: OBJECTIVE : SPECIFICATION: OBJECTIVE : To study Operational Amplifier as Inverting & Non Inverting Amplifier. Instrument comprises DC Regulated Power Supply, 0 - 3V/30mA & ± 12V DC. Instrument comprises of 3 DC Regulated Power Supply, of 0 - 3V /30mA (2 Nos.), Two Digital meters, different Resistance , Capacitors , Diode & Potentiometer are provided on the front panel. To Study various characteristics of Amplifier 2 no. Variable DC Power Supply 0-3V/30mA, 1 no. Fixed DC Power Supply 12V + 1 no. Operational Amplifier IC 741 & Different types of Resistance, Capacitors and One Potentiometer To Study Following Experiment Using OP-AMP ± 12V DC & INDICATIVE PICTURE Study of Operational Amplifier as : 1) Inverting & Non Inverting Amplifier. 2) Adder & Subtractor. 3) Differentiator & Integrator 4) Low Pass Filter & High Pass Filter 5) Unity Gain Amplifier 6) Logarithmic Amplifier 7) Sine to Square Convertor (Shmitt Trigger) 8) Scale Changer 9) Square to Triangle & Triangle to Square Converter 1) Measurement of input bias current of an op-amp 2) Measurement of output off-set voltage of an op-amp 3) To eliminate output off-set of an op-amp 4) Measurement of slew of rate of an op-amp 5) Measurement of closed loop gain. 1) Measurement of input bias current of an op-amp 2) Measurement of output off-set voltage of an op-amp 3) To eliminate output off-set of an op-amp 4) Measurement of slew of rate of an op-amp 5) Measurement of closed loop gain 6) Op-Amp as V-I Converter 7) Op-Amp as I-V Converter 8) Op-Amp as current amplifier 9) Clipper Circuit using op-amp 10) Clamper circuit using op-amp 11) Op-Amp as Schmitt Tigger 12) Op-Amp as Inverting and Non Inverting amp OPTIONAL ACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz) OPTIONAL ACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
Transcript of CEE 2500 OperationalAmplifier as Inverting & Non Inverting … · · 2015-07-11To Study Following...
CROWN ELECTRONIC SYSTEMS
69/2A, 2nd Floor, Najafgarh Road Indl. Area, Near Moti Nagar Crossing, New Delhi-15. Phone : 011-6450 8649/50,2599 5324, Tele Fax : 011-4501 3465 E-mail : [email protected], [email protected]
www.crownelectronicsystems.com
APPLICATION OF OPERATIONALAMPLIFIER
CEE 2500 Operational Amplifier as Inverting & Non Inverting Amplifier.
CEE 2502 Applications of Operational Amplifier.
CEE 2503 Study of Characteristics of Operational Amplifier.
CEE 2504 Operational Amplifier Kit (Bread Board Model)
OBJECTIVE:
SPECIFICATION:
OBJECTIVE :
SPECIFICATION:
OBJECTIVE :
SPECIFICATION:
OBJECTIVE :
To study Operational Amplifier as Inverting & Non Inverting Amplifier.
Instrument comprises DC Regulated Power Supply, 0 - 3V/30mA & ± 12V DC.
Instrument comprises of 3 DC Regulated Power Supply, of 0 - 3V /30mA (2 Nos.),
Two Digital meters, different Resistance , Capacitors , Diode & Potentiometerare provided on the front panel.
To Study various characteristics of Amplifier
2 no. Variable DC Power Supply 0-3V/30mA, 1 no. Fixed DC Power Supply 12V+1 no. Operational Amplifier IC 741 & Different types of Resistance, Capacitorsand One Potentiometer
To Study Following Experiment Using OP-AMP
± 12V DC &
INDICATIVE PICTURE
Study of Operational Amplifier as :1) Inverting & Non Inverting Amplifier.2) Adder & Subtractor.3) Differentiator & Integrator4) Low Pass Filter & High Pass Filter5) Unity Gain Amplifier6) Logarithmic Amplifier7) Sine to Square Convertor (Shmitt Trigger)8) Scale Changer9) Square to Triangle & Triangle to Square Converter
1) Measurement of input bias current of an op-amp2) Measurement of output off-set voltage of an op-amp3) To eliminate output off-set of an op-amp4) Measurement of slew of rate of an op-amp5) Measurement of closed loop gain.
1) Measurement of input bias current of an op-amp2) Measurement of output off-set voltage of an op-amp3) To eliminate output off-set of an op-amp4) Measurement of slew of rate of an op-amp5) Measurement of closed loop gain6) Op-Amp as V-I Converter7) Op-Amp as I-V Converter8) Op-Amp as current amplifier9) Clipper Circuit using op-amp10) Clamper circuit using op-amp11) Op-Amp as Schmitt Tigger12) Op-Amp as Inverting and Non Inverting amp
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
CROWN ELECTRONIC SYSTEMS
69/2A, 2nd Floor, Najafgarh Road Indl. Area, Near Moti Nagar Crossing, New Delhi-15. Phone : 011-6450 8649/50,2599 5324, Tele Fax : 011-4501 3465 E-mail : [email protected], [email protected]
www.crownelectronicsystems.com
CEE 2505 Op - Amplifier as Adder, Subtractor, Integrator & Differentiator.
OBJECTIVE:
OBJECTIVE:
SPECIFICATION:
SPECIFICATION: Instrument comprises of 2 DC Regulated Power Supply of 0 - 3VDC /30mA, 12V DC/250mA+combination of Resistance & Capacitors.
CEE 2506 Study of Operational Amplifier as Integrator and Differentiator.
Operational Amplifier Circuit has been designed to study the following -
1.Operational amplifier as Adder.2.Operational amplifier as Subtractor.3.Operational amplifier as Integrator.
4.Operational amplifier as Differentiator.
To study of OP-amp as DIFFERENTIATOR & INTEGRATOR.
Pre-wired circuit detailed diagram printed on the top of panel. DC Regulated powersupply of ±12V for IC 741 drive. Two Resistors of 10 K Ohm , VR = 10K Ohm &One Capacitor of 0.1 MFD.
To study of OP-amp as SCHMITT TRIGGER
Two DC Power supply of ± 12V. Circuit diagram is printed on the front panel.Resistance , Capacitor , Zener diode & Op-amp 741 are mounted inside the plate& Input & Output connections are brought out at sockets.
CEE 2509 Study of Operational Amplifier as Schmitt Trigger
OBJECTIVE:
SPECIFICATION:
13) Op-Amp as Voltage Buffer14) Op-Amp as Logarithmic Amplifier15) Op-Amp as VCCS16) Op-Amp as Wein Bridge Oscilloscope17) Op-Amp as Twin-T Oscillator18) Op-Amp as Square Wave Generator19) Op-Amp as Adder and Substractor.20) Op-Amp as Integrator & Differentiator21) L.P.F. & H.P.F Using op-amp22) Band Pass and Reject Filter using op-amp23) Limiter Using op-amp24) Op-Amp as comparator.
SPECIFICATION: Instrument comprises of 3 DC Regulated Power Supply, of 0 - 3V/30mA DC (2 no.) &+ 12VDC/250mA outputs, one Bread board having 840 tie points.complete with two Digital meters.
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
CROWN ELECTRONIC SYSTEMS
69/2A, 2nd Floor, Najafgarh Road Indl. Area, Near Moti Nagar Crossing, New Delhi-15. Phone : 011-6450 8649/50,2599 5324, Tele Fax : 011-4501 3465 E-mail : [email protected], [email protected]
www.crownelectronicsystems.com
To study of OP-amp as SQUARE TO RECTANGULAR AND RECTANGULARTO SQUARE WAVE CONVERTER
DC Regulated Power Supply of ± 12V . Different type of resistance & capacitors areprovided on front panel . OP-Amp IC 741& different resistance & capacitors is placed
CEE 2511 Study of Operational Amplifier as Square to Rectangular andRectangular to Square Wave Converter
OBJECTIVE:
SPECIFICATION:
CEE 2512 Study of Operational Amplifier as Clipping and Clamping Circuit
CEE 2513 Study of Operational Amplifier as Voltage Comparator.
CEE 2514 Study of Operational Amplifier as V-I & I-V Converter
OBJECTIVE:
SPECIFICATION:
OBJECTIVE:
SPECIFICATION:
OBJECTIVE:
SPECIFICATION:
To Study CLIPPING AND CLAMPING CIRCUIT Using OP-AMP
To study of OP-AMP as VOLTAGE COMPARATOR .
IC741 OP- AMP,
DC Regulated power supply of ± 12V. Two Resistors of 10K & one resistor of 4.7K.One Capacitor of 0.1µF . One diode (4148). Op-amp (IC 741) . Potentiometer of 10K.
OP- AMP as V-I & I-V Converter has been designed to study the use of op-ampas voltage to current & current to voltage converter.
DC Regulated Power Supply of ± 12V. Two Digital Multimeters & one Potentiometer.Different type of Resistors. IC 741.
To study of OP-amp as SINE TO SQUARE WAVE CONVERTER
Fixed Output ± 12V DC Regulated Power Supply. Different type of resistance areprovided on front panel. Two Digital Panel Meters of 19.99V DC & 199.9V DC .OP-Amp IC 741 is placed inside the cabinet. Two Zener Diodes of 3.3V are providedon the front panel.
CEE 2510 Study of Operational Amplifier as Sine to Square Wave Converter
OBJECTIVE:
SPECIFICATION:
inside the cabinet.
different resistor, capacitor & potentiometer, red and green led foroutput indicator
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
OPTIONALACC: Digital Multimeter
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
CROWN ELECTRONIC SYSTEMS69/2A, 2nd Floor, Najafgarh Road Indl. Area, Near Moti Nagar Crossing, New Delhi-15. Phone : 011-6450 8649/50,2599 5324, Tele Fax : 011-4501 3465 E-mail : [email protected], [email protected]
www.crownelectronicsystems.com
To Study the OP- AMP as Voltage and Current Feed Back Amplifier
CEE 2515 Study of Op-Amp as Voltage & Current Feedback Amplifier
CEE 2516 Study of Instrumentation Amplifier.
OBJECTIVE:
SPECIFICATION:
OBJECTIVE:
SPECIFICATION:
Instrument comprises of ± 12V DC Regulated Power Supply, Two Digital meter &Combination of Resistances, IC 741.
Calculate the Voltage Gain of Instrumentation Amplifier And draw curve between V and R.
Instrument comprises of ± 12V DC Regulated Power Supply, Two DC Regulated shortcircuit and overload Protected continuously variable power Supplies, 3 no.IC 741. One Potentiometer and combination of Resistances.
OPTIONALACC: 20MHz Dual Trace Oscilloscope, Function Generator (1Hz to 1MHz)
