Nvis 6578 Techbook for Operational Amplifier Lab

Nvis 6578 Techbook for Operational Amplifier Lab  is a unique product covering the important concepts, theory and applications of operational amplifier circuits. An operational amplifier is a direct-coupled high gain amplifier usually consisting of one or more differential amplifiers followed by a level translator and an output stage.

The operational amplifier is a device that can be used to amplify DC as well as AC input signals. It was originally designed for computing mathematical functions such as Addition, Subtraction, Multiplication and Integration.

Nvis 6578 Techbook for Operational Amplifier Lab  is an ideal platform to enhance education, training, skills & development amongs our young minds.

• Features:

- Comprehensive portable platform to perform over 15 experiments
- In-built power supply
- Breadboard
- In-built function generator
- Compact design
- Learning material CD

+ Mains Power Supply: 90 - 270V ±10%, 50Hz (SMPS)

+ Fixed DC Power Supply: + 12V, Regulated
                                           - 12V, Regulated
                                           + 5V, Regulated
                                            - 5V, Regulated

+ Variable DC Power Supply: + 1.5 V to + 10 V Regulated
                                                - 1.5 V to - 10 V Regulated

+ Function Generator:
- Sine Wave:
       -- Frequency: 1 KHz to 100 KHz
       -- Frequency Control: 100 KV, 10 turn Potentiometer
       -- Amplitude: 0 V to 5 Vpp
       -- Amplitude Control: 100 KV, Single turn Potentiometer

- Triangular Wave:
       -- Frequency: 1 KHz to 100 KHz
       -- Frequency Control: 100 KV, 10 turn Potentiometer
       -- Amplitude: 0 V to 5 Vpp
       -- Amplitude Control: 100 KV, Single turn Potentiometer

- Square Wave:
       -- Frequency: 1 KHz to 100 KHz
       -- Frequency Control: 100 KV, 10 turn Potentiometer
       -- Amplitude: 5 Vpp, fixed

- Bread Board:
       -- Dimension(mm): 175x61x10
       -- Distribution strips: 2
       -- Distribution holes: 200
       -- Terminal holes: 640

- Op-Amp: - All pins terminated on 2 mm Banana Sockets
                  - IC uA741 (2 nos.)
       -- Supply Voltage: ±22V max.
       -- Differential Input Voltage: ±30V max.
       -- Input Voltage: ±15V max
       -- Slew Rate: 0.5 V/μs (VCC = ±15V)

- Resistor Bank:
       -- SMD Resistance 1KV 1% 1/4W (5 nos.)
       -- SMD Resistance 10KV 1% 1/4W (5 nos.)
       -- SMD Resistance 100KV 1% 1/4W (5 nos.)

- Diode: Diode 1N 4007

- Capacitor Bank:
       -- Electrolyte 1mf/63V
       -- Disc 1nf/63V
       -- Disc 10nf/63V
       -- Disc 100nf/63V

- Variable Resistance Bank:
       -- 1KV Single turn Potentiometer (2 nos.)
       -- 10KV Single turn Potentiometer (2 nos.)
       -- 100KV Single turn Potentiometer (2 nos.)
       -- 1MV Single turn Potentiometer (2 nos.)

- Fuse: 500mA, slow blow

- Dimensions (mm): W350xD280xH55

- Product Tutorial: Online

• Study of Operational Amplifier as:

- Inverting Amplifier
- Non - inverting Amplifier
- Buffer
- Comparator
- Adder
- Subtractor
- Square Wave Generator
- Differentiator and its working as High Pass Filter
- Integrator and its working as Low Pass Filter
- Logarithmic Amplifier
- Voltage Controlled Current Source
- Current Controlled Voltage Source