Op-Amp Trainer

Description

Specifications:
On-board components:
– On-board resistor, capacitor, diode and potentiometer bank of different values.
– Breadboard (175mmX63mm) area to allow construction of circuits using external components along with on board resources.
– On-board fixed power supply and variable regulated positive & negative power supply.
– LM331 IC provided with all the respective pin outs.
– On board fix DC power supply voltage of ±5 V and ±12 V
– On board DC Variable power supply with Helical pot vary from ±1.5V and 10V with 500mA current.
Semiconductor Device Range:
– 03 IC LM741 Op-Amp stage.
– 01 NE555 IC stage.
– 4 Diode (1N4007).
– 02 Zener diode (5.1V).
– Transistor: BJT(BC547), MOSFET (IRF-Z44N).
– Green LED 5mm.
– 16 pin ZIF socket with pin out to be provided on board.
– 45 Resistors bank from 100E to 10M.
– 16 Capacitors bank from 56PF to 220µF.
– 6 Pots of 1K to 10M.

Op-Amp IC-LM741 based
– Measurement of input offset voltage, input bias current, input offset current.
– Measurement of differential input impedance, output resistance.
– Measurement of common mode rejection ratio (CMRR), slew rate, unity gain bandwidth.
– Inverting and non-inverting amplifier (AC / DC).
– Voltage follower (AC / DC).
– Integrator, differentiator, differential amplifier.
– Inverting summing, scaling and averaging amplifier.
– Non-inverting summing, scaling and averaging amplifier.
– Differential summing and subtractor amplifier.
– Log and anti-log amplifier.
– Instrumentation amplifier.
– Low pass, high pass, band pass, narrow band reject, all pass filters.
-Phase shift oscillator, Wein bridge oscillator, quadrature (sine-cosine) oscillator.
– Square, triangular, saw-tooth wave generator.
– Current to voltage, voltage to current, digital to analog converter.
– Positive and negative clipper/ clamper circuit.
– Level shifter circuit.
– Half wave, full wave rectifier.
– Basic comparator.
– Astable, bi-stable, mono-stable multi-vibrator.
– Zero crossing detector.
– Schmitt trigger.
– Window detector.
– Peak detector.
– Sample and hold circuit.
– Function generator.
-Frequency to voltage, voltage to frequency converter using LM331

IC-NE555 based
– Astable, bi-stable, mono-stable multi-vibrator.
– Frequency divider and frequency stretcher.
– Schmitt trigger.
-PWM modulator.