Application of Operation Amplifier in Tamil

Voltage Amplification: Op-amps are widely used as voltage amplifiers in various electronic circuits. They can amplify small input voltages to higher levels.
Inverting and Non-Inverting Amplifiers:
Configuring op-amps as inverting or non-inverting amplifiers allows designers to control the gain and polarity of the output signal.
Summing Amplifiers: Op-amps are employed to create summing amplifiers, which can add multiple input voltages with adjustable weights.
Integrators and Differentiators:
Op-amps can be used to build integrator and differentiator circuits, which perform mathematical operations on input signals.
Comparator:
Op-amps serve as comparators to compare two input voltages and produce a high or low output based on their relative magnitudes.
Active Filters:
Op-amps are crucial components in active filter circuits, providing precise control over filtering characteristics in applications like audio processing.
Instrumentation Amplifiers: These specialized amplifiers, often built with op-amps, are designed for precise amplification of small differential signals, commonly used in measurement devices.
Voltage Regulators: Op-amps are utilized in voltage regulator circuits to maintain a stable output voltage despite variations in the input voltage.
Oscillators:
Op-amps are employed in oscillator circuits to generate periodic waveforms, such as sine, square, or triangular waves.
Signal Conditioning: Op-amps play a key role in conditioning signals for various applications, including sensors and transducers.
Active Rectifiers:
Op-amps can be used in active rectifier circuits to convert AC signals to DC with improved efficiency.
Current-to-Voltage Converters:
Op-amps can convert current signals to voltage signals, facilitating interfacing between different types of sensors and electronic systems.
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