ETB-133 (Model Study of R-C Circuits with Varying EMF power supply and 1 digita

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₹12,000

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Details description
ETB-133 – Study of R-C Circuits with Varying EMF (Power Supply and 1 Digital Meter) is a hands-on training model designed to help students understand the transient and steady-state behavior of Resistor-Capacitor (RC) circuits under varying electromotive force (EMF) conditions. This model allows for the observation of charging and discharging curves, time constants, and how voltage and current change across the components in response to variations in input voltage. With a built-in variable power supply and digital meter, learners can easily measure voltage, analyze waveforms using an oscilloscope, and gain insights into phase relationships in RC circuits. Key Features: Demonstrates charging/discharging behavior of RC circuits Built-in variable DC power supply Equipped with 1 digital meter for voltage monitoring Allows study of time constant, phase shift, and response to step input Clearly labeled components and test points for easy measurement Ideal for foundational analog electronics and network theory labs

Details description

ETB-133 – Study of R-C Circuits with Varying EMF (Power Supply and 1 Digital Meter) is a hands-on training model designed to help students understand the transient and steady-state behavior of Resistor-Capacitor (RC) circuits under varying electromotive force (EMF) conditions.

This model allows for the observation of charging and discharging curves, time constants, and how voltage and current change across the components in response to variations in input voltage. With a built-in variable power supply and digital meter, learners can easily measure voltage, analyze waveforms using an oscilloscope, and gain insights into phase relationships in RC circuits.

Key Features: