Study of the Frequency Response & Phase Relation in a Series LCR Circuit Manufacturer,Supplier and Exporter in India

Study of the Frequency Response & Phase Relation in a Series LCR Circuit

Product Code : SCL-EELE-12115

Indian Lab Suppliers supplies the Study of the Frequency Response & Phase Relation in a Series LCR Circuit (Product ID: 12115) as part of its electronics engineering lab equipment range. It is a self-contained board for plotting the frequency response of a series LCR circuit and studying the phase relation between its voltage and current.

Quick Answer

As the frequency of the built-in 50 Hz–1 kHz sine oscillator is swept, the current in the series LCR circuit rises to a peak at resonance, where inductive and capacitive reactances cancel; below resonance the current leads the voltage and above it the current lags. A transformer with 10, 20 and 30 V AC taps (100 mA) supplies the circuit at mains frequency, and 3½-digit digital AC meters read voltage (200 V range) and current. The current meter range is listed as 200 µA, so please confirm it at quotation. It runs on 230 V ±10%, 50 Hz and comes with six 4 mm patch cords.

Key Specifications

ParameterDetail
Transformer10, 20, 30 V AC taps at 100 mA
OscillatorSine, 50 Hz–1 kHz
AC voltmeter3½-digit, 200 V range
AC current meter3½-digit (range to be confirmed)
Mains230 V ±10%, 50 Hz
Size (W x H x D)340 x 125 x 210 mm
WeightAbout 5.7 kg
Accessories6 x 4 mm patch cords, 50 cm, red and black

Where This Is Used

Used in B.Sc. physics and electrical engineering labs for AC circuit theory; the Lissajous Pattern Trainer (Product ID: 12109) measures LCR resonance with Lissajous figures and the Study of transient response in LR, RC & LCR Circuits using Expeyes (Product ID: 12119) covers transients. Browse the full Electronics Engineering Lab Equipment range or related Electricity and Magnetism products.

Frequently Asked Questions

What happens at resonance?
Inductive and capacitive reactances cancel, so current is at its maximum and in phase with the voltage.

What frequency range does the oscillator cover?
50 Hz to 1 kHz.

Which AC voltages are available?
10, 20 and 30 V AC from the transformer taps.

Related Categories

Electronics Engineering Lab Equipment · Electricity and Magnetism · Physics Lab Equipment

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