A galvanometer offers several advantages, such as high sensitivity to small electric currents, making it useful for precise measurements in laboratory settings. It can also be easily calibrated and used in various applications, including ammeters and voltmeters. However, its disadvantages include limited range, as it can only measure small currents, and susceptibility to external magnetic fields, which can affect accuracy. Additionally, traditional galvanometers may require frequent maintenance and can be less durable than digital measuring devices.
Advantages: High sensitivity and accuracy. Can measure both AC and DC currents. Low power consumption. Disadvantages: Limited range of measurement. Susceptible to external magnetic fields. Requires frequent calibration.
Some disadvantages of a moving coil galvanometer include its limited range of measurement due to its delicate construction, susceptibility to external magnetic fields which can affect accuracy, and the need for calibration to ensure reliable readings. Additionally, the moving coil galvanometer may have a slow response time compared to other types of meters.
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