Used for measuring inductance in the range of $1 < Q < 10$.

Independent of frequency, which reduces errors associated with harmonic components.

The standard capacitor is used instead of a standard inductor, which is more accurate and stable.

Not suitable for high Q-factor measurements ($Q > 10$).

Independent of frequency during balance

Uses a standard capacitor which is better than a standard inductor

Simplified bridge equations for $L$ and $R$

Limited to low Q coils ($1 < Q < 10$)

Not suitable for very low Q ($Q < 1$)

Requires a variable capacitor which can be expensive

Inductance measurement in audio frequency range

Measurement of unknown coils in medium to low Q applications

For high Q measurements ($Q > 10$), the Hay's Bridge is preferred.

Option A is incorrect because high Q coils require Hay's Bridge.

Option C is generally considered outside the practical range, as very low Q coils exhibit significant leakage.