What characteristic of logarithmic receivers makes them less likely to experience distortion?

Logarithmic receivers are designed to handle a wide range of input signal levels without becoming saturated. Saturation occurs when the input signal exceeds the receiver's maximum handling capacity, leading to distortion in the output signal. In the case of logarithmic receivers, their ability to compress the dynamic range of the received signal allows them to maintain consistent performance across varying signal strengths, effectively preventing saturation. This characteristic ensures that even strong signals can be processed without distortion, making logarithmic receivers particularly valuable in applications where signal levels can fluctuate significantly.

In contrast, the other characteristics listed do not directly relate to the distortion issue. A logarithmic receiver can still be damaged under certain circumstances, and requiring less amplification or having low sensitivity does not inherently correlate with reduced distortion.