What describes a situation where low cable attenuation causes higher frequencies to have greater signal levels?

What describes a situation where low cable attenuation causes higher frequencies to have greater signal levels?

• A. Negative tilt
• B. Positive tilt
• C. Zero tilt
• D. Frequency flattening

Answer: (B)

The term that describes a situation where low cable attenuation results in higher frequencies experiencing greater signal levels is positive tilt. In the context of signal transmission, tilt refers to the variation in signal strength across different frequencies. When there is a positive tilt, it means that as frequency increases, the signal level also increases. This can occur due to low attenuation at higher frequencies, which allows those frequencies to maintain stronger signal levels throughout the length of the transmission medium. Positive tilt can be advantageous in scenarios where higher frequency signals are components of the desired transmission, as it ensures better performance and clarity. It contrasts with negative tilt, where higher frequencies might show decreased signal levels compared to lower frequencies. Recognizing these tilt characteristics is crucial for maintaining optimal system performance in cable networks.

The term that describes a situation where low cable attenuation results in higher frequencies experiencing greater signal levels is positive tilt. In the context of signal transmission, tilt refers to the variation in signal strength across different frequencies. When there is a positive tilt, it means that as frequency increases, the signal level also increases. This can occur due to low attenuation at higher frequencies, which allows those frequencies to maintain stronger signal levels throughout the length of the transmission medium.

Positive tilt can be advantageous in scenarios where higher frequency signals are components of the desired transmission, as it ensures better performance and clarity. It contrasts with negative tilt, where higher frequencies might show decreased signal levels compared to lower frequencies. Recognizing these tilt characteristics is crucial for maintaining optimal system performance in cable networks.