AVIXA Communications Certifications CTS Exam Dumps

The tip portion of the connector.

This is a 1/4-inch TS (Tip-Sleeve) connector, commonly known as an unbalanced mono plug. For these connectors, the tip is the portion responsible for carrying the signal, while the sleeve serves as the ground or return path. In audio applications, TS connectors are typically used for unbalanced signals, such as instrument cables for guitars.

The tip of the connector is at the very end, identifiable by the small section separated by an insulating ring. This section is where the signal travels.

The sleeve is the long metal section that connects to the ground.

CTS Technology Specialist Reference

The CTS materials on audio connectors detail how TS connectors carry signals, with the tip designated for signal and the sleeve for ground. Recognizing the signal-carrying part is crucial for proper AV connections and troubleshooting.

Foam microphone wind screens should be cleaned using warm water. This method effectively removes dirt and oils without damaging the foam material. Using harsh chemicals, like bleach or alcohol, can deteriorate the foam and potentially affect sound quality.

CTS Technology Specialist Reference

CTS materials on equipment maintenance recommend gentle cleaning methods for foam components, as using harsh solvents can degrade the material and reduce the lifespan of equipment.

Plosives and breath noise occur when air hits the mic capsule directly. This can be mitigated by adjusting the mic’s position slightly off-center from the mouth and adding a windscreen to diffuse breath impact.

“Correct mic placement and windscreen use significantly reduce plosives and breath noise, especially with headworn microphones.”

— CTS Exam Guide, Microphone Placement and Audio Optimization

The frequency identified by the numbers above each slider of a graphic equalizer is the center frequency. The center frequency is the specific frequency that each slider controls, allowing the user to boost or cut the amplitude of that frequency and those in its immediate vicinity. This helps in fine-tuning the audio signal to achieve the desired sound quality.