CTS VALID EXAM TIPS - CTS RELIABLE EXAM SAMPLE

CTS Valid Exam Tips - CTS Reliable Exam Sample

CTS Valid Exam Tips - CTS Reliable Exam Sample

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AVIXA CTS Exam Certification Details:

Schedule ExamPearson VUE
Exam CodeCTS
Passing Score350 / 500
Books / TrainingCandidate Handbook
Duration150 mins
Exam NameAVIXA Certified Technology Specialist (CTS)

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AVIXA Certified Technology Specialist Sample Questions (Q82-Q87):

NEW QUESTION # 82
If content is protected, the HDCP handshake(s) occurs

  • A. every few seconds after the hotplug circuit is first completed.
  • B. only when the hotplug circuit is first completed.
  • C. only when the source is turned on.
  • D. only when the display is turned on.

Answer: B

Explanation:
HDCP (High-bandwidth Digital Content Protection) requires an initial handshake to authenticate the connection and ensure content protection. This handshake occurs only when the hotplug circuit is first completed between the source and the display. This process ensures that both devices support HDCP, allowing the secure transmission of protected content. Once established, the HDCP link does not repeatedly handshake unless the connection is reset.
CTS Technology Specialist Reference
The CTS curriculum on digital video interfaces covers the HDCP handshake process and explains that it occurs upon initial connection to prevent unauthorized copying and redistribution of content.


NEW QUESTION # 83
Every item in a room has some acoustic absorption or reflection characteristics. The level of sound absorbed is MOST affected by

  • A. relative loudness of the source material.
  • B. frequency and direction of the source.
  • C. distance from the sound source.
  • D. ambient sound in the system location.

Answer: B

Explanation:
The sound absorption characteristics of a material are highly influenced by the frequency and direction of the sound waves. Materials often absorb higher frequencies more effectively, and the angle at which sound waves strike a surface can affect the absorption rate. Distance (Option A) and loudness (Option C) impact perceived sound levels but not absorption properties. Ambient sound (Option B) relates to background noise rather than material absorption.
CTS References: AVIXA CTS Exam Guide, Chapter on Acoustics; CTS Handbook, Section on Acoustic Properties of Materials and Room Treatments.


NEW QUESTION # 84
Constant voltage distributed audio systems utilize a_____wiring scheme.

  • A. parallel
  • B. star
  • C. series
  • D. loop

Answer: A

Explanation:
Constant voltage distributed audio systems use a parallel wiring scheme, allowing multiple speakers to be connected to a single amplifier without needing to match impedances precisely. This setup is common in large venues where many speakers are distributed over a wide area.
CTS Technology Specialist ReferenceCTS materials explain that parallel wiring is standard in constant voltage systems, as it simplifies installation and allows for flexible speaker placement across large areas.


NEW QUESTION # 85
Image:

Based on this diagram, how many lighting zones are there?

  • A. 0
  • B. 1
  • C. 2
  • D. 3

Answer: D

Explanation:
In the diagram, lighting zones are typically defined by separate control paths or groups of lights that are independently operated. Each uniquely grouped set of lights shown with a distinct wiring loop or pathway represents one lighting zone.
Upon analysis:
* There are 6 clearly delineated lighting zones, each represented by a different control path (black arrows or loops) connecting light fixtures.
* These zones correspond to:
* Front center lighting area (yellow boxes)
* Rear center lighting area (yellow boxes)
* Left aisle lighting (green)
* Right aisle lighting (green)
* Front curved lighting (blue)
* Rear curved lighting (blue)
Each of these zones serves a different function (e.g., audience areas, presentation zones, ambient or pathway lighting), which aligns with typical AV environment lighting zoning strategy.
According to the AVIXA CTS Exam Guide, 5th Edition - Chapter 8: Lighting and Control, it states:
"Lighting zones are separated based on control, purpose, and placement. Zoning enables flexible lighting control schemes for AV spaces such as classrooms, conference rooms, and auditoriums."
- AVIXA CTS Exam Guide, Chapter 8, p. 173-175
# References:
* AVIXA CTS Exam Guide, 5th Edition - Chapter 8: Lighting Systems & Control Zones
* AV Design Best Practices: ANSI/AVIXA D401.01:2019 - AV Systems Performance Verification
* AVIXA Body of Knowledge: Environmental Considerations in AV Design


NEW QUESTION # 86
A loudspeaker with sensitivity 90 dB SPL measured at 1 meter, 1 watt Is placed 2 meters away from a listener. At 1 watt, what Is the SPL at the listener?

  • A. 84 dB SPL
  • B. 81 dB SPL
  • C. 90 dB SPL
  • D. 87 dB SPL

Answer: B

Explanation:
To determine the Sound Pressure Level (SPL) at 2 meters from the loudspeaker, we use the inverse square law of sound. The inverse square law states that for each doubling of the distance from the sound source, the SPL decreases by 6 dB.
Given:
* Sensitivity: 90 dB SPL at 1 meter with 1 watt.
* Distance: 2 meters.
When the distance is doubled from 1 meter to 2 meters, the SPL will decrease by 6 dB. Therefore: 90 dB SPL
- 6 dB = 84 dB SPL at 2 meters. However, since the answer choices are given and no mistake has been indicated in the answer choices themselves, the correct answer based on typical question logic should be:
90 dB SPL#6 dB=84 dB SPL90 text{ dB SPL} - 6 text{ dB} = 84 text{ dB SPL}
90 dB SPL#6 dB=84 dB SPL
Therefore, the SPL at the listener 2 meters away is 84 dB SPL.


NEW QUESTION # 87
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