RCDD Chapter 11 Field Testing (Non-core Area)

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  • 1/39 Questions

    A visual fault locator operates in the visible light range.

    • True
    • False
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RCDD Quizzes & Trivia
About This Quiz

This RCDD Chapter 11 quiz focuses on field testing in telecommunications, specifically non-core areas like optical fibers. It assesses knowledge on tools like visual fault locators and OTDRs, and parameters for cabling systems, enhancing skills in network troubleshooting and maintenance.

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  • 2. 

    What is the visible light range.

    • 200-500 nm

    • 300-500 nm

    • 400-700 nm

    • 500-700 nm

    Correct Answer
    A. 400-700 nm
    Explanation
    The visible light range refers to the range of wavelengths of electromagnetic radiation that can be detected by the human eye. It extends from approximately 400 nanometers (nm) to 700 nm. This range includes different colors of light, with shorter wavelengths corresponding to violet and longer wavelengths corresponding to red. The answer "400-700 nm" correctly identifies the range of wavelengths within which visible light is found.

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  • 3. 

    An Optical Time Domain Reflectometer (OTDR) requires access to _____ end(s) of the optical fiber, and sends pulses of light into an optical fiber and measures the strength of the power.

    • One end

    • Both ends

    Correct Answer
    A. One end
    Explanation
    An Optical Time Domain Reflectometer (OTDR) requires access to one end of the optical fiber in order to send pulses of light into the fiber and measure the strength of the power. This is because the OTDR uses the principle of backscattering to analyze the fiber and detect any faults or issues. By sending pulses of light from one end and measuring the reflections or backscattered light, the OTDR can determine the characteristics of the fiber and identify any problems.

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  • 4. 

    What is one of the most basic and widely used field test instruments available.

    • Time Domain Reflectometer (TDR)

    • Frequency Domain Reflectometer (FDR)

    • Digital Multimeter (DMM)

    • Wire Map Field Test Instruments (WMFTI)

    Correct Answer
    A. Digital Multimeter (DMM)
    Explanation
    A digital multimeter (DMM) is one of the most basic and widely used field test instruments available because it can measure multiple electrical quantities such as voltage, current, and resistance. It is portable, easy to use, and provides accurate readings, making it suitable for various applications in industries like electronics, electrical engineering, and telecommunications. Additionally, DMMs are versatile and can be used for troubleshooting, maintenance, and quality control purposes. They are essential tools for technicians and professionals working with electrical systems, making them a fundamental instrument in the field.

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  • 5. 

    Which of the following is not a field testing acceptance parameters for balanced twisted-pair cabling.

    • Length

    • NEXT loss

    • Slice loss

    • Return loss

    • Insertion loss

    Correct Answer
    A. Slice loss
    Explanation
    Slice loss is not a field testing acceptance parameter for balanced twisted-pair cabling. Field testing acceptance parameters for balanced twisted-pair cabling typically include length, NEXT loss (Near-End Crosstalk), return loss, and insertion loss. Slice loss is not a commonly used parameter in the context of cabling testing and is therefore not considered as a field testing acceptance parameter.

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  • 6. 

    The larger the value of ELFEXT loss in dB, the better the performance.

    • True

    • False

    Correct Answer
    A. True
    Explanation
    The statement is indicating that a larger value of ELFEXT loss in dB is associated with better performance. This means that as the ELFEXT loss increases, it indicates a greater reduction in crosstalk between adjacent cables, resulting in improved performance. Therefore, the answer is true.

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  • 7. 

    What is the measure of the power reflected from the cable. (in dB)

    • Delay skew

    • Echo

    • Signal to Noise ratio

    • Return loss

    • Insertion loss

    Correct Answer
    A. Return loss
    Explanation
    Return loss is a measure of the power reflected from a cable or any other device in a transmission system. It is expressed in decibels (dB) and indicates the amount of power that is reflected back towards the source due to impedance mismatches or other factors. A higher return loss value indicates a lower amount of reflected power, which is desirable for efficient signal transmission. Therefore, return loss is the correct measure for the power reflected from the cable.

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  • 8. 

    Insertion loss was formerly known as:

    • Resistance

    • Echo

    • Attenuation

    • Delay

    Correct Answer
    A. Attenuation
    Explanation
    Insertion loss refers to the reduction in signal power that occurs when a device is inserted into a transmission line or circuit. It is a measure of the signal loss introduced by the device. Attenuation, on the other hand, refers to the reduction in signal strength as it travels through a medium, such as a cable or a fiber optic line. Since insertion loss is a type of signal loss, it is synonymous with attenuation. Therefore, the correct answer is attenuation.

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  • 9. 

    What is used to calculate the length of a cable by measuring the time it takes to travel down the cable and back. (round trip delay)

    • FDR

    • TDR

    • DMM

    • ACR

    Correct Answer
    A. TDR
    Explanation
    A Time Domain Reflectometer (TDR) is used to calculate the length of a cable by measuring the time it takes for a signal to travel down the cable and reflect back. By analyzing the round trip delay, the TDR can determine the length of the cable. FDR, DMM, and ACR are not typically used for this purpose.

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  • 10. 

    Additional equipment used for optical fiber troubleshooting include a visual light source, also called what:

    • Optical fiber laser

    • Optical fiber light-emitting diode (LED)

    • Optical VCSEL

    • Optical flashlight

    • Optical beam diode

    Correct Answer(s)
    A. Optical fiber light-emitting diode (LED)
    A. Optical flashlight
    Explanation
    The additional equipment used for optical fiber troubleshooting is a visual light source, also known as an optical fiber light-emitting diode (LED) or an optical flashlight. This device emits a light signal into the fiber, allowing technicians to visually inspect the fiber for any breaks, bends, or other issues. It helps in identifying and locating faults in the optical fiber system.

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  • 11. 

    The mandrel diameters are based on nominal values of _____ and ______ reduced by the cable diameter and rounded up.

    • 10 mm (0.4 in) and 12.5 mm (0.5 in)

    • 20 mm (0.8 in) and 25 mm (1 in)

    • 15 mm (0.6 in) and 18 mm (0.75 in)

    • 25 mm (1 in) and 51 mm (2 in)

    Correct Answer
    A. 20 mm (0.8 in) and 25 mm (1 in)
    Explanation
    The mandrel diameters are based on nominal values of 20 mm (0.8 in) and 25 mm (1 in) reduced by the cable diameter and rounded up. This means that when determining the size of the mandrel needed for a particular cable, the nominal values of 20 mm and 25 mm are used as a starting point. The cable diameter is then subtracted from these values, and the result is rounded up to the nearest whole number. This ensures that the mandrel is slightly larger than the cable diameter, allowing for a proper fit and preventing any damage or distortion to the cable during the installation process.

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  • 12. 

    When testing multimode fiber for end to end attenuation, wrap the test jumper attached to the source with five non-consecutive turns around a specifically-sized _________.

    • Barrel

    • Cork

    • Mandrel

    • Wheel and Bob

    Correct Answer
    A. Mandrel
    Explanation
    When testing multimode fiber for end to end attenuation, it is necessary to wrap the test jumper attached to the source with five non-consecutive turns around a specifically-sized mandrel. A mandrel is a cylindrical object that is used to measure the diameter of a hole or tube. In this case, the mandrel ensures that the fiber is bent in a controlled manner, allowing for accurate measurement of attenuation. Wrapping the test jumper around the mandrel helps to simulate real-world conditions and ensures that the fiber is properly tested for attenuation.

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  • 13. 

    What provides the ability to identify a specific pair by generating a tone on one end of a pair of conductors.

    • Fluke

    • Tone generator

    • Wand

    • Cable tracer

    Correct Answer(s)
    A. Tone generator
    A. Cable tracer
    Explanation
    A tone generator is a device that can generate a tone on one end of a pair of conductors, allowing for the identification of a specific pair. A cable tracer, on the other hand, is a tool used to trace and locate cables or wires. While both devices are used for cable identification, the tone generator specifically generates a tone on the conductors, making it the correct answer for this question. Fluke and wand are not relevant to the ability to identify a specific pair by generating a tone, so they are not the correct answers.

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  • 14. 

    When testing cables, a Pass* is a passing test within the accuracy range (but at the accuracy limit) of the field test instruments pass/fail boundary.  This indicates that the test result should be _________.

    • Retake

    • Considered a fail

    • Viewed with caution

    • Treated like all passing grades

    Correct Answer
    A. Viewed with caution
    Explanation
    A "Pass" result in testing cables indicates that the test falls within the accuracy range but at the accuracy limit of the field test instruments pass/fail boundary. This means that while the test is technically considered a pass, it should be viewed with caution. There may be some uncertainty or potential issues that need to be taken into account despite the passing result.

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  • 15. 

    When testing coaxial cable, the required tests or acceptance tests depend on what________.

    • The length of cable

    • The type of cable

    • The application

    • The installation technique

    Correct Answer
    A. The application
    Explanation
    The required tests or acceptance tests for testing coaxial cable depend on the application. Different applications may have different requirements and specifications for the cable, such as signal quality, bandwidth, or impedance. Therefore, the specific tests needed to ensure the cable meets these requirements will vary based on the application it will be used for.

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  • 16. 

    Which of the performance tests below are most often used on coaxial cabling.

    • Time domain reflectometer (TDR)

    • Frequency domain reflectometer (FDR)

    • Insertion loss

    • Attenuation

    • Noise

    Correct Answer(s)
    A. Time domain reflectometer (TDR)
    A. Attenuation
    A. Noise
    Explanation
    Time domain reflectometer (TDR) is a performance test commonly used on coaxial cabling. TDR measures the time taken for a signal to travel down the cable and reflect back, helping to identify any faults or disruptions in the cable. Attenuation is also frequently tested on coaxial cabling as it measures the loss of signal strength over a distance. Noise testing is important to identify any unwanted interference or disturbances that may affect the performance of the cable. Therefore, TDR, attenuation, and noise are the most often used performance tests on coaxial cabling.

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  • 17. 

    Which of the performance tests below are most often used on coaxial cabling.

    • Direct current (dc) loop resistance

    • NEXT

    • Impedance

    • SNR

    • Length

    Correct Answer(s)
    A. Direct current (dc) loop resistance
    A. Impedance
    A. Length
    Explanation
    The performance tests most often used on coaxial cabling are direct current (dc) loop resistance, impedance, and length. Direct current (dc) loop resistance measures the resistance of the cable, which affects the electrical current flow. Impedance refers to the resistance to the flow of electrical energy, and it is important for proper signal transmission. Length is crucial as it affects signal attenuation and loss. These tests help ensure the quality and efficiency of the coaxial cabling system.

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  • 18. 

    Select the true statements about coaxial cabling:

    • Used in broadband applications

    • Low impedance media, 50 or 75 ohm

    • Used with single transmission path

    • In the past it was used on local area networks

    • All of the above

    Correct Answer
    A. All of the above
    Explanation
    Coaxial cabling is indeed used in broadband applications as it provides high bandwidth and is capable of carrying large amounts of data over long distances. It is also a low impedance media, with options of 50 or 75 ohm, which helps in reducing signal loss and interference. Coaxial cabling is typically used with a single transmission path, making it suitable for point-to-point communication. In the past, it was commonly used in local area networks for connecting computers and other devices. Therefore, all of the statements provided are true.

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  • 19. 

    Power sum measurements across all pairs are practical with field test instruments.

    • True

    • False

    Correct Answer
    A. False
    Explanation
    Power sum measurements across all pairs are not practical with field test instruments.

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  • 20. 

    A cable manufacturer's power sum measurement is required for multipair cables.

    • True

    • False

    Correct Answer
    A. True
    Explanation
    Power sum measurement is a method used to assess the crosstalk performance of multipair cables. Crosstalk refers to the interference between adjacent pairs in a cable, which can result in signal degradation. By conducting power sum measurements, cable manufacturers can ensure that their cables meet the required standards for crosstalk suppression. Therefore, it is true that power sum measurement is required for multipair cables.

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  • 21. 

    What level of instrument accuracy for field testing is defined for measurements up to category 5e and class D cabling?

    • Level I

    • Level II

    • Level IIe

    • Level III

    • Level IIIe

    Correct Answer
    A. Level IIe
    Explanation
    The level of instrument accuracy for field testing defined for measurements up to category 5e and class D cabling is Level IIe. This level of accuracy ensures that the measurements taken are precise and reliable for this specific type of cabling.

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  • 22. 

    What level of instrument accuracy for field testing is defined for measurements up to category 6 and class E cabling?

    • Level I

    • Level II

    • Level IIe

    • Level III

    • Level IIIe

    Correct Answer
    A. Level III
    Explanation
    Level III instrument accuracy for field testing is defined for measurements up to category 6 and class E cabling. This means that Level III instruments are capable of providing accurate measurements for these types of cables and their associated categories.

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  • 23. 

    What is used to determine the return loss

    • The ratio of the reflected voltage to the incident voltage

    • The ratio of the induced voltage to the reflected voltage

    • The ratio of NEXT loss to insertion loss

    • The difference of the reflected voltage to the induced voltage

    Correct Answer
    A. The ratio of the reflected voltage to the incident voltage
    Explanation
    The return loss is determined by calculating the ratio of the reflected voltage to the incident voltage. This ratio helps to measure the amount of power that is reflected back from a device or system compared to the power that is incident on it. A higher return loss indicates a better match between the impedance of the source and the load, resulting in less power being reflected. Conversely, a lower return loss indicates a poor match and more power being reflected.

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  • 24. 

    The field-testing acceptance parameters for balanced twisted-pair cabling are:

    • Wire map and length

    • Insertion loss and return loss

    • NEXT, ELFEXT, PSNEXT, and PSELFEXT

    • Propogation delay and delay skew

    • All of the above

    Correct Answer
    A. All of the above
    Explanation
    The field-testing acceptance parameters for balanced twisted-pair cabling include wire map and length, insertion loss and return loss, NEXT, ELFEXT, PSNEXT, and PSELFEXT, as well as propagation delay and delay skew. Therefore, the correct answer is "All of the above."

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  • 25. 

    When testing balanced twisted pair, If a field test instrument uses the same nominal velocity of propogation (NVP) for all pairs, the reported length will be different for each pair. Standards require that the __________ be used as the basis for the pass/fail decision.

    • Average electrical length

    • Longest electrical length

    • Shortest electrical length

    Correct Answer
    A. Shortest electrical length
    Explanation
    When testing balanced twisted pair, if a field test instrument uses the same nominal velocity of propagation (NVP) for all pairs, the reported length will be different for each pair. This is because the electrical length of each pair can vary due to differences in the physical length and electrical characteristics of the cables. Therefore, when determining whether the test results pass or fail according to standards, the shortest electrical length among the pairs should be used as the basis. This ensures that the pair with the greatest potential for signal degradation or other issues is accounted for in the pass/fail decision.

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  • 26. 

    The larger the value of NEXT loss in dB, the better performance.

    • True

    • False

    Correct Answer
    A. True
    Explanation
    A larger value of NEXT loss in dB indicates a higher level of crosstalk suppression between adjacent pairs of cables. This means that there is less interference or signal leakage between the cables, resulting in better performance. Therefore, the statement is true.

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  • 27. 

    The larger the value of insertion loss the better the performance.

    • True

    • False

    Correct Answer
    A. False
    Explanation
    Smaller value is better

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  • 28. 

    The larger the value of return loss the better the performance.

    • True

    • False

    Correct Answer
    A. True
    Explanation
    A higher value of return loss indicates that less power is being reflected back from a device or system, which implies better performance. This means that more of the transmitted power is being effectively utilized rather than being wasted or lost. Therefore, a larger value of return loss is desirable as it signifies improved performance.

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  • 29. 

    When wire mapping a cable, if the display shows 1--3, 2--6, 3--1, 4--4, 5--5, 6--2, then the wires are:

    • Reversed

    • Transposed

    • Split pair

    Correct Answer
    A. Transposed
    Explanation
    The display shows that the wires are transposed, meaning that they are switched or swapped with each other. This can be seen from the given mapping of wire numbers, where wire 1 is connected to wire 3, wire 2 is connected to wire 6, and so on. This indicates that the wires have been rearranged or interchanged in the cable.

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  • 30. 

    When field testing optical fibe cabling, the light source or OTDR must operate within the range of ____________ for multimode testing.

    • (800 +-25 nm) or (1310 +-15 nm)

    • (850 +-25 nm) or (1310 +-20 nm)

    • (850 +-30 nm) or (1300 +-20 nm)

    • (800 +-30 nm) or (1300 +-15 nm)

    Correct Answer
    A. (850 +-30 nm) or (1300 +-20 nm)
    Explanation
    The correct answer is (850 +-30 nm) or (1300 +-20 nm) because these wavelength ranges are commonly used for testing multimode optical fiber cabling. The first range, 850 +-30 nm, corresponds to the wavelength range used for testing multimode fiber using LED light sources. The second range, 1300 +-20 nm, corresponds to the wavelength range used for testing multimode fiber using laser light sources. These wavelength ranges are specified to ensure accurate and reliable testing of multimode fiber cabling.

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  • 31. 

    Telecommunications cabling in premises environments is divided into three basic segments:

    • Campus (interbuilding) backbone

    • Building (intrabuilding) backbone

    • Horizontal and centralized cabling

    • All of the above

    Correct Answer
    A. All of the above
    Explanation
    The correct answer is "All of the above" because telecommunications cabling in premises environments is indeed divided into three basic segments: campus (interbuilding) backbone, building (intrabuilding) backbone, and horizontal and centralized cabling. Each segment serves a specific purpose in establishing a comprehensive and efficient cabling infrastructure within a premises environment.

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  • 32. 

    When field testing multipair or higher cabling, it is recommended that the cable be tested for the appropriate category (e.g. cat3 or cat 5e) in _________ pair increments as the pairs are configured in links.

    • 2 pair

    • 3 pair

    • 4 pair

    • 5 pair

    • 6 pair

    Correct Answer
    A. 4 pair
    Explanation
    When field testing multipair or higher cabling, it is recommended that the cable be tested for the appropriate category (e.g. cat3 or cat 5e) in 4 pair increments as the pairs are configured in links. This means that the cable should be tested in groups of 4 pairs at a time, as this is how the pairs are typically configured in the cabling system. Testing in 4 pair increments ensures that all pairs are properly tested and allows for easier troubleshooting and identification of any issues that may arise.

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  • 33. 

    When field testing optical fibe cabling, the light source or OTDR must operate within the range of ____________ for singlemode testing.

    • (1310 +-10 nm) or (1550 +-20 nm)

    • (1300 +-15 nm) or (1500 +-20 nm)

    • (1310 +-15 nm) or (1550 +-10 nm)

    • (1310 +-5 nm) or (1550 +-5 nm)

    Correct Answer
    A. (1310 +-10 nm) or (1550 +-20 nm)
    Explanation
    The correct answer is (1310 +-10 nm) or (1550 +-20 nm). This means that when field testing optical fiber cabling for singlemode testing, the light source or OTDR must operate within the wavelength range of 1310 nm with a tolerance of +-10 nm, or within the wavelength range of 1550 nm with a tolerance of +-20 nm. These wavelength ranges are specific to singlemode testing and ensure accurate and reliable results.

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  • 34. 

    Campus backbone cabling requires extensive testing.

    • True

    • False

    Correct Answer
    A. True
    Explanation
    Campus backbone cabling refers to the network infrastructure that connects various buildings or locations within a campus. This cabling is responsible for carrying a large amount of data traffic and connecting different network devices. Due to the critical nature of this infrastructure, extensive testing is necessary to ensure that the cabling is properly installed, configured, and functioning correctly. This testing helps identify any potential issues or faults in the cabling, ensuring reliable and efficient network connectivity throughout the campus. Therefore, the statement that campus backbone cabling requires extensive testing is true.

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  • 35. 

    Study picture on page 11-30 know what a nonreflective splice or bend loss looks like and know what a reflective splice looks like.

    • Ok

    • No

    Correct Answer
    A. Ok
    Explanation
    The given answer "ok" is correct because it acknowledges the statement mentioned in the question. The question asks the reader to study a picture on a specific page to understand the appearance of a nonreflective splice or bend loss, as well as a reflective splice. The answer "ok" indicates that the reader understands and agrees to study the picture as instructed.

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  • 36. 

    Which of the below tests are not normally performed on coaxial cabling

    • Direct current loop resistance

    • Power sum

    • Length

    • Crosstalk

    • Noise

    Correct Answer(s)
    A. Power sum
    A. Crosstalk
    Explanation
    Power sum and crosstalk are not normally performed tests on coaxial cabling. Power sum is a test used to measure the total power of all signal pairs in a cable, which is not applicable to coaxial cables. Crosstalk is the interference caused by signals from adjacent cables, but coaxial cables are designed to minimize crosstalk, so it is not typically tested for.

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  • 37. 

    What is the measurement of the time required for a signal to travel from one end of the transmission path to the other end.

    • Delay skew

    • Wave length

    • Frequency delay

    • Propogation delay

    Correct Answer
    A. Propogation delay
    Explanation
    Propagation delay refers to the time it takes for a signal to travel from one end of a transmission path to the other end. It is a measure of the delay or latency in the transmission of the signal. Propagation delay is influenced by factors such as the distance the signal needs to travel, the medium through which it is transmitted, and the speed of the signal. It is an important consideration in communication systems as it affects the overall performance and reliability of the transmission.

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  • 38. 

    What is used to calculate the length of a cable by measuring the time it takes a pulse to travel down the cable and back.

    • FDR

    • TDR

    • ADR

    • FDT

    Correct Answer
    A. TDR
    Explanation
    A Time Domain Reflectometer (TDR) is used to calculate the length of a cable by measuring the time it takes a pulse to travel down the cable and back. This device sends a pulse into the cable and measures the time it takes for the pulse to return after bouncing off any impedance changes or faults in the cable. By analyzing the time delay, the length of the cable can be determined accurately.

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  • 39. 

    What is a measurement of the power reflected from the cabling (in dB).

    • Insertion loss

    • Return loss

    • Delay skew

    • Propogation delay

    Correct Answer
    A. Return loss
    Explanation
    Return loss is a measurement of the power reflected from the cabling, expressed in decibels (dB). It quantifies the amount of power that is reflected back towards the source due to impedance mismatches or defects in the transmission line. A higher return loss indicates a lower amount of reflected power, indicating better signal quality and less loss in the system.

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  • Current Version
  • Mar 20, 2023
    Quiz Edited by
    ProProfs Editorial Team
  • Feb 28, 2012
    Quiz Created by
    Letad1

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