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Steps in Designing Microwave Link

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

Fully understanding what the customer really wants and needs is known as __________.

a)

Customer Objectives

b)

Quality Criteria

c)

Quality Objectives

d)

Customer Needs

2.

a straight path between a transmitting and receiving antennas unobstructed by the horizon

a)

Grazing Path

b)

Line of Sight

c)

Obstructed Path

d)

Path of Bliss

3.

The customer requirements need to be translated into a ______before the detailed planning process can begin .

a)

route diagram

b)

LOS

c)

path diagram

d)

route plan

4.

The microwave beam barely touches the obstruction or have a zero clearance.

a)

LOS

b)

Grazing Path

c)

Path of Bliss

d)

Obstructed Path

5.

Detailed planning involves transforming the route

plan into a detailed ______ plan, identifying suitable active and passive repeaters.

a)

radio line

b)

microwave link

c)

LOS

d)

radio link

6.

The microwave beam is hindered by an obstruction

a)

LOS

b)

Grazing Path

c)

Path of Bliss

d)

Obstructed Path

7.

__________ is a main estimate in telecommunication microwave link planning for accurate and reliable link.

a)

Link Plan

b)

Link Budget

c)

Path Budget

d)

Path Plan

8.

The ______ is a numerical figure that considers the non-ideal condition of the atmosphere resulting to atmospheric refraction that causes the ray beam to be bent forward the earth or away from the earth.

a)

Kurz

b)

S-curve

c)

K-curve

d)

Swing

9.

A detailed ______ is also required to plan the sites and routes. Each hop must be designed to meet certain quality objectives.

a)

radio plan

b)

path survey

c)

path plan

d)

radio survey

10.

The gain of an antenna is proportional to its electrical size.

a)

True

b)

False

c)

It depends

11.

One can construct high-gain antennas at microwave frequencies that are physically small.

a)

true

b)

false

c)

it depends

12.

A full understanding of equipment characteristics

and configurations will enable the planner to choose the most appropriate ______ to meet the design objectives.

a)

design

b)

plan

c)

equipment

d)

devices

13.

A 1% bandwidth provides ______ frequency range at microwave frequencies than that of HF

a)

less

b)

more

c)

equal

d)

it depends

14.

Radio links suffer fading from various propagation anomalies.

a)

True

b)

False

c)

it depends

15.

Microwave signals travel predominantly by LOS. Plus they do reflect off the ionosphere like RF signals.

a)

true

b)

false

c)

it depends

16.

In wireless communications, _________ is variation of the attenuation of a signal

with various variables.

a)

noise

b)

fading

c)

distortion

d)

refraction

17.

There is more background noise at microwave frequencies than at RF.

a)

True

b)

False

c)

it depends

18.

One needs to identify suitable frequency bands on which to operate the links and will have to apply to

the frequency authorities for the RF channels; hence, a detailed knowledge of frequency planning and _______is required.

a)

path loss

b)

path characteristics

c)

antenna specification

d)

antenna characteristics

19.

Microwave system require a right-of-way acquisition between stations

a)

true

b)

false

c)

it depends

20.

Frequency planning is actually an implementation of ________ planning

a)

LOS

b)

path

c)

capacity

d)

link budget

21.

L stands for ______ wave

a)

Large

b)

Low

c)

Large

d)

Long

22.

C is in the band of ______ GHz,

a)

1-2

b)

12-18

c)

2-4

d)

4-8

e)

8-12

23.

Ku means _______.

a)

Kurz-upper

b)

Kurz-under

c)

Kurz-user

d)

Kurz-up

24.

Ka band is in _____ GHz

a)

8-12

b)

12-18

c)

27-40

d)

18-27

25.

U, V, W and Mm are classified as ______

a)

microwave

b)

miliiwave

c)

millimeter wave

d)

micromilliwave