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Universal twisted plenum
Unshielded twisted pair
Unshielded twisted plenum
Universal twisted pair
Length of conductor run
Type of raceway
Environment
Current of the circuit
Manual iris
Backlight compensation
IR illumination
Electric iris
A common bandwidth requirement
A common resolution
The light output of a camera
The grey scale of an image
Cannot be stored
Changes polarity
Has a constant polarity
Is produced by a transformer
Fraud
Larceny
Indigent interference
Invasion of privacy
Compressed Capture Device
Charged Compressed Device
Capacitive Coupled Device
Charged Coupled Device
Ohms
V
A_ _ _
V_ _ _
Inadequate voltage
Too much resistance
Too much current is being drawn
The poser supply is too large
Two-way radio mesh networks
Cellular networks
Public-switched telephone networks
Internet networks
0.125A
1.25A
1.58A
7.58A
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Media Access Control
Dynamic Host Configuration Protocol
Static
Dymanic
Wide Dynamic Range
Wide Distance Reading
Wide Dynamic Resolution
Wide Distance Resolution
IR cut filter rating
Operating voltage of the camera
Electronic iris lens size
Distance from the camera to the desired view
That is adopted by the OSFM
With the more stringent standard
That is adopted by the local jurisdiction
Used by the AHJ
Displaying images on a remote monitor
Controlling PTZ actions
Connecting video from a network camera
Transmitting images over distances greater than 3000’
Two
Three
Four
Five
Comply with NFPA 70
Use D-rings to secure cable
Comply with manufacturer’s recommendations
Use jacketed, shielded cable
Temperature rated
Arranged so as to prevent damage when the ground settles
Armored and jacketed
Protected from animals that burrow underground
Dehydration
Stroke
Low blood sugar
High blood sugar
14 minutes
140 minutes
14 hours
140 hours
Bullying
Occupational battery
Workplace violence
Harassment
1.5mA
5A
50A
500A
In parallel with the circuit with power removed from the circuit
In series with the circuit with power removed from the circuit
In series with the circuit with the circuit intact
In parallel with the circuit with the circuit intact
Divide the source voltage by the resistance of one of the devices
Multiply the source voltage by the resistance of one of the devices
Find the resistance of one of the devices, then divide that by the number of devices in the circuit
Find the resistance of one of the devices, then multiply that by the number of devices in the circuit
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