DISTRIBUTION AMPLIFIERS
ACCESSORIES | 8 |
FREQUENTLY ASKED QUESTIONS | 9 |
Model No.
DA1295SX
PS5502US
PS5512UK
PS5522AU
PS5532GR
PS5542JP
CB4100MR
CB4103MR
CB4106MR
CB4112MR
CB4125MR
CB4150MR
CB4175MR
CB41100MR
CB41150MR
CB4300MR
CB4306MR
CB4312MR
CB4325MR
CB4350MR
CB4375MR
CB43100MR
Description
RACK MOUNTING BRACKETS
Rack/Wall/Furniture Mount Mini- brackets
POWER SUPPLIES
9V 500mA Power Supply for US
9V 500mA Power Supply for UK
9V 500mA Power Supply for Australia
9V 500mA Power Supply for Germany
9V 500mA Power Supply for Japan
4 BNC to 4 BNC COAXIAL CABLE
Bulk Cable 4 coaxes (500ft minimum)
3 feet, 4 BNC to 4 BNC coaxial cable
6 feet, 4 BNC to 4 BNC coaxial cable
12 feet, 4 BNC to 4 BNC coaxial cable
25 feet, 4 BNC to 4 BNC coaxial cable
50 feet, 4 BNC to 4 BNC coaxial cable
75 feet, 4 BNC to 4 BNC coaxial cable
100 feet, 4 BNC to 4 BNC coaxial cable
150 feet, 4 BNC to 4 BNC coaxial cable
4 BNC to 4 BNC COAX (Super High Resolution)
Bulk Cable 4 coaxes (500ft minimum)
6 feet, 4 BNC to 4 BNC coaxial cable
12 feet, 4 BNC to 4 BNC coaxial cable
25 feet, 4 BNC to 4 BNC coaxial cable
50 feet, 4 BNC to 4 BNC coaxial cable
75 feet, 4 BNC to 4 BNC coaxial cable
100 feet, 4 BNC to 4 BNC coaxial cable
No:
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Question What is the maximum length of cable that can be used with the DA1913GL?
Can I use the
DA1913GL
power supply to power 2 units simultaneously?
Are outputs 1 & 2 buffered?
What is common mode range of the DA1913GL and why is it so important?
How will the
DA1913GL provide protection from a ground loop in the system?
Answer
Compensation for cable loss is automatically made for a distance of 100 feet, though the DA1913GL can drive signals through longer runs depending on the source signal resolution and cable quality.
It is not recommended since one power supply is supplied with each unit. Please consider the PS5581SM, a rack mount power supply.
The DA1913GL has two individually buffered outputs.
The common mode range of the DA1913GL Distribution Amplifier is
A ground loop is a type of electromagnetic interference often caused by small, but significant differences in ground voltage between two or more different power sources when equipment using the different power sources is connected by means of video/audio inputs and outputs. A ground loop may also be caused when high
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