• Transmission range: 225m(750 feet) working with AD-net Passive Receivers, and 800m(2624 feet) with AD-net Active Receivers;
  • Built-in unique LRC passive anti-interference;
  • Filter circuit, effectively restrain common-mode noise;
  • Built-in transient protection;
  • Directly connected to output terminal of camera.
  • Better interference rejection than coax
  • UTP is less expensive than dedicated coax or fiber

Video:

Frequency

DC 10Hz

Attenuation

Maximum 1.5dB

Common mode/Differential-mode Rejection

15KHz-5MHz Typical 60dB

Resistance BNC Coax

75ohm

Connector UTP Cable

100ohm

Cable Type:

Specification

24AWG or Thicker Cat-3 above

Resistance

100ohm±20

DC Loop Resistance

18ohm/100m

Differential Capacitor

62pf/m

Environment:

Temperature

Operating: -20° to 75° C

Humidity

0~95%

Anti-transient Ability

6000V 1.2μS×50μS

Weight

52g(1.843oz)

Dimensions

Length 52mm(2.047in) * Width 28mm(1.102in) * Height 26mm(1.024in)

 

AN-MP1

Single Channel Passive Transceiver for Special Use, Two Screw Terminals for UTP cable, Built-in LRC filter circuit; Male BNC

Product Description

Along with the development of the CCTV, it’s more and more necessary to utilize a kind of high-quality and low-priced video transferring method. The traditional coaxial cable and fibre-optical transferring methods can only solve the short and long-distance video transferring problems, however, the picture signal transferring for a distance around 1000 meters becomes the bottle-neck of the monitoring field. A series of twisted-pair video transferring equipment researched and developed by AD-net Technology Co. Ltd. use one of the four non-sheltering Cable 5 or above twisted-pairs to transfer the basic band video signal with high-quality, and can realize the transferring of one or more high-quality video signal or control signal in the same cable. What’s more, the signals will not interfere with each other with the nominal transferring distance between 0~1500 meters. This kind of twisted-pair video transferring equipment has super strong anti-interference ability, which makes it the best choice in such strong-interfering environments as the lift, concrete plant, steel plant and electric plant etc.

This kind of transferring method has lots of advantages such as convenient wiring, simple installation, high reliability, strong anti-interference ability, good transferring effects and low system cost etc. Its utilization has brought great changes to the traditional wiring methods in all kinds of monitoring places as the intelligent building and residential districts. It provides a high performance/price ratio solution to the monitoring engineering system design.

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