ClearOne WS800 Руководство по применению - Страница 3

Просмотреть онлайн или скачать pdf Руководство по применению для Микрофонная система ClearOne WS800. ClearOne WS800 11 страниц. Wireless microphone system antenna application guide
Также для ClearOne WS800: Краткое руководство по эксплуатации (10 страниц), Краткое руководство по эксплуатации (15 страниц), Руководство (5 страниц), Краткое руководство по эксплуатации (13 страниц), Руководство по применению (12 страниц)

Печатать страницу
ClearOne WS800 Руководство по применению
Case I:
Flexible Configurations Conference Room
A.
Factor
Antennas In Drop Ceiling
All of the transmitters are about the same distance to the closest antenna. The IMD product is small compared to the
IMD
transmitter signal. It meets the design rule.
Diversity
The antennas are separated so at least one antenna is always out of the null. This meets the design rule.
Line of Sight
All transmitters are in the line of sight of both antennas. This meets the design rule.
Cable Loss
This configuration requires a shorter antenna run to the rack. It meets the design rule.
Range Loss
All transmitters are close to at least one antenna and have about the same gain. It meets the design rule.
Transmitter
The setup is ideal, so set the power to 1mW for extended battery life and minimal interference with systems in near-by rooms.
Power
Rating
Expect excellent performance in all room configurations.
B.
Factor
Antennas On Back (or Front) Wall
The IMD from the transmitters close to the antennas can interfere with transmitters away from the antennas. Expect drop-
IMD
out and hits with large numbers of transmitters.
Diversity
The antennas are separated so at least one antenna is always out of the null. This meets the design rule.
All transmitters are in the line of sight of both antennas, provided the antennas are high on the wall and not blocked by
Line of Sight
bodies. This meets the design rule.
Cable Loss
Long cable runs require expensive RG8 low-loss cable but it will meet the design rule.
Range Loss
Transmitters away from the antennas have approximate 3 dB less gain than the close transmitters, but it meets the design rule.
Transmitter
Use 10 mW output power to assure pick-up of the far transmitters.
Power
Rating
This design is prone to dropouts and hits with large numbers or transmitters.
3
1st Choice
Not Recommended