TOA WT-D5800 Bedienungsanleitung

TOA Empfänger WT-D5800

Lesen Sie kostenlos die 📖 deutsche Bedienungsanleitung für TOA WT-D5800 (24 Seiten) in der Kategorie Empfänger. Dieser Bedienungsanleitung war für 28 Personen hilfreich und wurde von 2 Benutzern mit durchschnittlich 4.5 Sternen bewertet

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D5000 Series

Digital Wireless Microphone System

COOKBOOK

- 1 -

Headset microphone

WH-4000H

WH-4000A

Tie-clip microphone

YP-M5300

YP-M5310

Wireless antenna

YW-4500

Antenna distributor

WD-5800

Digital wireless transmitter

WM-D5300 (belt-pack type) Digital wireless microphone

WM-D5200 (handheld type)

Battery charger

BC-2000

Rechargeable battery

WB-2000-2

Speaker

Amplifier

Digital wireless receiver

WT-D5800

Index

System Equipment Configuration

How the Digital Wireless System Works

Advantages of the Digital Wireless System

Installation/Setting Procedures – One Room

Installation/Setting Procedures – Multiple Rooms

Installation of the YW-4500 Wireless Antenna

Antenna Distribution

Frequency Table

Procedure for Reusing the Same Frequency

Encryption Function Settings

Interference Countermeasures

Antenna Attenuator

FBS Setting

EQ Setting

Optimizing Sound Volume

...1

...2

...3, 4

...5

...6

...7

...8, 9

...10, 11, 12, 13

...14, 15

...16

...17

...18

...19

...20

...21

*BC-2000 and WB-2000-2 are not designed for the use in the U.S. and Canada, and available in these countries.

- 2 -

How the Digital Wireless System Works

Signal waveforms are used to represent sound, and the state of the sound is expressed according to the

width or height of the waveform. Wireless microphones transduce the waveform of audio entering the

microphone into an electrical signal and transmit that signal to a tuner over radio waves. In this event, it is

an analog wireless system that processes the audio signal as it is in the waveform. On the other hand, it is a

digital wireless system that digitally processes the audio signal.

More specifically, in the digital system, after an analog signal (waveform) is transduced into a digital signal (a

signal simplified by binary numbers 0 and 1) and transmitted by radio, the digital signal is demodulated

into an analog signal and then the audio is output. By digitally processing and simplifying the audio

information to be transmitted, the system can have a variety of advantages, including strong immunity to

noise and maintenance of clear sound.

Let’s have a look at the “D/U ratio” of analog-to-digital wireless systems. The D/U ratio refers to the ratio of the

desired (D) signal to the undesired (U) signal (unit: dB). The desired signal represents the level of that signal,

while the undesired signal represents the level of signal interference, otherwise called noise. The D/U ratio

decreases as the undesired signal increases. The D/U ratio can be considered to be a value necessary to

maintaining clear sound in a wireless system.

If a comparison is made of the necessary D/U

ratio between analog and digital wireless systems,

it is 40dB for analog systems and 20dB for digital

systems. From this, it can be seen that the digital

wireless system has an edge over the analog

wireless system by 20dB in terms of necessary

D/U ratio, indicating that the digital system can

maintain clear sound in circumstances where a lot

of undesired signals are present.

» How the Digital Wireless System Works

» Why are digital wireless systems resistant to interference signals?

Analog System Digital System

D/U ratio needs

be 40dB or more

for clear sound

reproduction.

D/U ration may be

over 20dB for clear

sound reproduction

Desired

signal

Undesired

signal

• •

Spectrum Spectrum

Can function correctly

even if more undesire

signals are present a

compared with

analog systems.

Digital signal processing

of analog audio

Demodulation of digital

to audible analog signal

Audio

(analog)

“Hello”

Audio

(analog)

1 2

Wireless microphone Wireless receiver Broadcast

Digital

modulation

Digital

demodulation

Produktspezifikationen

Marke:	TOA
Kategorie:	Empfänger
Modell:	WT-D5800
Breite:	210 mm
Tiefe:	211.9 mm
Gewicht:	730 g
Höhe:	44 mm
Befestigungstyp:	Rackmontage
Eingebautes Display:	Ja
Antennentyp:	Entfernbar
Betriebstemperatur:	-10 - 50 °C
Relative Luftfeuchtigkeit in Betrieb:	30 - 85 %
Anzahl Kanäle:	160 Kanäle
Anzahl der Antennen:	2
THD, totalklirren:	0.5 %
Netzteiltyp:	AC
Eingangsspannung:	13.5 V
Funkfrequenz:	794 - 832 MHz, EG1/GG1/-G1 ver.: 606 - 636 MHz, RH1 ver.:576 - 606 MHz MHz
Antenne Steckertyp:	BNC
Stromverbrauch:	350 mA
Betriebsfrequenzart:	Ultrahochfrequenz (UHF)
Sensitivität:	24 μV