LD Systems STINGER G3 Serie Manual De Usuario página 7

STATUS LEDS
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ON: Lights up once the system is properly connected to the power mains and switched on.
SIGNAL: Lights up as soon as an audio signal is present.
LIMIT: Lights up if the loudspeaker system is operating in the clipping range. A short flash of the LED in this instance is not critical. To protect the
system, an excessive signal level is gently turned down by the built-in limiters.
If the limiter LED lights up permanently or for longer periods, reduce the volume level. Failure to do so may result in a distorted sound and damage
to the speaker system.
PROTECT: Lights up if the system is overloaded/overheated. The amplifiers are muted automatically. Upon reaching normal operating conditions,
the device reverts to normal operating mode after a few minutes.
6 LINE OUT MONO MIX
Balanced line output with 3-pin male XLR socket. The incoming signal consists of a mix of signals from channels 1 and 2 (CH 1 + CH 2).
POWER
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Blue power input socket for power supply to the device. A suitable power cable is included.
POWER ON / OFF
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On / Off switch for the power supply of the device.
WHAT DOES LD SYSTEMS DynX DSP STAND FOR?
®
DSP stands for Digital Signal Processing, DynX® comprises the Limiter, EQ, Compressor and Crossover features. The digital signal processing ensures
maximum audio performance with maximum clarity and protects the PA system from overload.
WHAT EXACTLY DOES DynX DSP DO?
®
The limiter function protects the speakers and prevents distortions caused by overload. Separate limiters for the bass, midrange and high range
attenuate the signal when the level exceeds a value which could have a negative effect. Each limiter is optimised for one of the three seamlessly
contiguous frequency ranges (multi-band limiter). The system can be operated in this manner with a higher overall sound pressure as extreme
peaks are automatically lowered, so that the total volume does not need to be reduced.
The Multiband EQ works over the entire frequency range and optimises the overall sound of the system.
The crossovers divide the audio signal according to the frequency range of the respective speakers, namely the subwoofer and the tweeter. The
amplitude and running-time optimisation of the crossover ensures that all frequencies are output evenly and reach the listener at the same time.
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