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NOTEE: This Quick Start Guide assumes starting with the amplifier's basic factory configuration, with four separate inputs and four separate outputs. For detailed instructions for custom configurations refer to the CXD-Q User Guide (TD-000438). Rack Mount the Amplifier 1.
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Balanced Unbalanced Inputs The CXD-Q amplifiers convert the analog input signals into digital audio streams and then route them over the network to the Q-SYS Core Processor for routing and processing. In the Q-SYS design, the — digital signals appear at the CXD-Q input component. From there they can be directed as needed.
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Bridged (A+B) and Separate (C D) Channels — Figure 9 — Parallel Channels (ABCD) SETTINGS CAN BE CONFIGURED FOR 70V, 100V AND 200V DIRECT OUTPUT. — Figure 10 — Connect the Loudspeakers 1. Connect the loudspeaker wiring to the 8-pin Euro-style connector as needed for your amplifier's configuration.
Amplifier Control Master Control Knob NOTEE: The following scenarios assume that the amplifier is connected to the Q-SYS Core Processor via Q-LAN. • Adjusts gain for the selected channel or channels. At least one When the amplifier is not connected to the Core Processor channel must be selected.
The CXD-Q amplifiers convert the analog input signals into digital audio streams and then route them over the Q-LAN network (LAN A and/or LAN B) to the Q-SYS Core Processor for routing and processing. In the Q-SYS design, the digital signals appear at the CXD-Q input component. From there they can be directed as needed.
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-23.0 dB 1. GAIN – The gain applied to the signal in the output section. It is controlled by the GAIN knob on the front panel of the amplifier or the GAIN control in the CXD-Q Output Q-LAN INPUT: -45.0 dB component in the Q-SYS Design.
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.014 V 3. The output gain is controlled by the GAIN knob on the amplifier or by the Gain control in the CXD-Q Output component in the Q-SYS design. — Figure 18 — 4. The level of the Q-LAN digital audio stream applied to the channel, referenced to digital full-scale.
NPIO Connector GPIO # and Specifications Function 3.3 V 100 mA max (power cycle to reset current limiting IC) GPIO 1 5 mA in/out, 3.3 V max; 127 ohm resistor in series GPIO 2 5m A in/out, 3.3 V max,;127 ohm resistor in series Ground GPIO 3 5 mA in/out, 3.3 V max;...
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