Niet mijn sterkste kant deze theorie, maar ik vond als volgt:
Input Impedance 300 Ohms
Output Impedance 2 secondaries @ 600 Ohms each
Frequency Response 20Hz - 20 KHz ± 0.1dB
Maximum Output Level + 20dBm
THD at Max Output 0.2% 30 Hz - 20KHz @ 20dBm
Insertion Loss 1.6dB @ 1 KHz (600 Ohm source & load)
[FONT=Arial]Input Connectors [/FONT]3 pin female XLR wired Pin 2 + Hot, Pin 3 – Cold
[FONT=Arial]Output Connectors [/FONT]3 pin male XLR wired Pin 2 + Hot, Pin 3 – Cold.
Audio grounds are unconnected
Ground Reference Chassis is grounded to Output A Pin 1; Duo version chassis is grounded to Channel 1 Output A Pin 1
[FONT=Arial]Construction
All-steel chassis, fibreglass PCB, ultra low noise audio transformer
[/FONT]
[FONT=Verdana]Kun je wat met deze specs?[/FONT]
[FONT=Arial][FONT=Verdana]grtz[/FONT]
[/FONT]
Input Impedance 300 Ohms
Output Impedance 2 secondaries @ 600 Ohms each
Frequency Response 20Hz - 20 KHz ± 0.1dB
Maximum Output Level + 20dBm
THD at Max Output 0.2% 30 Hz - 20KHz @ 20dBm
Insertion Loss 1.6dB @ 1 KHz (600 Ohm source & load)
[FONT=Arial]Input Connectors [/FONT]3 pin female XLR wired Pin 2 + Hot, Pin 3 – Cold
[FONT=Arial]Output Connectors [/FONT]3 pin male XLR wired Pin 2 + Hot, Pin 3 – Cold.
Audio grounds are unconnected
Ground Reference Chassis is grounded to Output A Pin 1; Duo version chassis is grounded to Channel 1 Output A Pin 1
[FONT=Arial]Construction
All-steel chassis, fibreglass PCB, ultra low noise audio transformer
[/FONT]
[FONT=Verdana]Kun je wat met deze specs?[/FONT]
[FONT=Arial][FONT=Verdana]grtz[/FONT]
[/FONT]
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