QL5/QL1
117
C. PHANTOM VOLTAGE (INPUT 1)
With No.2 and No.3 pins of XLR shorted and 10 k
Ω
load
connected between No.2 and No.1 pins, check that the voltage
is as follows when the +48 key is turned on.
Also, check that discharging starts immediately when the +48
key is turned off.
2-2. QL5: INPUT 17-32
→
OMNI OUT 1-16
QL1: INPUT 9-16
→
OMNI OUT 1-8
Parameters:
QL5: Input the analog signal from INPUT (XLR) of CH 17-32
and measure the signal output from OUTPUT of CH 17-32.
Assign OMNI IN CH 17-32 to OMNI OUT 1-16.
QL1: Input the analog signal from INPUT (XLR) of CH 9-16
and measure the signal output from OUTPUT of CH 9-16.
Assign OMNI IN CH 9-16 to OMNI OUT 1-8.
A. GAIN MIN
1
Gain
2
Distortion
3
Noise level
Parameters: Short the CH IN to be measured with 150
Ω
.
4
QL5:
CH 17‒32/QL1: CH 9‒16
level difference
Con
fi
rm the range of difference in the gain measured in item
1
above as follows.
5
Crosstalk between adjacent channels
Parameters: Turn on OMNI OUT of only one odd number
channel for output, turn off OMNI OUT of other
channels and measure the noise level of even
number channels next to the odd number channel
on both sides.
Short INPUT of the even number channels to be
measured with 150
Ω
.
Perform the same check on the even number channels.
Input Frequency
Input Level
Prescribed Output Level Permissible Range
1 kHz
+10 dBu
+4 dBu
+4±2 dBu
Input Frequency
Output Level
Permissible Range
1 kHz
+22 dBu
0.01 % or below
Permissible Range
–80 dBu or below
5
QL5:
CH 1‒16/QL1: CH 1‒8
level difference
Confirm the range of difference in the gain measured in
item
1
above as follows.
6
Crosstalk between adjacent channels
Parameters: Turn on OMNI OUT of only one odd number
channel for output, turn off OMNI OUT of other
channels and measure the noise level of even
number channels next to the odd number channel
on both sides.
Short INPUT of the even number channels to be
measured with 150
Ω
.
Perform the same check on the even number channels.
7
Maximum output
(QL5: OMNI OUT 1–16 / QL1: OMNI OUT 1–8)
Parameters: Assign only the built-in oscillator to OMNI OUT
1-16 (in case of QL5) or OMNI OUT 1-8 (in case
of QL1).
B. GAIN MIN
1
Gain (QL5: INPUT 1–16 / QL1: INPUT 1–8)
2
Distortion (QL5: INPUT 1–16 / QL1: INPUT 1–8)
3
Noise level EIN (QL5: INPUT 1–16 / QL1: INPUT 1–8)
Parameters: Short the CH IN to be measured with 150
Ω
.
If the measured value is out of the above permissible
range,con
fi
rm that “measured value – (Gain at 1kHz)
≦
-128”
is obtained.
4
Level difference (QL5:
CH 1‒16 / QL1: CH 1‒8
)
Confirm the range of difference in the gain measured in
item
1
above as follows.
Input Frequency
Output Level
Permissible Range
Permissible Range(Distortion)
1 kHz
+24 dBu
+24±0.5 dBu
0.01 % or below
Input Frequency
Input Level
Prescribed Output Level Permissible Range
1 kHz
–62 dBu
+4 dBu
+4±2 dBu
Input Frequency
Output Level
Permissible Range
1 kHz
+22 dBu
0.02 % or below
Permissible Range
Within 2 dB
Permissible Range
–62 dBu or below
Permissible Range
Within 1 dB
Permissible Range
Within 1 dB
Input Frequency
Output Level
(Odd Channel)
Permissible Range
(Even Channel)
1 kHz
+23 dBu
‒57 dBu
or below
Input Frequency
Output Level
(Odd Channel)
Permissible Range
(Even Channel)
1 kHz
+23 dBu
‒57 dBu
or below
Permissible Range
DC 33.6 V — 36.1 V
Содержание QL5
Страница 5: ...5 QL5 QL1 QL5 QL1 19 828 4 272 563 Unit mm 468 272 562 19 DIMENSIONS...
Страница 85: ...85 QL5 QL1 CPUQL Circuit Board 2NA ZG33520 1 to DSP32 CN101 QL5 to DSP16 CN101 QL1 Pattern side...
Страница 86: ...QL5 QL1 86 2NA WY63530 Component side Scale 95 100 FX Circuit Board to DSP32 CN351 QL5 to DSP16 CN351 QL1...
Страница 87: ...87 QL5 QL1 2NA WY63530 Scale 95 100 FX Circuit Board not installed Pattern side...
Страница 90: ...QL5 QL1 90 B B DSP32 Circuit Board QL5 DSP16 Circuit Board QL1 2NA ZF60440...
Страница 91: ...91 QL5 QL1 B B Scale 85 100 Pattern side 2NA ZF60440...
Страница 92: ...QL5 QL1 92 HAAD Circuit Board C C 2NA ZH87070 1...
Страница 94: ...QL5 QL1 94 HAAD Circuit Board D D 2NA ZH87070 1...
Страница 95: ...95 QL5 QL1 D D Scale 58 100 Pattern side 2NA ZH87070 1...
Страница 101: ...101 QL5 QL1 JK Circuit Board to DSP32 CN751 QL5 to DSP16 CN751 QL1 Component side 2NA WY63490 1...
Страница 103: ...103 QL5 QL1 PNL PNCOM Circuit Board 2NA ZF60470 1 WR 31 0 1 Component side Pattern side...
Страница 104: ...QL5 QL1 104 2NA ZF60450 1 PN16M Circuit Board PN16S Circuit Board QL5 F F...
Страница 105: ...105 QL5 QL1 Component side 2NA ZF60450 1 Scale 90 100 F F...
Страница 108: ...QL5 QL1 108 PNR PNCOM Circuit Board 2NA ZF60470 1 Component side...
Страница 109: ...109 QL5 QL1 PNR PNCOM Circuit Board 2NA ZF60470 1 WR 31 0 1 WR 31 0 1 Pattern side...
Страница 110: ...QL5 QL1 110 FD1M FDCOM Circuit Board FD2 FDCOM Circuit Board QL5 FD1M FD2 2NA ZK68030 H H...
Страница 111: ...111 QL5 QL1 FD1M FD2 2NA ZK68030 H H Component side Scale 90 100...
Страница 113: ...113 QL5 QL1 Pattern side Scale 90 100 not installed I I FD1M FD2 2NA ZK68030...
Страница 114: ...QL5 QL1 114 Pattern side Component side FD1S FDCOM Circuit Board WR 6 1 2NA ZK68030...
Страница 150: ...QL5 QL1 150 2 H 3 O X O 4 BOX 5x4 1 18 LCD Test LCD LCD 1 3 2 9 5 OK NG 1...
Страница 169: ...QL5 QL1 169 5 Start QL OK Status Updating 1 1 6 OK Status Update Done 7 Status Error QL...
Страница 173: ...QL5 QL1 173 CD CD Ctrl Audio CD wav OK 01 01 Ctrl P 8 8 8 8 m ON ON OVER 10 00 dB 0 00 dB...
Страница 189: ...QL5 QL1 189 q w NG OK...
Страница 191: ...QL5 QL1 191 y u i o F1 F12 0 Port Setting error Ethernet Network...
Страница 200: ...QL5 QL1 9 20 20a 20c 20g 20b 20b 20d 20f 20e REAR L ASSEMBLY L Ass y JK SHEET ASSEMBLY JK Ass y 470 470a 470b Solder...
Страница 215: ...QL5 QL1 24 440 430 450 460 480 410 410 420 470 490 490 500 580 520 560 550 530 540 510 570 Bottom view Top view WIRING...
Страница 216: ...QL5 QL1 25 Assembly Outline View CONTROL PANEL S CS S CS Bottom view C10 C40 C30 C20 C50 C60 C30 C30 C80 C70 x2 x18 x15...