PARTS LIST
BLOCK DIAGRAM(ブロックダイアグラム)
OVERALL CONNECTOR CIRCUIT DIAGRAM
(総コネクタ接続回路図)
CIRCUIT DIAGRAM(回路図)
....................................... 79/81
(起動シーケンス)
... 75/77
............ 83/85
................. 87
012057
PA
20120401-
オープンプライス
HAMAMATSU, JAPAN
Copyright (c) Yamaha Corporation. All rights reserved. PDF ’12.09
Rio1608-D
IMPORTANT NOTICE
This manual has been provided for the use of authorized Yamaha Retailers and their service personnel. It has been assumed that basic
service procedures inherent to the industry, and more specifically Yamaha Products, are already known and understood by the users,
and have therefore not been restated.
WARNING : Failure to follow appropriate service and safety procedures when servicing this product may result in personal injury,
IMPORTANT : This presentation or sale of this manual to any individual or firm does not constitute authorization certification,
The data provided is belived to be accurate and applicable to the unit(s) indicated on the cover. The research engineering, and service
departments of Yamaha are continually striving to improve Yamaha products. Modifications are, therefore, inevitable and changes in
specification are subject to change without notice or obligation to retrofit. Should any discrepancy appear to exist, please contact the
distributor’s Service Division.
WARNING : Static discharges can destroy expensive components. Discharge any static electricity your body may have accumulated
destruction of expensive components and failure of the product to perform as specified. For these reasons, we advise
all Yamaha product owners that all service required should be performed by an authorized Yamaha Retailer or the
appointed service representative.
recognition of any applicable technical capabilities, or establish a principal-agent relationship of any form.
by grounding yourself to the ground bus in the unit (heavy gauge black wires connect to this bus.)
IMPORTANT : Turn the unit OFF during disassembly and parts replacement. Recheck all work before you apply power to the unit.
WARNING: CHEMICAL CONTENT NOTICE!
The solder used in the production of this product contains LEAD. In addition, other electrical/electronic and/or plastic (Where applicable)
components may also contain traces of chemicals found by the California Health and Welfare Agency (and possibly other entities) to cause
cancer and/or birth defects or other reproductive harm.
DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REASON WHAT SO EVER!
Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale solder fumes or expose eyes to solder/
flux vapor!
If you come in contact with solder or components located inside the enclosure of this product, wash your hands before handling food.
IMPORTANT NOTICE FOR THE UNITED KINGDOM
Connecting the Plug and Cord
WARNING: THIS APPARATUS MUST BE EARTHED IMPORTANT.
The wires in this mains lead are coloured in accordance with the following code:
As the colours of the wires in the mains lead of this apparatus may not
correspond with the coloured markings identifying the terminals in
your plug proceed as follows:
The wire which is coloured GREEN-and-YELLOW must be connected
to the terminal in the plug which is marked by the letter E or by the
safety earth symbol or colored GREEN or GREEN-and-YELLOW.
The wire which is coloured BLUE must be connected to the terminal
which is marked with the letter N or coloured BLACK.
The wire which is coloured BROWN must be connected to the terminal
which is marked with the letter L or coloured RED.
GREEN-AND-YELLOW : EARTH
BLUE: NEUTRAL
BROWN: LIVE
(3 wires)
WARNING
Components having special characteristics are marked and must be replaced with parts having specifi cation equal to those
originally installed.
*1. Total Harmonic Distortion is measured with 18dB/octave filter @80kHz
*2. Hum & Noise are measured with A-Weight filter.
*3. Crosstalk is measured with a 30dB/octave filter @22kHz
*4. Including rubber feet.
*2
Less than 3ms
INPUT to OUTPUT, connect with CL5 using Dante, Dante Receive Latency set to 0.25ms (one way),
Fs=48kHz
+0.5, –1.5dB 20Hz-20kHz, refer to +4dBu output @1kHz, INPUT to OUTPUT, Fs= 44.1kHz, 48kHz
+0.5, –1.5dB 20Hz-40kHz, refer to +4dBu output @1kHz, INPUT to OUTPUT, Fs= 88.2kHz, 96kHz
Less than 0.05% 20Hz-20kHz@+4dBu into 600Ω, Fs= 44.1kHz, 48kHz
*1
Less than 0.05% 20Hz-40kHz@+4dBu into 600Ω, Fs= 88.2kHz, 96kHz
INPUT to OUTPUT, Input Gain= Min.
Operating temperature range: 0 - 40°C
Storage temperature range: –20 - 60°C
, adjacent INPUT/OUTPUT channels, Input Gain= Min.
48kHz
88.2kHz
96kHz
44.1kHz
+4.1667%, +0.1%, –0.1%, –4.0%
48kHz
+4.1667%, +0.1%, –0.1%, –4.0%
88.2kHz
+4.1667%, +0.1%, –0.1%, –4.0%
96kHz
+4.1667%, +0.1%, –0.1%, –4.0%
*4
Rio1608-D
±200ppm
±200ppm
±200ppm
±200ppm
3
Rio1608-D
Analog Input Characteristics
Input
Terminals
INPUT 1-16
*1. XLR-3-31 type connectors are balanced.(1=GND, 2=HOT, 3=COLD)
* In these specifications, 0dBu = 0.775 Vrms.
* All input AD converters are 24bit linear, 128times oversampling.
* +48V DC ( phantom power ) is supplied to INPUT XLR type connectors via each individual software controlled switch.
GAIN
+66dB
+18dB–14dBu (155mV)+6dBu (1.55V)
+17dB
–6dB+10dBu (2.45V)+30dBu (24.5V)
Actual Load
Impedance
10kΩ
3kΩ
For Use With
Nominal
50-600Ω Mics &
600
Ω
Lines
NominalMax. before clip
–62dBu (0.616mV)–42dBu (6.16mV)
–13dBu (174mV)+7dBu (1.74V)
Input Level
Analog Output Characteristics
Output
Terminals
OUTPUT 1-875Ω
*1. There are switches inside the body to preset the maximum output level.
*2. XLR-3-32 type connectors are balanced. ( 1=GND, 2=HOT, 3=COLD )
* All output DA converters are 24bit, 128times oversampling.
* There are switches inside the body to preset the maximum output level.
Actual Source
Impedance
For Use With
Nominal
600Ω Lines
Max.Output Level
Select SW
+24dB (default)
+18dB
*1
+4dBu (1.23 V)
Output Level
Nomina Max. before clip
+24dBu (12.3V)
+18dBu (6.16V)–2dBu (616mV)
Connector
XLR-3-31 type
(Balanced)
Connector
XLR-3-32 type
(Balanced)
*1
*2
Digital I/O Characteristics
Primary/Secondary
rotcennoCoiduAleveLhtgnel ataDtamroFslanimreT
1000Base-TDante24bit or 32bit
16ch (Rio1608-D to other devices)
8ch (Other devices to Rio1608-D)
etherCON Cat5e
4
総合仕様
一般仕様
サンプリング周波数
シグナルディレイ
周波数特性
全高調波歪率
ハム & ノイズ
ダイナミックレンジ
クロストーク @1kHz
*1
*2
Rio1608-D
44.1kHz
Internal
External
Less than 3ms
INPUT to OUTPUT, connect with CL5 using Dante, Dante Receive Latency set to 0.25ms (one way),
Fs=48kHz
+0.5, –1.5dB 20Hz-20kHz, refer to +4dBu output @1kHz, INPUT to OUTPUT, Fs= 44.1kHz, 48kHz
+0.5, –1.5dB 20Hz-40kHz, refer to +4dBu output @1kHz, INPUT to OUTPUT, Fs= 88.2kHz, 96kHz
Less than 0.05% 20Hz-20kHz@+4dBu into 600Ω, Fs= 44.1kHz, 48kHz
Less than 0.05% 20Hz-40kHz@+4dBu into 600Ω, Fs= 88.2kHz, 96kHz
INPUT to OUTPUT, Input Gain= Min.
q [INPUT] Connectors 1–16
w [+48V] Indicators
e [SIG] (Signal) Indicators
r [PEAK] Indicators
t [UNIT ID] Rotary Switch
y DIP Switches
u [SYSTEM] Indicators
i [SYNC] Indicators
o [+48V MASTER] Switch
!0 Power Indicator
!1 Power Switch (
!2 OUTPUT +4 dBu Connectors 1–8
)
q [INPUT](インプット)端子 1〜16
w [+48V]インジケーター
e [SIG](シグナル)インジケーター
r [PEAK](ピーク)インジケーター
t [UNITID]ロータリースイッチ
y ディップスイッチ
u [SYSTEM]インジケーター
i [SYNC]インジケーター
o [+48VMASTER](+48V マスター)スイッチ
!0 電源インジケーター
!1 電源スイッチ(
!2 [OUTPUT+4dBu]端子 1 〜 8
)
!2
Rear Panel(リアパネル)
!3!4!5!6!7
!3 [PRIMARY]/[SECONDARY] Connectors
!4 [LINK/ACT] Indicators
!5 [1G] Indicators
!6 AC IN Connector
!7 [FAN] Switch
4-1. Remove the top cover. (See procedure 1)
4-2. Remove the screw marked [790] on the rear panel.
(Fig. 2)
4-3. Remove the six (6) screws marked [770]. The sheet
support can then be removed. (Fig. 3)
5. HAAD Circuit Board (INPUT 1–8)
(Time required: About 9 minutes)
5-1. Remove the top cover. (See procedure 1)
5-2. Remove the sheet support. (See procedure 4)
5-3. Remove the sixteen (16) screws marked [310]. (Fig. 4)
5-4. Remove the two (2) screws marked [320]. The HAAD
circuit board (INPUT 1–8) can then be removed. (Fig. 5)
6. HAAD Circuit Board (INPUT 9–16)
(Time required: About 12 minutes)
6-1. Remove the top cover. (See procedure 1)
6-2. Remove the sheet support. (See procedure 4)
6-3. Remove the HAAD circuit board (INPUT 1–8).
(See procedure 5)
6-4. Remove the two (2) screws marked [270]. The HA
angle A can then be removed. (Fig. 6)
6-5. Remove the sixteen (16) screws marked [250]. The
HAAD circuit board (INPUT 9–16) can then be
removed. (Fig. 4)
7. DA Circuit Board
(Time required: About 9 minutes)
7-1. Remove the top cover. (See procedure 1)
7-2. Remove the sheet support. (See procedure 4)
7-3. Remove the two (2) screws marked [370]. The AE
angle can then be removed. (Fig. 5)
7-4. Remove the sixteen (16) screws marked [340]. The
10-1. Remove the top cover. (See procedure 1)
10-2. Remove the sheet support. (See procedure 4)
10-3. Remove the three (3) screws marked [170]. The
RTSW circuit board can then be removed. (Fig. 7)
11. PWRSW Circuit Board
(Time required: About 7 minutes)
11-1. Remove the top cover. (See procedure 1)
11-2. Remove the sheet support. (See procedure 4)
11-3. Remove the two (2) screws marked [190]. The
PWRSW circuit board can then be removed. (Fig. 7)
11-4. Remove the power switch knob from PWRSW circuit
board. (Fig. 7)
12. LEDDA1 Circuit Board, LED LENS (1P)
(Time required: About 7 minutes)
12-1. Remove the top cover. (See procedure 1)
12-2. Remove the sheet support. (See procedure 4)
12-3. Remove the RTSW circuit board. (See procedure 10)
12-4. Remove the PWRSW circuit board. (See procedure 11)
12-5. Remove the three (3) screws marked [140]. The
LEDDA1 circuit board can then be removed. (Fig. 7)
12-6. Remove the LED lens (1P). (Fig. 7)
(Only when replacing the LED lens)
* When installing the LEDDA1 circuit board, install with
the boss of the LED lens (1P) inserted into the hole of
ます。(図 7)
12-6. LED レンズ 1P を外します。(図 7)
(レンズ交換時のみ)
※LEDDA1 シートを取り付ける際は、LED レンズ 1P のボ
スがシートの穴にはまるように取り付けてください。(写
真3)
15
Rio1608-D
[100]
LED LENS 3P
(LED レンズ 3P)
LEDAD2
[100]
[100]
LED LENS 3P
(LED レンズ 3P)
[120]
LEDAD1
[120]
[170]
[120]
[170]
RTSW
[170]
PWRSW
[190]
[140]
LEDDA1
[140]
[140]
ESCUTCHEON POWER SWITCH
(PSW エスカッション)
KNOB, POWER SWITCH
(PSW ノブ)
Fig.7(図 7)
Angular portion(突起部)
LED LENS
(LED レンズ)
16
LED LENS
(LED レンズ)
Photo 3(写真 3)
Rio1608-D
13. Power Supply Unit
(Time required: About 7 minutes)
13-1. Remove the top cover. (See procedure 1)
13-2. Remove the sheet support. (See procedure 4)
13-3. Remove the four (4) screws marked [440]. The power
supply unit can then be removed. (Photo 4)
14. DNTCN Circuit Board
(Time required: About 6 minutes)
14-1. Remove the top cover. (See procedure 1)
14-2. Remove the four (4) screws marked [720] and the
screw marked [710]. The DNTCN circuit board can
then be removed. (Photo 5)
15. DC Fan Motor
(Time required: About 6 minutes)
15-1. Remove the top cover. (See procedure 1)
15-2. Remove the sheet support. (See procedure 4)
15-3. Remove the four (4) screws marked [510], the four (4)
plain washer marked [490] and the four (4) hexagonal
fl ange nuts marked [860]. The DC fan motor and the
fi nger guard can then be removed. (Photo 4, Photo 5)
16-1. Remove the top cover. (See procedure 1)
16-2. Remove the DNTCN circuit board. (See procedure 14)
16-3. Remove the two (2) screws marked [630] and the
screw marked [640]. The AC shield angle can then be
removed. (Photo 5, Photo 6)
16-4. Remove the two (2) screws marked [560] and the
screw marked [570]. The AC inlet assembly can then
be removed. (Photo 5, Photo 6)
Wave memory data bus 6
Wave memory data bus 7
Wave memory data bus 8
Wave memory data bus 9
Power supply +1.2 V
Ground
Power supply +3.3 V
Ground
-
Power supply +3.3 V
Ground
Power supply +3.3 V
Ground
-
Power supply +1.2 V
SH2A-CPU data bus 31
SH2A-CPU data bus 30
SH2A-CPU data bus 29
SH2A-CPU data bus 28
Wave memory data bus 2
Wave memory data bus 3
Wave memory data bus 4
Wave memory data bus 5
Power supply +1.2 V
SH2A-CPU data bus 27
SH2A-CPU data bus 26
SH2A-CPU data bus 25
SH2A-CPU data bus 24
Wave memory address bus 2
O
Wave memory address bus 1
O
Wave memory data bus 0
Wave memory data bus 1
Ground
SH2A-CPU data bus 23
SH2A-CPU data bus 22
SH2A-CPU data bus 21
SH2A-CPU data bus 20
Wave memory address bus 6
O
Wave memory address bus 5
O
Wave memory address bus 4
O
Wave memory address bus 3
O
Power supply +3.3 V
SH2A-CPU data bus 19
SH2A-CPU data bus 18
Power supply +3.3 V
Wave memory address bus 10
O
Wave memory address bus 9
O
Wave memory address bus 8
O
Wave memory address bus 7
O
-
-
Ground
-
-
SH2A-CPU data bus 17
SH2A-CPU data bus 16
Clock output control for SDRAM
Power supply +3.3 V
External CPU data bus 1
External CPU data bus 5
External CPU data bus 9
External CPU data bus 13
I
External CPU address bus 2
I
External CPU chip select
Bit clock output
I
Interrupt input 0
SH2A-CPU address bus 25
SH2A-CPU address bus 21
SH2A-CPU address bus 17
SH2A-CPU address bus 13
-
Power supply +3.3 V
SH2A-CPU address bus 3
SH2A-CPU address bus 2
SH2A-CPU address bus 1
Parallel port B0
Parallel port B1
-
Power supply +3.3 V
Parallel port B6
External CPU data bus 2
External CPU data bus 6
External CPU data bus 10
External CPU data bus 14
I
External CPU address bus 3
I
Serial audio input 0
Word clock output 2/Serial audio output 2
I
Interrupt input 1
I
SH2A-CPU data bus width configuration
SH2A-CPU address bus 22
SH2A-CPU address bus 18
SH2A-CPU address bus 14
SH2A-CPU address bus 10
-
Power supply +3.3 V
SH2A-CPU address bus 5
SH2A-CPU address bus 4
Parallel port B2
-
Power supply +3.3 V
Parallel port B4
Parallel port B7
External CPU data bus 3
External CPU data bus 7
External CPU data bus 11
External CPU data bus 15
I
External CPU read enable
I
Serial audio input 1
Word clock output
Clock output 2
I
External wait input
SH2A-CPU address bus 23
SH2A-CPU address bus 19
SH2A-CPU address bus 15
SH2A-CPU address bus 11
SH2A-CPU address bus 8
-
Power supply +3.3 V
SH2A-CPU address bus 6
-
Power supply +3.3 V
Parallel port B3
Parallel port B5
External CPU data bus 0
External CPU data bus 4
External CPU data bus 8
External CPU data bus 12
I
External CPU address bus 1
I
External CPU write enable
Serial audio output 0
Serial audio output 1
Clock output
I
Sync. input from external device
SH2A-CPU address bus 24
SH2A-CPU address bus 20
SH2A-CPU address bus 16
SH2A-CPU address bus 12
SH2A-CPU address bus 9
SH2A-CPU address bus 7
-
Power supply +3.3 V
21
Rio1608-D
YSS919C-FZ (XZ693C00) DSP7 (Digital Signal Processor)
1.0V power supply to the digital core
Management Data Clock, Slave
Management Data I/O, Slave
INTn is an active low, open drain pin
Port5's GMII/RGMII/MII interface
enable(generically referred to as RGMII5)
1.0V power supply to the digital core
Power supply 3.3V
Output Data
Output Data
Output Data
Output Data
1.0V power supply to the digital core
Output Enable
Transmit Clock
Output Clock
Power supply 3.3V
Input Clock
Input Data Valid
1.0V power supply to the digital core
Input Data
Input Data
Input Data
Input Data
Power supply 3.3V
1.0V power supply to the digital core
Carrier Sense
Collision
Port6's GMII/RGMII/MII interface
enable(generically referred to as RGMII6)
1.0V power supply to the digital core
Power supply 3.3V
Output Data
Output Data
Output Data
Output Data
1.0V power supply to the digital core
Output Enable
Transmit Clock
Output Clock
Power supply 3.3V
Input Clock
Input Data Valid
1.0V power supply to the digital core
Input Data
Input Data
Input Data
Input Data
Power supply 3.3V
1.0V power supply to the digital core
Carrier Sense
Collision
Parallel multiplexed LED output/JumboMode register
Parallel multiplexed LED output/
Parallel multiplexed LED output/Link/Activity with Speed select
Power supply 3.3V
Parallel multiplexed LED output
Parallel multiplexed LED output
Column 0 for the LED
Column 1 for the LED
Power supply 3.3V
Column 2 for the LED
Ground to device
24
Rio1608-D
DM9000AEP (X7029A00) LAN CONTROLLER
PIN
NO.
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
1
2
3
4
5
6
7
8
9
BGRES
RXV
DD25
RX+
RX-
RXGND
TXGND
TX+
TX-
TXV
DD25
SD7
SD6
SD5
SD4
SD3
GND
SD2
SD1
SD0
EEDIO
EECK
EECS
SD15
V
DD
SD14
I/OFUNCTIONNAME
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
O
O
I/O
I/O
-
Power output +2.5 V
TP RX input
Bandgap pin
-
-
RX ground
TX ground
TP TX output
-
Power output +2.5 V
Processor data bus
-
Digital ground
Processor data bus
IO data to EEPROM
Clock to EEPROM
Chip select to EEPROM
Processor data bus
Command type
Digital ground
Interrupt request
Processor read command
Processor write command
Chip select
Link/Active LED
Speed LED
Power on reset
Operation mode
Digital power supply +3.3 V
Crystal 25 MHz out
Crystal 25 MHz in
Digital ground
Fiber-optic signal detect
RX ground
Bandgap ground
DA: IC903–906
I/OFUNCTIONNAME
I
CMOS/TTL level select
I
Low level voltage reference input
I
High level voltage reference input
-
Analog power supply +5 V
-
Analog ground
O
Rch negative analog output
O
Rch positive analog output
O
Lch negative analog output
O
Lch positive analog output
O
Common voltage output
I
Parallel/serial select
O
Test 1/Lch zero input detect
I
Test 2/Chip address 1
Master clock auto setting mode/Rch zero input detect
I/O
AK5385BVF-E2 (X5364B00) ADC (Analog to Digital Converter)
PIN
NO.
10
11
12
13
14
1
2
3
4
5
6
7
8
9
VREFL
AVSS
VCOM
LIN+
LIN–
CKS0
DVDD
DVSS
OVF
PDN
DIF
M/S
LRCK
BICK
I/OFUNCTIONNAME
O
O
I/O
I/O
I
–
I
I
I
–
–
I
I
I
Lch voltage reference input
Analog ground
Common voltage output
Lch analog positive input
Lch analog negative input
Master clock select 0
Digital power supply (3.0 - 5.25 V)
Digital ground
Analog input overflow detect
Power down mode
Audio interface format
Master / Slave mode
Output channel clock
Audio serial data clock
PIN
NO.
15
16
17
18
19
20
21
22
23
24
25
26
27
28
SDTO
CKS1
MCLK
DFS0
HPFE
DFS1
BVSS
AVSS
AVDD
RIN–
RIN+
TEST
AVSS
VREFR
I/OFUNCTIONNAME
O
I
I
I
I
I
–
–
–
I
I
I
–
I
HAAD: IC106,306,506,706
Audio serial data output
Master clock select 1
Master clock input
Sampling speed select 0
High pass filter enable
Sampling speed select 1
Substrate ground
Analog ground
Analog power supply (4.75 - 5.25 V)
Rch analog negative input
Rch analog positive input
Test pin
Analog ground
Rch voltage reference input
25
Rio1608-D
YLD330-EZE2 (YC111A00) LED DRIVER
PIN
NO.
1
2
3
4
5
6
7
8
GND
SDI
CLK
LD
OUTN0
OUTN1
OUTN2
OUTN3
I/OFUNCTIONNAME
I/O
Ground
Serial Data Input
Serial Data Clock
I
Serial Data Load
I
Output Current Drivers
I
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
YLD332-EZE2 (YC690A00) LED DRIVER
PIN
NO.
10
11
12
1
GND
2
SDI
3
CLK
4
LD
5
OUTN0
6
OUTN1
7
OUTN2
8
OUTN3
9
OUTN4
OUTN5
OUTN6
OUTN7
I/OFUNCTIONNAME
I/O
Ground
Serial Data Input
Serial Data Clock
I
Serial Data Load
I
Output Current Drivers
I
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
PIN
NO.
10
11
12
13
14
15
16
PIN
NO.
13
14
15
16
17
18
19
20
21
22
23
24
9
OUTN4
OUTN5
OUTN6
OUTN7
OEN
SDO
REXT
VDD
OUTN8
OUTN9
OUTN10
OUTN11
OUTN12
OUTN13
OUTN14
OUTN15
OEN
SDO
REXT
VDD
LEDAD1: IC102, LEDAD2: IC202
I/OFUNCTIONNAME
O
Output Current Drivers
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Enable
I
Serial Data Output
O
External Resistor Connection
I
Positive Supply Voltage
-
LEDAD1: IC101, LEDAD2: IC201, LEDDA1: IC301
I/OFUNCTIONNAME
O
Output Current Drivers
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Current Drivers
O
Output Enable
I
Serial Data Output
O
External Resistor Connection
I
Positive Supply Voltage
-
CIRCUIT BOARDS(シート基板図)
DA Circuit Board (YD588C0) .................................................................... 27