Block Diagram - Denon DVD-5910 Service Manual

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SM8701BM (MA: IC106)
MLEN/R2 1
P/S 2
V 3
DD
GND 4
XTO 5
XTI 6
GNDP 7
V P 8
DD
V 3 9
DD
MO 10
CY2302 (IE: IC110, 505 SY: IC107)
TE
L 13942296513
Pin Configuration
FBIN 1
IN 2
GND 3
FS0 4
Configuration Options
FBIN FS0
OUT1 0
OUT1 1
OUT1 0
OUT1 1
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OUT2 0
OUT2 1
OUT2 0
.
OUT2 1
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SM8701BM Terminal Function
Pin No.
20 MCK/R1 1
19 MDT/R0
2
RSTN
18
3
17 SO3
4
16 V O
DD
5
GNDO
15
6
14 SO2
7
13
SO4
8
9
12 SO1
10
11 MON
11
12
13
14
15
16
17
18
19
20
Note: 1. Schmitt trigger input with pull-down resistor
2. Schmitt trigger input with pull-up resistor
8 OUT2
7 VDD
6 OUT1
5 FS1
FS1 OUT1
0 2 X REF
0 4 X REF 2 X REF
1 REF
1 8 X REF 4 X REF
0 4 X REF 2 X REF
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0 8 X REF 4 X REF
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1 2 X REF
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1 16 X REF 8 X REF
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2 9
8
Pin Name I/O
Control signal input.
MLEN/R2 Ip 1 In serial mode: latch enable signal
In parallel mode: sampling rate select signal
Mode select signal.
P/S Ip 1
LOW: serial mode, HIGH: parallel mode
 5V supply (Digital block)
V
DD
 Ground (Digital block)
GND
XTO O Reference signal crystal oscillator element connection
Reference signal crystal oscillator element connection
XTI I
or external clock input
 Ground (PLL block)
GNDP
 5V supply (PLL block)
V P
DD
 3.3V supply (output buffer)
V 3
DD
MO O 27 MHz fixed-frequency output
MON O 27 MHz fixed-frequency output (inverted)
SO1 O 33.8688 MHz fixed-frequency output
SO4 O 768fs output
SO2 O 256fs output
 Ground (output buffer)
GNDO
 3.3V supply (output buffer)
V O
DD
SO3 O 384fs output
2
RSTN Ip LOW-level reset input
Control signal input.
1
MDT/R0 Ip In serial mode: control data input signal
In parallel mode: sampling frequency select signal
Control signal input.
MCK/R1 Ip 1 In serial mode: clock signal
In parallel mode: sampling frequency select signal
Q Q
3 6 7 1 3

Block Diagram

FBIN
FS0
÷Q
FS1
Phase
IN
Detector
Reference
Input
OUT2
REF
VCO
REF/2
REF
.
74
DVD-5910/DVD-A1XV
9 4 2 8
Function
1 5 0 5 8 2 9 9 4
External feedback connection to
OUT1 or OUT2, not both
Charge
Pump
Loop
Filter
Output
Buffer
Output
÷2
Buffer
m
co
9 9
2 8 9 9
OUT1
OUT2