Datasheet M62433FP Datasheet (Mitsubishi)

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

SINGLE CHIP ANALOG SOUND PROCESSOR

FEATURES

• Capable of controlling functions with serial data
6-input selector
5band tone control (0, ±3, ±6, ±10dB)
Bass boost (loudness type) [ON/OFF]
Surround (using external delay) [ON/OFF]
Voice cancel (stereo) [ON/OFF]
Multilingual record switching [L only/R only]
Electric volume 32steps ( 0dB ~ ∞ )
SW mode for control of DPL and other sound
fields 3 lines for Rec output,2 lines for port output

• Supporting digital delay

• Input/output of adapter supporting karaoke control

M62433FP

DIGITAL SOUND CONTROLLER

PACKAGE

Outline

Pitch : 0.8 mm
Size : 20.0 mm X 14.0mm

X 2.8mm

80P6N

APPLICATION

Home Audio equipment,Radio-Cassette tape recorder,TV

RECOMMENDED OPERATING CONDITIONS

Supply voltage range • • • • ±4.5 ~ ±7.3V
Rated supply voltage • • • • ±7 V

SYSTEM BLOCK DIAGRAM

IN A
IN B
IN C

IN D
IN E

IN F

PORTA
PORTB

6-Input
selector

RECOUT 2
(3-Outputs)

SW FOR:
Multilingual
switching
Vocal cancel
Surround
DPL and
other modes

KEY1 KEY2

Bass boost

Tone

OUT2
OUT1

Electric
volume

LATCH

µ -com Interface

DATA

CLK

MITSUBISHI
ELECTRIC

RECOUT1 (3-Outputs)

( / 2 1 )D - 62433Q - 78A

1

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

IC Internal
Block Diagram

BB2

BUFIN2

BUFNF2

BUFOUT2

40 39 38 37 36

VOLOUT2

FOUT2

F5F2

F4IN2

F4O2

F4F2

F3IN2

F3O2

F3F2

F2IN2

F2O2

F2F2

F1IN2

F1O2

F1F2

FIN2

REC2B
REC2A

REC2C
MIC IN

KEYOUT2

KEYIN2

BPFOUT

100K

41
42
43
444546

4748

49505152

SW18

5-Element Graphic Equalizer

53
54
55
56
57
58

100K

SW16

A

B

SW6SW4

59
6061

100K

B

A

626364

SW22 5K

100K

F

E

D

AVDD

SW20

A

B

100K

SW8

B

20K

C

DGND

35 34

G=2.4î{

A

B

SW12-1

8.5K

B

LATCH

33 32 31

µ -COM

SW10-2

A

SW12-2

20K

20K

A

A

DATA

interface

Logic

SW13

B

B

20K

A

SW9

SW2

CLOCK

A

B

A

B

SW11-2

20K

20K

B

SW1

A

DVDD

30

SW14

SW10-1

B

A

SW11-1

SW7

A

8.5K

B

M62433FP

DIGITAL SOUND CONTROLLER

PORTA

PORTB

BUFOUT1

29 28 27 26 25

SW19

G=2.4î{

SW17

A

100K

B

20K

C

A

B

SW21

E

D

BUFIN1

BUFNF1

100K

SW15

A

100K

B

SW5SW3

B

100K

A

F

BB1

VOLOUT1
VOLIN1VOLIN2

23 24
22
21

16 17 18 19 20
15

14

5-Element Graphic Equalizer

12 13

11

9 10
8
7
6

5

4
3

2
1

5K

FOUT11

F5F1

F4IN1

F4O1
F4F1

F3IN1

F3O1
F3F1

F2IN1
F2O1

F2F1
F1IN1

F1O1
F1F1

FIN1

REC1B
REC1A

REC1C

KEYOUT1
KEYIN1

P/S C
DELAY OUT

65 66 67 68 69 70 71 72 73 74

IN2F

BPFIN

IN2E

IN2D

IN2C

IN2B

IN2A

AVSS

AGND

MITSUBISHI
ELECTRIC

75 76

IN1A

IN1B

77

IN1C

78

IN1D

79 80

IN1E

IN1F

DELAYIN

( / 2 1 )D - 62433Q - 78A

2

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

Pin Description

Pin No. Symbol Function

72
73

74,75,76
77,78,79

71,70,69
68,67,66

80

1

AVSS
AGND

IN1A,IN1B,IN1C
IN1D,IN1E,IN1F

IN2A,IN2B,IN2C
IN2D,IN2E,IN2F

DELAYIN

DELAYOUT

Negative power supply to internal analog circuit

Input pin at the side of channel1

Input pin at the side of channel2

M62433FP

DIGITAL SOUND CONTROLLER

GND of internal analog circuit

(R-L) output pin for surround. Connected to the input
of delay circuit. Total load resistance is 20kΩ

(R-L) input pin for surround.
Connected to the output of delay circuit.

2
3,63
4,62

64

65
5,60
6,59
7,58
8,57
9,46

10,45

P/S C

KEYIN1
KEYIN2

KEYOUT1
KEYOUT2

BPFOUT

BPFIN

REC1A
REC2A

REC1B
REC2B

REC1C
REC2C

FIN1
FIN2

F1F1
F1F2

F1O1
F1O2

Phase shift filter pin for surround
Key control adapter output pin. Connected to the input

of key control circuit etc. Total load resistance is 20kΩ
Key control adapter input pin.

Connected to the outputof key control circuit

Band-pass filter amplifier output pin for voice cancel

Band-pass filter amplifier input pin for voice cancel

Rec output pin A

Rec output pin B (with mute SW)

Rec output pin C (with mute SW)

Tone input pin (Surround adapter OUT)

Pin for connecting resonance impedance (band filter)
of the 1st element

Output pin of resonance buffer amplifier of the 1st element

total load
resistance ;
min. 20KΩ

11,54
12,53
13,52

F1IN1
F1IN2

F2F1
F2F2

F2O1
F2O2

Input pin of resonance buffer amplifier of the 1st element

Pin for connecting resonance impedance (band filter)
of the 2nd element

Output of resonance buffer amplifier of the 2nd element

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

3

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

Pin No. Symbol Function

14,51
15,50
16,49
17,48
18,47
19,46
20,45
21,44
22,43
23,42
24,41
25,40
26,39

27,38

28,37

F2IN1
F2IN2

F3F1

F3F2
F3O1
F3O2

F3IN1
F3IN2

F4F1

F4F2
F4O1
F4O2

F4IN1
F4IN2

F5F1

F5F2

FOUT1

FOUT2
VOLIN1
VOLIN2

VOLOUT1
VOLOUT2

BB11

BB12
BUFIN1
BUFIN2
BUFNF1
BUFNF2

BUFOUT1
BUFOUT2

Input pin of resonance buffer amplifier of the 2nd element
Pin for connecting resonance impedance (band filter)

of the 3rd element
Output pin of resonance buffer amplifier of the 3rd element

Input pin of resonance buffer amplifier of the 3rd element
Pin for connecting resonance impedance (band filter)

of the 4th element
Output pin of resonance buffer amplifier of the 4th element

Input pin of resonance buffer amplifier of the 4th element

Pin for connecting band filter of the 5th element
Tone output pin. Capacitor is combined for connection

with the next stage.
R-ladder volume input pin

R-ladder volume output pin
Bass boost capacitance connection pin.

Sets frequency characteristics.
+input pin of bass boost output amplifier

-input pin of bass boost output amplifier

Output pin of bass boost output amplifier

M62433FP

DIGITAL SOUND CONTROLLER

29
30
31
32
33

PORTA
PORTB

DVDD

CLOCK

DATA

Output of port A

Output of port B

Power supply to internal logic circuit

Clock input pin for serial data transfer
Input pin of control data.

Reads data at the rising edge of clock.

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

4

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

Pin No. Symbol Function

34

35

36

LATCH
DGND

AVDD

61 MIC IN

Input pin of latch signal. The circuit status changes
at the rising edge of latch signal.

GND pin of internal logic circuits

Positive power supply pin of internal analog circuits

Microphone input pin

M62433FP

DIGITAL SOUND CONTROLLER

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A 5

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

ABSOLUTE MAXIMUM RATINGS

Symbol

DVDD

Pd

K

Parameter Conditions Ratings Unit

Analog Power supplyAVDD,AVSS

Digital Power supply

Power dissipation

Thermal derating

Ta ≤ 25°C
Ta > 25°C

Attached PC Board*

M62433FP

DIGITAL SOUND CONTROLLER

±7.5

6.0

1370

13.7

V

V

mW

mW/°C

Topr

Tstg

Operating temperature

Storage temperature

Thermal derating
(Maximum ratings)

1.5

1.37W

1.0

0.5

Power dissipation pd [W]

685mW

-20 ~ +75

-55 ~ +125

*Note : PC Board

PC Board Size
140 mm X140 mm
PC Board Thickness

1.6 mm
PC Board Material
Epoxy
Copper Film Thickness
18 µm
Copper Foil Size

0.25 mm X 50 mm

°C

°C

0

0

25 50 75 100

Ambient Temperature Ta [°C ]

125

MITSUBISHI
ELECTRIC

150

( / 2 1 )D - 62433Q - 78A

6

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

RECOMMENDED OPERATING CONDITIONS

( Ta=25°C, unless otherwise noted )

Analog (+) power supply

Analog (-) power supply

Digital power supply

SymbolParameter Conditions

AVDD

AVSS

DVDD

Note 1

Note 1

DVDD≤AVDD

MIN

4.5

-4.5 -7.0 -7.3

4.5

M62433FP

DIGITAL SOUND CONTROLLER

TYP

7.0

MAX

7.3

5.0 5.5

Unit

V

V

V

Logic
” H ” Level

VIH

input voltage
Logic

” L ” Level

VIL

input voltage

Note 1: The sequence of the power supply is as follows.

AVDD AVSS DVDD

TIMING DIAGRAM

H

DATA

CLOCK

D0

L

H

L

D1

VDDDVDD-0.7

0

DGND+0.7

V

V

Latch Signal

D7D6

D0

LATECH

H

L

DATA reading mode;
The rising edge of the CLOCK signal

MITSUBISHI
ELECTRIC

LATCH reading mode;
The rising edge of the LATCH signal

( / 2 1 )D - 62433Q - 78A

7

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

CLOCK DATA TIMING

CLOCK

75%

25%

t r t f

WHC

t

75%

M62433FP

DIGITAL SOUND CONTROLLER

c r

t

WLC

t

DATA

25%

t r

t t

LATCH

DIGITAL CIRCUIT AC CHARACTERISTICS

t c r
t W H C
t W L C
t r
t f
t S D
t H D
t S L
t W H L

C L O C K c y c l e t i m e
C L O C K p u l s e w i d t h ( ” H ” l e v e l )
C L O C K p u l s e w i d t h ( ” L ” l e v e l )
C L O C K , DATA , LATCH r i s e t i m e
C L O C K , DATA , LATCH f a l l t i m e
DATA s e t u p t i m e
DATA h o l d t i m e
LATCH s e t u p t i m e
LATCH p u l s e w i d t h

S D H D

t f

WHC

t r

S L

t

Limits

Min

typ

4

1.6

1.6

0.8

0.8
1

1.6

t

Max

0.4

0.4

UnitSymbol Parameter

µ sec

t f

75%

25%

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

8

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

DATA FORMAT

4 patterns input formats can be selected by setting D6 and D7.

( When the IC is powered up, the internal settings are not fixed. )

( 1 )

( 2 )

DO1 D11 D21 D31 D41 D51

Rec out A
S W 3,4

1 : Mute
0 : Pass

Rec out B
S W 5,6

1 : Mute
0 : Pass

For the multiplex softwere

S W 7 S W 8

1 : A side
0 : B side

DO2 D12 D22 D32 D42 D52 D6 D7

S W 11-1,2
S W 12-1,2

1:Aside/ON
0:Bside/OFF

S W 13

1 : A side
0 : B side

S W 21,22

1 : A side
0 : B side

1 : A side
0 : B side

S W 14

1 : A side
0 : B side

S W 9

1 : A side
0 : B side

S W 17,18
1 : A side

0 : B side

M62433FP

DIGITAL SOUND CONTROLLER

D6 D7

S W 10-1
S W 10-2

1 : ON
0 : OFF

S W 15,16

1 : A side
0 : B side

0 0

0 1

( 3 )

( 4 - 1 )

( 4 - 2 )

DO3 D13 D23 D33 D43 D53 D6 D7

For Tone control (element)
Refer to the Tone Control 1 Code

Bass Boost SW15,16 A / B

For Tone control (gain)
Refer to the Tone Control 2 Code

1 0

DO4-1 D14-1 D24-1 D34-1 D44-1 D54-1 D6-1 D7-1

For Master Volume
Refer to the Master Volume Code

DO4-2 D14-2 D24-2 D34-2 D44-2

For Input selector
Refer to the Input selector Code

0

D54-2

1

1 1

D6-2 D7-2

1 1

( 6 ) Tone control 2 code (gain)

( 5 ) Tone control 1 code (element)

Tone 1 (F1)
Tone 2 (F2)

Tone 3 (F3)
Tone 4 (F4)
Tone 5 (F5)

Boost

D03 D13

0 10
0

1

10
01 0

1 1

ONBass

0

11 0
11 1OFF

D23

0
1

+0 dB
+3 dB
+6 dB

Boost

+9 dB

-0 dB

-3 dB

Cut

-6 dB

-9 dB

D33 D43

0
0
0
0

1
1

1
1

D53
0
0
1 0

1 1
0 0

0 1
1 0
1 1

0
1

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

9

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

( 7 )Master volume code

A T T

— 0 . 0 d B
— 2 . 0 d B
— 4 . 0 d B
— 6 . 0 d B
— 8 . 0 d B
— 1 0 . 0 d B
— 1 2 . 0 d B

— 1 4 . 0 d B
— 1 6 . 0 d B

— 1 8 . 0 d B
— 2 0 . 0 d B
— 2 2 . 0 d B
— 2 4 . 0 d B
— 2 6 . 0 d B
— 2 8 . 0 d B
— 3 0 . 0 d B
— 3 2 . 0 d B
— 3 4 . 0 d B
— 3 6 . 0 d B
— 3 8 . 0 d B
— 4 0 . 0 d B
— 4 4 . 0 d B
— 4 8 . 0 d B
— 5 2 . 0 d B
— 5 6 . 0 d B
— 6 0 . 0 d B
— 6 4 . 0 d B

— 6 8 . 0 d B
— 7 2 . 0 d B
— 7 6 . 0 d B
— 8 0 . 0 d B
— ∞

D04 D14

0 0 0
1 0 0 0

1 0 0 00

1

1 0 0
0 0 1 0 0
1 0 1 0 0
0 1 1 0 0
1 1 1 0 0

0 0 0 1 0
1 0 0
0 1 0 1 0
1 1 0 1 0
0 0 1 1 0

1 0 1 1 0
0 1 1 1
1 1 1 1
0 0 0 0 1
1 0 0 0 1
0 1 0 0 1
1 1 0 0 1
0 0 1 0 1
1 0 1 0 1
0 1 1 0 1
1 1 1 0 1
0 0 0 1 1
1 0 0 1 1
0 1 0 1 1
1 1 0 1 1
0 0 1 1 1
1 0 1 1 1

0 1 1 1 1
1 1 1 1 1

D24

D34

0

1

D44

0
0

0

0

0
0

M62433FP

DIGITAL SOUND CONTROLLER

( 8 ) Port output code

DATA

D 32-2

D 44-2

( 9 ) Multilingual record code

Normal
Lch only

Rch only

R/L Exchange

( 10 ) Input selector code

Selector

A
B
C
D
E
F

All off

Port output

0

Port A : L

1

Port A : H

0

Port B : L

1

Port B : H

D21 D31

0
0
1
1

D14-2

D14-2 D24-3

0
0
0
0

1
1
1

0
1
0
1

0
0
1
1

0
1
1

0
1
0
1
0
0
1

( 11 ) The others code

For voice cancel

D41=1
D02=1

SW9 : A side
SW11,12-1 : ON

SW11,12-2 : A side
D12=0
D32=0

For Surround

D41=0
D02=1

SW13 : B side

SW14 : B side

SW9 : B side
SW11,12-1 : ON

SW11,12-2 : A side
D12=1
D32=1

SW13 : A side

SW14 : A side

MODE

NORMAL
STEREO

STEREO
+ MIC

MIX MODE

Source
+ Key control

( )

KEY CONTROL
MODE

DPL MODE

MITSUBISHI
ELECTRIC

SW21,22 SW17,18

B side

B side

A side

A side

B side

B side

A side

A side

A side

B side

SW10-1
SW10-2

B side

B side

B side

A side

A side

( / 2 1 )D - 62433Q - 78A

SW15,16

B side

B side

B side

B side

A side

1 0

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

ELECTRICAL CHARACTERISTICS

( Ta=25°C,AVDD=7.0V,AVSS=-7.0V,DVDD=5.0V ,f=1kHz
Tone control & Bass Boost setting :0dB , unless otherwise noted )

( 1 ) Power supply

Parameter

Circuit current (Analog +)

Circuit current (Analog -)

Circuit current (Digital )

Symbol

AIdd

AIss

DIdd

Conditions

AVDD=7.0V, AVSS= -7.0V
ISINK of 36pin

No signal input

AVDD=7.0V, AVSS= -7.0V
ISOURCE of 72pin

No signal input

DVDD= 5V
ISINK of 31pin

No signal input

M62433FP

DIGITAL SOUND CONTROLLER

Min

-48

Limits

typ

40 mA

-40

0.5

Max

48

1.0

Unit

mA

mA

( 2 ) Input/Output

Parameter

Input impedance

Maximum input voltage

Output terminal voltage

I/O voltage gain

Output noise voltage

Distortion

Channel separation

Symbol

Rin

VIM

Vodc

Vrecdc

Gv

Vono

Vrecno

THD

THDrecB,C

CT

CTrec

Conditions

66 ~ 71pin,74 ~ 79Pin,Ta=25°C

(66 ~ 71pin input),(74 ~ 79pin input)
28,37pin output

RL =4.7KΩ , THD=1%

28pin,37pin,No input signal

5pin,60pin, No input signal

Vin=1Vrms,FLAT,(66 ~ 71Pin),
(74 ~ 79Pin)-28,37Pin

28,37pin

JIS-A filter
No ininput signal
Rg=10KΩ
FLAT

28pin,37pin, BW=400 ~ 30kHz

Vi= -20dBv , RL=4.7KΩ

(6,59pin),(7,58pin),BW400 ~ 30kHz

Vi=-20dBv , RL=20KΩ

Vo=0.5Vrms , RL=4.7KΩ,JIS-A
28pin—37pin Rg=0KΩ, 61pin GND

Vo=0.5Vrms , RL=20KΩ,JIS-A
6pin—59pin Rg=0KΩ, 61pin GND

ATT0

ATTM

6,59pin
7,58pin

Min

-0.1

-0.1

10.0

Limits

typ

Max

47

10020

4.0 Vrms3.0

0

0.1

0

12.0

14.0

70.0

55.0

5.0

0.01

0.05

-75 -55

-75 -55

0.1

15

3020.0

Unit

KΩ

V
V

dB

µ Vrms
µ Vrms
µ Vrms

%

%0.050.01

dB

dB

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

1 1

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

( 3 ) Tone Control

Parameter

Voltage gain
(Tone control)

Balance between channels

Symbol

Gboost1

Gboost2

Gboost3

Gcut1

Gcut2

Gcut3

BALton 0 +1.5-1.5

M62433FP

DIGITAL SOUND CONTROLLER

Conditions

3dB

6dB

f=1KHz,Vo=1Vrms

10dB

-3dB

-6dB

-10dB

f=1KHz,Vo=1Vrms,
Input;8,57Pin Output;22,43Pin
+10dB and -10dB

Input ;8pin,57pin
Output ;22pin,43pin

Limits

typ

Min

1.5 4.5

4.5 7.5

8.0 12.0

-4.5 -1.5

-7.5 -4.5

-12.0 -8.0

Max

3

6

10

-3

-6

-10

Unit

dB

dB

dB

dB

dB

dB

dB

( 4 ) Bass Boost

Parameter

Voltage gain
(Bass boost)

Balance between channels

( 5 ) PORT OUTPUT

Parameter

Minimum "H" voltage

Maximum "L" leak current

Symbol

f=70Hz,Vo=0.5Vrms
Input ; 23,42pin
Output ; 27,38pin

f=70Hz ,Vo=0.5Vrms

BALton 0 +2.0-2.0 dB

Input ; 23,42Pin
Output ; 27,38pin,

Symbol

VpHA
VpHB

IpLA
IpLA

Conditions

Bass boost ON

Conditions

RL=1.8kΩ

Limits

Min

Min

typ

Max

-10 -2 dB

5.4 V

-6Gboost

Limits

typ

Max

6.0

0-3 uA

3

Unit

Unit

Maximum drive current IpD

MITSUBISHI
ELECTRIC

0.7 mA3

( / 2 1 )D - 62433Q - 78A 1 2

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

Master volume circuit

— 0 d B

5968

3084

CL

1605

3477

2758

2192

1739

1383

1097

3016

2396

1903

1512

1200

954

758

11723

9312

7533

5740

4667

3707

2945

4197

2648

1671

1054

665.5

1357

857.8

540.5

342

214.2

262.5

— 2 d B

— 4 d B

— 6 d B

— 8 d B

—1 0 d B

—1 2 d B

—1 4 d B

—1 6 d B

—1 8 d B

—2 0 d B

—2 2 d B

—2 4 d B

—2 6 d B

—2 8 d B

—3 0 d B

—3 2 d B

—3 4 d B

—3 6 d B

—3 8 d B

—4 0 d B

—4 4 d B

—4 8 d B

—5 2 d B

—5 6 d B

—6 0 d B

—6 4 d B

—6 8 d B

—7 2 d B

—7 6 d B

—8 0 d B

—∞

DIGITAL SOUND CONTROLLER

+

-

Master volume code

A T T

— 0 . 0 d B
— 2 . 0 d B
— 4 . 0 d B

— 6 . 0 d B
— 8 . 0 d B
—1 0 . 0 d B
—1 2 . 0 d B
—1 4 . 0 d B
—1 6 . 0 d B

—1 8 . 0 d B
—2 0 . 0 d B
—2 2 . 0 d B
—2 4 . 0 d B
—2 6 . 0 d B

—2 8 . 0 d B
—3 0 . 0 d B
—3 2 . 0 d B
—3 4 . 0 d B

—3 6 . 0 d B
—3 8 . 0 d B
—4 0 . 0 d B
—4 4 . 0 d B
—4 8 . 0 d B
—5 2 . 0 d B
—5 6 . 0 d B
—6 0 . 0 d B
—6 4 . 0 d B
—6 8 . 0 d B

—7 2 . 0 d B
—7 6 . 0 d B
—8 0 . 0 d B
—∞

D04 D14

0 0 0
1

1
0 0 1 0 0

1 0 1
0 1 1 0 0

1 1 1
0 0 0 1 0

1 0 0 1
0 1
1 1 0 1 0

0 0 1 1 0
1

0 1 1 1
1 1 1 1
0 0

1 0
0

1 1
0 0 1 0 1

1 0 1 0 1
0 1 1 0 1

1 1 1
0 0 0 1 1

1 0 0 1 1
0 1 0 1 1

1 1 0 1 1
0 0 1 1 1
1 0 1 1 1

0 1 1 1 1

1 1 1 1 1

M62433FP

D24

0
1 0 0 00

1 0

0

1 0

0 0

0

1

0
0

0

D34

0

0
0

0 0

1

1

0
0 1

0
0 1

0 1

D44

0
0

0
0

0
0

0
0

0
1

1

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

1 3

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

Function description

( 1 ) Voice cancel block equivalent circuit

( L + C ) ( h + m + l )

( R + L + 2 C ) ( h + m + l )

+

BPF/

-6dBATT

M62433FP

DIGITAL SOUND CONTROLLER

L ( h + m / 2 + 1 )
+ C ( h + 1 ) —R m / 2

—

( R + L + 2 C ) m / 2

( R + C ) ( h + m + l )

( 2 ) Surround block equivalent circuit

L + C

R — L

R + C

—

Pass
or
Delay

—

—

+

R ( h + m / 2 + 1 )
+ C ( h + 1 ) —L m / 2

2 L — R + C

2 R — L + C

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

1 4

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

( 3 ) Tone control equivalent circuit

R3

FBASS

C1

OUT
BASS

R1

M62433FP

DIGITAL SOUND CONTROLLER

Center frequency
f0 = 1 / 2π C1 • C2 • R1 • R2 [Hz]
Q = ( C2 • R2 ) / C1 ( C1+R1 )

C2

INBASS

R2

Fig.1 The equivalent circuit of tone controller

C1

L

R1
R2

Example; Bass band ( f=150Hz )
R1=1.5KΩ, R2=56KΩ
C1=1.5 µ, C2=0.01 µ

F1 F2 F3 F4 F5

1.0k

300k

Fig.2 is equivalent to Fig.1
To convert component constants,
the equation below is used.

L=C2 • R1 • R2

1.0k

300k

1.0k

300k

1.0k

150k

R1

Fig.12 The equivalent circuit using L

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

1 5

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

( 4 ) Bass boost equivalent circuit

12.6K

ZL

5.97K

RL=

3.08K

1.6K

CL

11.7K

55.8K

3.57K

M62433FP

DIGITAL SOUND CONTROLLER

57K

Bass Boost loudness equivalent circuit (Center tup type)

Regard "RL+ " as "ZL"

1
÷CL

Next formula show the frequency characteristic.

5 . 9 7 K / / [ 1 1 .7 K + Z L / / 5 7 K ]

1 2 . 6 K + 5 . 9 7 K / / [ 1 1 . 7 K + Z L / / 5 7 K ]

G v = 2 0 Log

Z L / / 5 7 K

[

1 1 . 7 K + Z L / / 5 7 K

When a frequency is enough low ,

G v = 2 0 Log

5 7 K

[ ]

1 1 . 7 K + 5 7 K

5 . 9 7 K / / [ 1 1 . 7 K + 5 7 K ]

1 2 . 6 K + 5 . 9 7 K / / [ 1 1 . 7 K + 5 7 K ]

When a frequency is enough high ,

G v = 2 0 Log

3 . 0 8 K / / 5 7 K

[

1 1 . 7 K + 3 . 0 8 K / / 5 7 K

-12dB

5 . 9 7 K / / [ 1 1 . 7 K + 3 . 0 8 K / / 5 7 K ]

1 2 . 6 K + 5 . 9 7 K / / [ 1 1 . 7 K + 3 . 0 8 K / / 5 7 K ]

]

= —1 1 . 9 d B

÷0=16.8K • CL

f=100Hz CL=0.1 µF

= —2 6 d

]

B

Gain

-26dB

100Hz

frequency

MITSUBISHI
ELECTRIC

VOL-26 dB

( / 2 1 )D - 62433Q - 78A

1 6

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

( 3 ) Band-Pass filter block equivalent circuit

C 1

20K

20K

C 2

( The equation for band-pass filter )

10K

M62433FP

DIGITAL SOUND CONTROLLER

0 d B

— 3 d B

f L

f H

f H [ cut-off frequency ]

High frequency's side

f L [ cut-off frequency ]

Low frequency's side

1

2 π C 1 • 1 0 K

1

2 π C 2 • 1 0 K

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

1 7

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

KEYIN2

SELECT OUT 2

KEYIN2

0 dB

20KΩ

20KΩ

20KΩ

amp 12

- 6 dB

20KΩ

sw12-2

A

B

amp 24

sw13

B

M62433FP

DIGITAL SOUND CONTROLLER

KEYIN1

KEYIN1

20KΩ

20KΩ

20KΩ

sw11-2

B

sw14

20KΩ

A

B

A

A

0 dB

amp 2

- 6 dB

20KΩ

SELECT OUT1

20KΩ

BPFOUT

0 dB

DELAYIN

sw12-1

C

D

20KΩ

20KΩ

E

F

sw2

B

A

amp 11

A

B

90KΩ

sw8

The block diagram along the signal flow (No.1)

—6dB

amp 21

A

sw9

0 dB

amp 22

BPFIN

0 dB

20KΩ

B

amp 23

PHEIZE SHIFTER

0 dB

20KΩ

F

sw11-1

E

D

amp 1

90KΩ

sw7

B

A

sw1

C

B

A

100KΩ

100KΩ

IN 2A

IN 2B

IN 2C

IN 2D

IN 2E

MITSUBISHI

IN 2F

IN 1F

IN 1E

IN 1D

IN 1C

( / 2 1 )D - 62433Q - 78A

1 8

IN 1B

IN 1A

ELECTRIC

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

REC2C

TONEIN2

100K

B

A

sw16

DPL
(Rch)

REC2A

REC2B

12.5K

sw6

sw4

sw10-2

B

A

amp 13

B

30K

5.0K 5.0K

sw18b

A

30K

sw17b

A

M62433FP

DIGITAL SOUND CONTROLLER

REC1C

TONEIN1

100K

A

B

sw15

DPL
(Lch)

B

amp 3

12.5K

A

sw10-1

B

REC1A

sw3

REC1B

sw5

5.0K

sw22

20K

amp 20

8.5K

B

Key

Con

KEYIN2

A

100KΩ

The block diagram along the signal flow (No.2)

SELECT OUT 2

KEYIN2

MIC AMP

5.0K

sw21

20K

amp 10

8.5K

SELECT OUT 1

Key

B

100KΩ

Con

100KΩ

A

KEYIN1

KEYIN1

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

1 9

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

OUT 2

10µ

-

+

10µ

100kΩ

amp 15

M62433FP

DIGITAL SOUND CONTROLLER

OUT 1

10µ

amp 5

0dB ~ -∞

( 32 steps )

10µ

FOUT2

400Ω

10KΩ

The block diagram along the signal flow (No.3)

each frequency change +10dB ~ -10dB

-

+

10KΩ

amp 14

24.2K

22.7K

22.7K

8.55K

4.62K

22.7K

8.55K

22.7K

3.12K

8.55K

8.55K

3.12K

10.0K

3.12K

56K

4.62K

56K

1.5K

OFF : Bass Boost ON

ON : Normal

amp 4

amp 19

amp 18

amp 17

amp 16

The same channel2

amp 9

amp 8

amp 7

amp 6

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A 2 0

MITSUBISHI SOUND PROCESSORS

PRELIMINARY

Notice ; This is not a final specification.

some parametric limits are subject to change.

Application

10µ

+

560p

10µ

2700p

680p

0.027µ

0.001µ

0.082µ

0.033µ

0.27µ

0.1µ

+

BUFOUT2

+

+

2k2k

40 39 38 37 36

100K

41

42

43

44

45

4647

48

49
50515253

SW18

5-Element Graphic Equalizer

digital GND

analog 7V

35 34

SW20

G=2.4î{

A

A

B

M62433FP

DIGITAL SOUND CONTROLLER

5V

MCU

PORTB

10k10k

33 32 31 30 29 28 27 26 25

µ -COM

interface

Logic

G=2.4î{

A

SW14

B

SW10-2

B

A

SW13

B

B

B

A

SW10-1

B

A

A

BUFOUT1

+

PORTA

2k

SW19

SW17
A

B

+
2k

10µ

+

0.1µ
560p

100K

24
23

10µ

+

2700p

680p

19 20 21 22

0.027µ

18

0.001µ

0.082µ

0.033µ

5-Element Graphic Equalizer

0.27µ

12 13 14 15 16 17

0.01µ

0.82µ

DPL2

REC2B

REC2A
REC2C

MIC IN

20k

1000p

10k

54555657

58
59606162

63

64

65 66

SW1

73 74

-7V

analog

SW11-2

20K

20K
B

A

GND

analog

SW11-1

100K

SW7

A

8.5K

20K

C

B

75 76 77 78 79 80

IN1A

IN1B

SW12-2

SW16

A

100K

100K

B

A

100K

B

SW6

SW4

SW22 5K

F

E

100K

SW8

B

8.5K

20K

D

C

67 68 69 70 71

20k

0.15µ

IN2F

IN2E

IN2D

IN2C

SW12-1

B

A

A

IN2B

20K

20K

20K

A

SW9

SW2

72

IN2A

11

0.01µ

10

0.82µ

SW15

A

100K

B

SW5

SW3

B

B

SW21

A

100K

9

DPL1

7 8

6

5

REC1B
REC1A

REC1C
4
3

2

D

IN1C

E

IN1D

F

IN1E

IN1F

1

5K

470p

Key control IC

20K

OR DPL

MITSUBISHI
ELECTRIC

( / 2 1 )D - 62433Q - 78A

2 1