This M63022FP is 1 chip driver IC for spindle motor and 5 channel
actuators. All of the motor and actuator of optical disk drive system
(CD-ROM etc.) can be drived by only this IC.
This IC has a direct PWM control system for Spindle and Slide
channels drive due to reducing IC power dissipation.
This IC has three voltage supply terminals (for Spindle,
Slide,Focus/Tracking and Loading) , and three voltage supply can
be set separately.
Further more this IC has short braking select function,FG amplifier,
thermal shut down circuit, standby circuit, reverse rotation detect
circuit.
APPLICATION
CD-ROM, DVD, DVD-ROM, DVD-RAM ,Optical disc related
system,etc
PIN CONFIGURATION (TOP VIEW)
SL1IN
1
SL2IN
2
VM2
3
4
RSL2
SL2+
SL2-
GND
7
RSL1
8
SL1+
SL1-
GND
W
V
13
U
14
RSP
1528
Hw-
16
Hw+
17
Hv-
18
Hv+
19
20
Hu-
Hu+
21
Outline 42P9R-K/B
M63022FP
OSC
42
41
MU1
LOIN+
40
VM3
39
385
BRS
LO-
376
LO+
36
FO-
35
FO+
349
GND
3310
TO+
3211
TO-
3112
5VCC
30
GND
29
TOIN
FOIN
27
SPIN
26
REF
25
FG
24
HB
23
VM1
22
BLOCK DIAGRAM
FG
HU+
HU-
HV+
HV-
HW+
HW-
SPIN
REF
SL1IN
SL2IN
FOIN
TOIN
Hall Bias
FG
CTL
amp.
Reverse
Detect
120
MATRIX
Direction
comp.
X12
U
V
W
VM1
sss
˚
Current
comp.
RSP
CTL
amp.
Logic
Direction
comp.
Reg
Current
comp.
X12
RSL1
SL1+
CTL
amp.
VM1
Regulator
SL1-
Logic
Direction
comp.
VM2
Current
comp.
RSL2
SL2-
SL2+
s
TSD
BIAS
Frequency
generator
5V power supply
X8
MU1
OSC
BRS
5V
LOIN+
VM3
LO-
LO+
CC
TO+
TO-
GND
FO+
FO-
DESCRIPTIN OF PIN
*
Pin No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
Symbol
SL1IN
SL2IN
VM2
RSL2
SL2+
SL2GND
RSL1
SL1+
SL1GND
W
V
U
RSP
HWHW+
HVHV+
HUHU+
SPINDLE MOTOR AND 5CH ACTUATOR DRIVER
Function
Slide control voltage input 1
Slide control voltage input 2
Motor Power Suppry 2(for Slide)
Slide current sense 2
Slide non-inverted output 2
Slide inverted output 2
GND
Slide current sense 1
Slide non-inverted output 134
Slide inverted output 1
GND32
Motor drive output W
Motor drive output V30
Motor drive output U
Spindle current sensie
HW- sensor amp. input
HW+ sensor amp. input
HV- sensor amp. input
HV+ sensor amp. input
HU- sensor amp. input
HU+ sensor amp. input
Pin No.SymbolFunction
42
41
40
39
38
37
36
35
33
31
29
28
27
26
25
24
23
22
MITSUBISHI SEMICONDUCTOR (LSI)
M63022FP
OSC
MU1
LOIN+
VM3Power Supply3(for Loading)
BRS
LO-
LO+
FOFO+
GND
TO+
TO-
5V
CC
GND
TOIN
FOIN
SPIN
REF
FG
HB
VM1
PWM carrier oscilation set
mute 1
Loading control input(+)
Brake select control terminal
Loading inverted output
Loading non-inverted output
Focus inverted output
Focus non-inverted output
GND
Tracking non-inverted output
Tracking inverted output
5V Power Supply(for FS ,TS)
GND
Tracking control voltage input
Focus control voltage input
Spindle control voltage input
Reference voltage input
Frequency generator output
Bias for Hall Sensor
Motor Power Suppry 1(for Spindle)
ABSOLUTE MAXIMUM RATINGS (Ta=25˚C, unless otherwise noted)
Symbol
5VCC
VM1
VM2
VM3
IoA
IoB
IoC
Pt
Kq
T
j
opr
T
Tstg
note1 ; The ICs must be operated within the Pt (power dissipation) or the area of safety operation.
5V power supply
Motor power supply 1
Motor power supply 2
Motor power supply 3
Motor Output Current A1.0
Motor Output Current B
Motor Output Current C0.5
Maximum input voltage of terminals
Power dissipation2.6
VM1 power supply (for spindle)
VM2 power supply(for Slide)
VM3 power supply(for Loading)
5V power supply(for FS,TS)
Focus, Tracking and Loading Output Current
Spindle Output Current1.0
Slide Output Current
PWM carrier frequency
Limits
min.typ.max.
613.2
12
4.513.2V12
4.5
–
–
–
30
0.25
12
0.5
0.5
–
13.2
0.8
0.4
120kHz
V
V
7
V4.55
A
A
A
Ratings
7
15
15
15
1.5
CC
0~5V
Unit
V
V
V
V
A
A
A
VVin
W
mW/˚C
˚C
˚C
˚C
TYPICAL CHARACTERISTICS
This IC'
POWER-SSOP
6.0
5.0
4.0
3.0
2.0
Power dissipation (Pdp)W
1.0
Using N-type board:3.6W
Using P-type,O-type
board:2.6W
MITSUBISHI SEMICONDUCTOR (LSI)
M63022FP
SPINDLE MOTOR AND 5CH ACTUATOR DRIVER
s package is
improving the board on which the IC is
mounted enables a large power dissipation
without a heat sink.
For example, using an 1 layer glass epoxy
resin board, the IC's power dissipation is
2.6W at least. And it comes to 3.6W by
using an improved 2 layer board.
The information of the N,P,O type board is
shown in attached.
Supply current
Sleep current
PWM carrier frequency
REF input voltage range
REF input voltage range
MUTE terminal low voltage
MUTE terminal high voltage
Mute terminal input current
BRS terminal low voltage
BRS terminal high voltageV
BRS terminal input currentµA
5VCC,VM1, VM2 ,VM3 current
5VCC,VM1, VM2 ,VM3 current under Sleep (MU1=0V)
OSC : with 330pF
VREF=1.65V
MU1
MU1
MU1 at 5V input voltage
BRS
BRS
BRS at 5V input voltage
Spindle
Vdyc1
Vdead1Vdead1++80mV
Vin1
Gvo1
Vlim1F
Vlim1R
VHcom
VHmin
VHB
IHB
Dynamic range of output
Control voltage input range 1
Control voltage input range 1
Control gain 11.15V/V
Io=0.5 [A]
SPIN<REF [REVERSE]
REF<SPIN [FORWARD]
SPIN
Gio1=Gvo1/ Rs [A/V]
Control limit 1F0.6
Control limit 1R
Hall sensor amp.common mode input range
Ilim1R=Vlim1R/ Rs [A]
Hu+,Hu-,Hv+,Hv-,Hw+ ,HwHall sensor amp.input signal level
HB output voltage
HB terminal sink current30mA
Note 2. This IC need condenser between each supply lines and GND for stoped Oscillation.
Dynamic range of outputV
Dynamic range of output
Control voltage input range 3
Control gain 3
Output offset voltage
Control voltage input range 4
Control gain 4
Output offset voltage
Output offset voltage
Io=0.5[A]
VM1=12[V]
R=5.4[Ω], VM3=4.75V,VM1=12V
LOIN+
(LO+) - (LO-)
(LOIN+) - (REF)
(LO+) - (LO-)
Io=0.5[A],VM1=12[V]V
FOIN,TOIN
(FO+)-(FO-)
FOIN-REF
(FO+)-(FO-) at REF=FOIN=1.65V
(TO+)-(TO-) at REF=TOIN=1.65V
at LOIN+=REF=1.65V
VM3=5[V]
VM3=12[V]
(TO+)-(TO-)
TOIN-REF
Unit
V
5
V
19.3
0
+50
22.8dBGvo4
+47
0-47
dB
mV
5
V
mV
THERMAL CHARACTERISTICS
ParameterSymbol
Thermal shut downTSD
ote 3.
The guranteed max. temperature is Tj max. which is shown in "9. ABSOLUTE MAXIMUM RATING". The TSD function is a thermal protection in case
the temperature of the devices goes up above Tjmax because of wrong use.
And these TSD temperature are the target temperatures for circuit design, not the guranteed temperatures.
(The TSD function of all the devices is not checked by a test in high temperature.)
unction start temperature doesn't show the guaranteed max. temperature of the devices.
Function starttemperatureofic
Typ.Max.Min.
Function stop temperature ofic
Typ.Max.Min.
130160˚C
● Standby function
Logic controlDrive channel
MU1
SELECT2
SELECT1
This IC has MUTE terminal (MU1).
It is possible to control ON / OFF of the channel by external logic
inputs.
In case of SELECT1, the bias of all circuit becomes OFF.
Therefore, this mode is available in order to reduce the power
dissipation when the waiting mode.
In case of SELECT2,the bias of all channel becomes ON.
H
L/Open
LoadingSlide1Slide2FocusTrackingSpindle
On
Off
On
Off
On
Off
On
Off
On
Off
On
Off
● Brakeselect function
BRSREF<SPIN
Hi
L/Open
This IC has BRS terminal (BRS).
It is possible for a braking timiming of Spindle drive to select which the
short brake or the reverse brake by BRS.
It shuould select the short brake in case of high speed system and
please change to the reverse brake when the rotation speed becomes
enough low. It is available when the SPIN voltage is low than the
reference voltage.
SPIN<REF
Reverse
Short
Forward
Forward
Unit
● Loading channel
r
The loading channel is the circuit of BTL voltage drive. This circuit
has the referential input. Output swing is determined with ∆Vin X 8.
Also,it is possible for this channel to use for the slide motor , the
focus coil and the tracking coil.
The input terminal is high impedance. It is possible to do variable a
gain by external resistor.
In case of one MCU port, if use three state port, it is possible fo
this channel to have the stop function.
MITSUBISHI SEMICONDUCTOR (LSI)
M63022FP
SPINDLE MOTOR AND 5CH ACTUATOR DRIVER
VM3
Forward
M
LOIN+
REF
LOADING
Channel
LO+
+
Vo
-
LO-
VM3
2
Coil
-
+
LO+
Application.1 (One port H/Z/L control)
Logic control
P1
5V
Z
(Hi impedance)
0
Situation of loading channel
Forward rotation
Short brake --> Stop
Reverse rotation
Vo
Output
voltage [V]
Gvo = 8 [v/v]
Vo=[LO+]-[LO-]
=8 X([LOIN+]-[REF])
LO+
+
-
[LOIN+]-[REF] (V)
LO-
Output voltage swing
Vo=8X(5[V] -REF[V] )
XR2/(R1+R2)
Vo= 0 [V]
Vo=-8X(5[V] -REF[V] )
XR2/(R1+R2)
LO-
Coil
Reverse
5v
ZP1
P1
0v
application.1
(One port H/Z/L control)
R1
LOIN+
R2
REF
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