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Datasheet: YD5901 (No company)

4-ch Motor Driver For Portable Cd Players

 

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No company
YOUDA INTEGRATED CIRCUIT
YD5901
4-ch MOTOR DRIVER FOR PORTABLE CD PLAYERS
--
YD5901
DESCRIPTION
This driver IC contains a 4ch H bridge driver and DC-DC converter control circuit on one chip, and was
developed for use in portable CD players. QFP-44 is used for the package, making it ideal for smaller sets.
FEATURES
*Built-in 4ch H Bridge Driver, and PWM Control of Load Drive Voltage is Made Possible by External
Components.
*DC-DC Converter Control Circuit on Chip.
* With Reset Output Inversion Output Pin.
*Empty Detection Level Can be Switched Between Rechargeable Battery and Dry Battery.
*Constant Current Charging; Current Value Can be Varied Using External Resistor.
*Built-in Power Transistor For Charging.
*Built-in Independent Thermal Shutdown Circuit.













WuXi YouDa Electronics Co., Ltd
Add: No.5 Xijin Road, National Hi-Tech Industrial Development Zone, Wuxi Jiangsu China
Tel: 86-510-5205117 86-510-5205108 Fax: 86-510-5205110 Website: www.e-youda.com
SHENZHEN OFFICE Tel 86-755-83740369 13823533350 Fax 86-755-83741418
Ver 3.1 1 of 10 2004-9-20
YOUDA INTEGRATED CIRCUIT
YD5901
BLOCK DIAGRAM
34
35
36
39
37
38
40
41
42
43
44
28
27
26
25
24
23
31
30
29
33
32
22
21
20
17
19
18
16
15
14
13
12
6
7
8
9
10
11
3
4
5
1
2
AMUTE
HVcc
START
CHGVcc
PREGND
PWMFIL
BSEN
EMP
PSW
CLK
OFF
SEL
OP -
N.C.
CT
SPRT
EI
EO
RESET
BATT
SW
DEAD
+ -
V
/
I
V
/
I
V
/
I
V
/
I
BRAKE1
IN1
MUTE2
IN2
RCHG
OUTIR
OUTIF
OUT2R
POWGND
OUT3R
OUT4F
BTL
BTL
OUT2F
TSD
OUT3F
BTL
BTL
OUT4R
-
BRAKE1
+
-
+
MAXIMUM
DETECTION
-
+
-
+
MUTE34
IN4
IN3
Vref
VSYS2
OP+
VSYS1
OPOUT
TRIANGLE WAVE
PRE-DRIVER POWER SUPPLY
+
-
CONTROL CIRCUIT
POWER SUPPLY
+ -
+ -
+
+
-
+
-
TSD
MUTE2
MUTE34
POWER OFF STARTER
OVER-VOLTAGE
CLK
+ -









WuXi YouDa Electronics Co., Ltd 2 of 10 Website: www.e-youda.com
YOUDA INTEGRATED CIRCUIT
YD5901
ABSOLUTE MAXIMUM RATINGS
(Tamb=25)
PARAMETER SYMBOL
VALUE
UNIT
Supply Voltage
Vcc*1
13.5
V
Driver Output Current
Io
500
mA
Power Dissipation
P
D
625*2 mW
Operating Temperature
Topr
-30 to +85
Storage Temperature
Tstg
-55 to +150
*1 Vcc shows input voltage of VSYS1, VSYS3, HVcc, BATT, and CHGVcc.
*2 Reduced by 5mW for each increase in Tamb of 1 over 25.
ELECTRICAL CHARACTERISTICS
(Unless otherwise specified, Tamb=25, BATT=2.4V,
VSYS1=VSYS2=3.2V, Vref=1.6V, CHGVcc=0V, fCLK=88.2kHz)
PARAMETER
SYMBO
L
TEST CONDITIONS
MIN
TYP
MAX
UNIT
Common Section
BATT Stand-by Current
I
ST
BATT=9.0V,
VSYS1=VSYS2=Vref=0V
0 3
A
BATT Supply Current
(No Load)
I
BAT
HVcc=0.45V,
MUTE34=3.2V
2.5
4.0
mA
VSYS1 Supply Current
(No Load)
I
SYS1
HVcc=0.45V,
MUTE34=3.2, EI=0V
4.7
6.4
mA
VSYS2 Supply Current
(No Load)
I
SYS2
HVcc=0.45V,
MUTE34=3.2V
4.1
5.5
mA
CHGVcc Supply
Current (No Load)
I
CGVCC
CHGVcc=4.5V,
R
OUT
=OPEN
0.65
2.00
mA
H-Bridge Driver Part
Voltage Gain ch1, ch3,
ch4
G
VC134
12 14 16 dB
Voltage Gain ch2
G
VC2
21.5 23.5 24.5 dB
Gain Error By Polarity
G
VC
-2
0
2
dB
Input Pin Resistance
ch1, ch3, ch4
R
IN134
IN=1.7Vand
1.8V 9 11
13
k
Input Pin Resistance
ch2
R
IN2
IN=1.7V
and
1.8V 6 7.5 9 k
Maximum Output
Voltage
V
OUT
RL=8,
HVcc=BATT=4.0V,
IN=0-3.2V
1.9 2.1 V
Saturation Voltage
(Lower)
VsatL
I
O
=-300mA, IN=0 3.2V
240
400
mV

WuXi YouDa Electronics Co., Ltd 3 of 10 Website: www.e-youda.com
YOUDA INTEGRATED CIRCUIT
YD5901
Saturation Voltage
(Upper)
VsatU
I
O
=-300mA, IN=0 3.2V
240
400
mV
Input Offset Voltage
V
OI
-8
0
8
mV
Output Offset Voltage
ch1, ch3, ch4
V
OO134
Vref=IN=1.6V -50
0
50
mV
Output Offset Voltage
ch2
V
OO2
Vref=IN=1.6V -130
0
130
mV
Dead Zone
V
DB
-10
0
10
mV
BRAKE1 ON
Threshold Voltage
V
BRON
IN1=1.8V 2.0
V
BRAKE1 OFF
Threshold Voltage
V
BROFF
IN1=1.8V
0.8
V
MUTE2 ON Threshold
Voltage
V
M20N
IN2=1.8V 2.0
V
H-Bridge Driver Part
MUTE2 OFF Threshold
Voltage
V
M2OFF
IN2=1.8V
0.8
V
MUTE34 ON
Threshold Voltage
V
M34ON
IN3=IN4=1.8V 0.8
V
MUTE34 OFF Threshold
Voltage
V
M34OFF
IN3=IN4=1.8V 2.0 V
Vref ON Threshold
Voltage
V
refON
IN1=IN2=IN3=IN4=1.8V 1.2
V
Vref OFF Threshold
Voltage
V
refOFF
IN1=IN2=IN3=IN4=1.8V
0.8 V
BRAKE1 Brake
Current
I
BRAKE1
Current difference between
BRAKE pin "H" time and
"L" time.
4 7 10
mA
PWM Power Supply Driving
PSW Sink Current
I
PSW
IN1=2.1V
10 13 17
mA
HVcc Level Shift
Voltage
V
SHIF
IN1=1.8V,
HVcc-OUT1F 0.35 0.45 0.55 V
HVcc Leak Current
I
HLK
HVcc=9.0V,
VSYS1=VSYS2=BATT
=0V
0 5
A
PWM Amp Transfer
Gain
HVcc=1.8V,
HVcc=1.21.4V
1/60 1/50 1/40
1/k
DC-DC Converter
Error Amp
VSYS1 Threshold
Voltage
V
SITH
3.05 3.20 3.35 V

WuXi YouDa Electronics Co., Ltd 4 of 10 Website: www.e-youda.com
YOUDA INTEGRATED CIRCUIT
YD5901
EO Pin Output Voltage
"H"
V
EOH
EI=0.7V, Io=-100A
1.4 1.6 V
EO Pin Output Voltage
"L"
V
EOL
EI=1.3V, Io=100A
0.3
V
Short Circuit Protection
SPRT Pin Voltage
V
SPR
EI=1.3V
0
0.1
V
EO=H SPRT Pin
Current1
I
SPR1
EI=0.7V 6
10
16
A
OFF=L SPRT Pin
Current2
I
SPR2
EI=1.3V,
OFF=0V 12 20 32
A
SPRT Pin Current3
Over-Voltage
I
SPR3
EI=1.3V,
BATT=9.5V 12 20 32
A
SPRT Pin Impedance
R
SPR
175 220 265 k
SPRT Pin Threshold
Voltage
V
SPTH
EI=0.7V,
C
T
=0V
1.10 1.20 1.30 V
Over-Voltage Protection
Detect
V
HVPR
BSEN
Pin
Voltage 8.0 8.4 9.0 V
Transistor Driving
SW Pin Output
Voltage1 "H"
V
SW1H
BATT=C
T
=1.5V,
S1=VSYS2=0V,
Io=-2mA Starting Time
0.78 0.98 1.13 V
SW Pin Output Voltage
2 "H"
V
SW2H
CT=0V, Io=-10mA,
EI=0.7V, SPRT=0V
1.00 1.50 V
SW Pin Output Voltage
2 "L"
V
SW2L
CT=20V,
I
O
=-10mA
0.30
0.45
V
SW Pin Oscillating
Frequency1
f
sw1
C
T
=470pF,
VSYS1=YSYS2=0V
Starting time
65 80 95
kHz
SW Pin Oscillating
Frequency 2
f
sw2
CT=470pF,
CLK=0V 60 70 82
kHz
SW Pin Oscillating
Frequency 3
f
sw3
CT=470pF
88.2 kHz
SW Pin Minimum Pulse
Width
T
SWMIN
C
T
=470pF,
EO=0.5V0.7V Sweep
0.01 0.60
ms
Pulse Duty Start
D
SW1
C
T
=470pF,
VSYS1=VSYS2=0V
40 50 60 %
Max. Pulse Duty At
Self-Running
D
SW2
C
T
=470pF, EI=0.7V,
CLK=0V
70 80 90 %
Max. Pulse Duty At
CLK Synchronization
D
SW3
C
T
=470pF,
EI=0.7V 65 75 85 %


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