AN8387S Datasheet, PDF (2/6 Pages) Panasonic Semiconductor – 2-channel Linear Driver

AN8387S
s Absolute Maximum Ratings (Ta=25˚C)
Parameter
Symbol
Supply Voltage
VCC
Power Dissipation
PD
Operating Ambient Temperature
Topr
Storage Temperature
Tstg
Note) When mounted onto the glass epoxy PCB (50mm × 50mm × 0.8mm)
ICs for CD/CD-ROM Player
Rating
Unit
10
V
1,200 ^Note)
mW
–30 ~ +85
˚C
–55 ~ +125
˚C
s Recommended Operating Range (Ta=25˚C)
Parameter
Symbol
Operating Supply Voltage Range
VCC
P.VCC
Range
3.5V ~ 9V
1.5V ~ 9V
s Electrical Characteristics (Ta=25˚C)
Parameter
Current Consumption at No Input (VCC)
Current Consumption at No Input (PVCC)
PVCC Leak Current
Vref Threshold (H) ^{Note 1)}
Vref Threshold (L) ^{Note 2)}
Input Amp. Input Impedance
Driver Input Offset Voltage ^{Note 3)}
Driver Output Offset Voltage ^{Note 3)}
Driver Dead Zone Width ^Note3)
Driver Transfer Gain (+) ^Note3)
Driver (+), (–) Transfer Gain Ratio ^{Note 3)}
Driver Output Voltage
Symbol
IVCCQ
IPVCCQ
IPVCCL
VrefH
VrefL
RAIN
VI offset
VO offset
|VDZ|
G⁺
RG
VOLG
Driver Output Voltage Absolute Value
Driver Power Transistor Saturation
Voltage
PC Input Pin Threshold Voltage (H) ^{Note 4)}
|VOL|
Vsat
VPC THH
PC Input Pin Threshold Voltage (L) ^{Note 5)}
Protective Diode Forward Voltage
Thermal Protective Circuit Operating
Temperature
VPC THL
VPD
TTHD
Condition
VCC=9V, Vref=4.5V, PVCC=9V
VCC=9V, Vref=4.5V, PVCC=9V
VCC=0V, Vref=OPEN, PVCC=10V
VCC=3V, PVCC=10V, VIN=0V
VCC=3V, PVCC=10V, VIN=0V
VCC=5V, Vref=2.5V,
VIN=2.4→2.6V
VCC=9V, Vref=4.5V, PVCC=9V
VCC=9V, Vref=4.5V, PVCC=9V
VCC=9V, Vref=4.5V, PVCC=9V
VCC=9V, Vref=4.5V, PVCC=9V
VCC=9V, Vref=4.5V, PVCC=9V
VCC=9V, Vref=4.5V, PVCC=9V,
VLIM=0V
VCC=9V, Vref=4.5V, PVCC=9V,
VLIM=3V
VCC=9V, Vref=4.5V, PVCC=9V,
IO=300mA
VCC=9V, Vref=2.5V, PVCC=5V,
VIN=2.3V
VCC=9V, Vref=2.5V, PVCC=5V,
VIN=2.3V
IO=300mA
min.
1
0.7
1.45
0.75
–10
–55
–10
13
–1.9
–130
typ.
2
1.2
max.
3.5
3.5
1
1
1 1.25
0
10
0
55
19
15.1
17
– 0.9
0.5
130
Unit
mA
mA
µA
V
V
kΩ
mV
mV
mV
dB
dB
mV
2.25
3
V
0.29 0.38
V
2.8
V
0.8
V
0.9
1.5
1.8
V
160
˚C
Note1)
Note2)
Note3)
Note4)
Note5)
Vref voltage required to operate the driver.
If Vref is made lower than this voltage, the driver dose not operate.
Refer to the driver input/output characteristics chart.
If the PC pin voltage is made higher than this voltage, there will be no output voltage from the driver. Both (+) and (–)
outputs are pulling in the current.
If the PC pin voltage is made lower than this voltage, the driver operates normally.