TDA7360
22W BRIDGE / STEREO AUDIO AMPLIFIER
WITH CLIPPING DETECTOR
VERY FEW EXTERNAL COMPONENTS
NO BOUCHEROT CELLS
NO BOOSTRAP CAPACITORS
HIGH OUTPUT POWER
NO SWITCH ON/OFF NOISE
VERY LOW STAND-BY CURRENT
FIXED GAIN (20dB STEREO)
PROGRAMMABLE TURN-ON DELAY
CLIPPING DETECTOR
Protections:
OUTPUT
AC-DC
SHORT
CIRCUIT
TO
GROUND AND TO SUPPLY VOLTAGE
VERY INDUCTIVE LOADS
LOUDSPEAKER PROTECTION
OVERRATING CHIP TEMPERATURE
LOAD DUMP VOLTAGE
FORTUITOUS OPEN GROUND
ESD
DESCRIPTION
The TDA7360 is a new technology class AB
Audio Power Amplifier in the Multiwatt
package
designed for car radio applications.
Thanks to the fully complementary PNP/NPN out-
put configuration the high power performance of
the TDA7360 is obtained without bootstrap ca-
pacitors.
A delayed turn-on mute circuit eliminates audible
on/off noise, and a novel short circuit protection
system prevents spurious intervention with highly
inductive loads.
The device provides a circuit for the detection of
clipping in the output stages. The output, an open
collector, is able to drive systems with automatic
volume control.
This is advanced information on a new product now in development or undergoing evaluation. Details are subject to change without notice.
October 1998
APPLICATION CIRCUIT (BRIDGE)
MULTIWATT11V
MULTIWATT11H
ORDERING NUMBERS:
TDA7360
TDA7360HS
1/22
PIN CONNECTION (Top view)
ABSOLUTE MAXIMUM RATINGS
Symbol
Parameter
Test Conditions
Unit
V
S
Operating Supply Voltage
18
V
V
S
DC Supply Voltage
28
V
V
S
Peak Supply Voltage (for t = 50ms)
50
V
I
o
Output Peak Current (non rep. for t = 100
s)
5
A
I
o
Output Peak Current (rep. freq. > 10Hz)
4
A
P
tot
Power Dissipation at T
case
= 85
C
36
W
T
stg ,
T
J
Storage and Junction Temperature
-40 to 150
C
THERMAL DATA
Symbol
Description
Value
Unit
R
th j-case
Thermal Resistance Junction-case
Max
1.8
C/W
TDA7360
2/22
ELECTRICAL CHARACTERISTICS (Refer to the test circuits, T
amb
= 25
C, V
S
= 14.4V, f = 1KHz unless
otherwise specified)
Symbol
Parameter
Test Condition
Min.
Typ.
Max.
Unit
V
S
Supply Voltage Range
8
18
V
I
d
Total Quiescent Drain Current
stereo configuration
120
mA
A
SB
Stand-by attenuation
60
80
dB
I
SB
Stand-by Current
100
A
I
CO
Clip Detector Average Current
Pin 2 pull up to 5V
d = 1%
with 10K
d = 5%
70
A
130
A
STEREO
P
O
Output Power (each channel)
d = 10%
R
L
= 1.6
R
L
= 2
R
L
= 3.2
R
L
= 4
7
12
11
8
6.5
W
W
W
W
d
Distortion
P
O
= 0.1 to 4W R
L
= 3.2
0.05
0.5
%
SVR
Supply Voltage Rejection
R
g
= 10K
C3 = 22
F
f = 100Hz
C3 = 100
F
45
62
dB
dB
CT
Crosstalk
f = 1KHz
f = 10KHz
45
55
dB
dB
R
I
Input Resistance
50
K
G
V
Voltage Gain
20
dB
G
V
Voltage Gain Match
1
dB
E
IN
Input Noise Voltage
22 Hz to 22KHz
Rg = 50
R
g
= 10K
R
g
=
2.5
3
3.5
5
7
BRIDGE
V
OS
Output Offset Voltage
250
mV
P
o
Output Power
d = 10%; R
L
= 4
d = 10%; R
L
= 3.2
16
20
22
W
W
d
Distortion
P
o
= 0.1 to 10W; R
L
= 3.2
0.05
1
%
SVR
Supply Voltage Rejection
R
g
= 10K
C3 = 22
F
f = 100Hz
C3 = 100
F
45
62
dB
dB
R
I
Input Resistance
50
K
G
V
Voltage Gain
26
dB
E
IN
Input Noise Voltage
22Hz to 22KHz
R
g
= 50
R
g
= 10K
3.5
4
V
V
V
V
TDA7360
3/22
Figure 1: STEREO Test and Appication Circuit
Figure 2: P.C. Board and Component Layout (STEREO) of the circuit of fig. 1 (1:1 scale)
1000
F
1000
F
TDA7360
4/22
Figure 3: BRIDGE Test and Appication Circuit
Figure 4: P.C. Board and Layout (BRIDGE) of the circuit of fig. 3 (1:1 scale)
TDA7360
5/22
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