BA5416 Rohm Semiconductor, BA5416 Datasheet

IC AMP AUDIO PWR 5.4W STER 12SIP

BA5416

Manufacturer Part Number
BA5416
Description
IC AMP AUDIO PWR 5.4W STER 12SIP
Manufacturer
Rohm Semiconductor
Type
Class ABr
Datasheet

Specifications of BA5416

Output Type
2-Channel (Stereo)
Max Output Power X Channels @ Load
5.4W x 2 @ 3 Ohm
Voltage - Supply
5 V ~ 15 V
Features
Depop, Mute, Standby, Thermal Protection
Mounting Type
Through Hole
Package / Case
12-SIP + Tab
Lead Free Status / RoHS Status
Lead free / RoHS Compliant

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
BA5416
Manufacturer:
ROHM/罗姆
Quantity:
20 000
Audio ICs
High-output dual power amplifier
BA5415A / BA5416
The BA5415A and BA5416 are dual power amplifier ICs that operate off a 9V to 15V supply. When driving a 4Ω load off a
9V supply, the BA5415A does not require a heatsink. The BA5416 uses a lost-cost package. The basic characteristics
(total harmonic distortion etc.) of the amplifiers are excellent, and both ICs include a standby switch function.
!Application
Radio cassette players.
!Features
! ! ! ! Absolute maximum ratings (Ta=25°C)
! ! ! ! Recommended operating conditions (Ta=25°C)
∗1 Within ASO.
∗2 Ta = 75°C (see Fig.10).
∗3 Reduced by 40mW for each increase in Ta of 1°C over 25°C.(without radiation board)
∗4 Ta = 75°C (see Fig.11).
∗ When BA5416 is 15V.
1) High output.
2) Excellent audio quality.
3) Wide operating power supply voltage range.
4) Switching noise (“pop” noise) generated when the
Power supply voltage
Power dissipation
Operating temperature
Storage temperature
Power supply voltage
P
P
THD = 0.1% (f = 1kHz, P
V
RR = 60dB (f
V
power is switched on and off is small.
OUT
OUT
NO
CC
= 5.0V to 18.0V (BA5416 : 5.0V to 15.0V)
= 0.3mV
Parameter
= 5.4W (V
= 2.5W (V
Parameter
rms
RR
CC
CC
= 100Hz)
(Rg = 10kΩ)
BA5415A
BA5416
= 12V, R
= 9V, R
O
L
Symbol
= 0.5W)
L
= 4Ω and THD = 10%)
V
= 3Ω and THD = 10%)
CC
Symbol
Topr
Tstg
V
Pd
CC
Min.
5
−55 ~ +150
Typ.
−25 ~ +75
12
Limits
4.0
24
20
15
∗ 1
∗ 2
∗ 3
∗ 4
Max.
18
10) Heatsink not required
5) Ripple mixing when motor starts has been prevented.
6) Built-in thermal shutout.
7) Built-in standby switch.
8) “On” mute time does not depend on V
9) Soft clipping.
Output is not influenced by the standby pin voltage.
(for BA5415A, with V
Unit
Unit
°C
°C
W
V
V
BA5415A / BA5416
CC
= 9V and R
L
≥ 4Ω).
CC
.

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BA5416 Summary of contents

Page 1

... High-output dual power amplifier BA5415A / BA5416 The BA5415A and BA5416 are dual power amplifier ICs that operate off 15V supply. When driving a 4Ω load off a 9V supply, the BA5415A does not require a heatsink. The BA5416 uses a lost-cost package. The basic characteristics (total harmonic distortion etc ...

Page 2

... Audio ICs ! ! ! ! Block diagram + − Internal circuit configuration 8k 7 Filter 76k 5 BIN 50k I SIN 50k T.S 44k 4/9 NF BA5415A / BA5416 GND + − 3/10 B.S 2/11 OUT GND12 ...

Page 3

... I 0 OFF − − I 0.3 SIN − I 0.1 0.5 BIN − 47µ ∗ V =3V~V ST.BY CC Fig.1 BA5415A / BA5416 =3Ω, R =240Ω, Rg=600Ω and f=1kH L F Unit Conditions = rms =−20dBm THD=10% =9V, R =4Ω W THD=10 Rg=10kΩ, DIN AUDIO rms =0. OUT =100H =− ...

Page 4

... ST. − 4 1000µ 44k 7 44k − 9 1000µ GND Fig.2 ST. − 4 44k 7 44k − GND Fig.3 BA5415A / BA5416 0.1µ 1000µ 0.1µ + 47µ 47µ 0.1µ 1000µ 0.1µ + 47µ + 1000µ 1000µ + 47µ + ...

Page 5

... GND (the recommended value is about 33kΩ). IN 44k To next stage BIN 33k Fig.4 , but the amount of feedback will increase, and oscillation will − + 44k Mute circuit Fig OUT GND Fig.6 BA5415A / BA5416 OUT GND OUT pin for oscillation prevention 47µ 1000µ ...

Page 6

... IC is guaranteed regulation characteristics (including the capacitance of the power supply capacitor connected between V GND) so that V is 18.0V or less (15.0V or less for the BA5416). If the IC is inserted backwards reversed and the IC will be destroyed instantly the standby switch will not adversely influence circuit ...

Page 7

... Standard values for the DC voltages on each pin (V Pin No (V) V 6.0 10 Application board patterns GND RIN IN2 IN1 RIN BA5415A ROHM =12V, Ta=25°C, measurement circuit : Fig. 0.6 0.004 V 10.9 0.004 ST.BY GND GND (RL ST.BY BA5415A / BA5416 0.6 10.0 6.0 GND GND OUT2 + C9 C10 + C8 + OUT1 Vcc ...

Page 8

... FREQUENCY : f (Hz) Fig.13 Closed loop voltage gain vs.frequency 20 10 =3Ω 4Ω 8Ω 0.5 THD=10% f=1kHz 0.2 DIN AUDIO Ta=25°C BA5416 0.1 =15V 0. POWER SUPPLY VOLTAGE : V (V) CC Fig.16 Rated output voltage vs. power supply voltage 20 ALUMINUM ...

Page 9

... BA5416 =100Hz f RR =−10dBm V RR =240Ω Rg=0Ω Ta=25° POWER SUPPLY VOLTAGE : V (V) CC Fig.24 Ripple rejection vs.power supply voltage (BA5416) 80 BA5415A =12V V CC =3Ω =240Ω =100Hz f RR =−10dB DIN AUDIO Ta=25° 300 1k 3k 10k 30k ...

Page 10

... POWER SUPPLY VOLTAGE : V (V) CC Fig.29 Maximum power dissipation vs. power supply voltage 2.4 2.0 1.6 1.2 0.8 0.4 0.0 10 BA5416 4.7±0.2 12 0.4±0.1 BA5415A / BA5416 12 =3Ω Both CH drive 10 8 =15V 12V 0.1 0.2 0 OUTPUT POWER : P (W) O Fig.30 Power dissipation and current dissipation vs.power =3Ω ...

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