DATA IC SOUND/SUARA TV

AN5265

pin09.Supply voltage 2
pin08.Sound output
pin07.GND
pin06.Feedback
pin05.Filter
pin04.Volume adjustment
pin03.Mute
pin02.Sound Input
pin01.Supply Voltage 1

AN 5276 AUDIO POWER
VCC = 10 volt – 24 volt ( 19 volt typical)

[1.n.c]...[2.INPUT 1]...
Pin01.n.c
Pin02.input 1
Pin03.ripple filter
Pin04.ground[in]
Pin05.input 2
Pin06.n.c
Pin07.output 2
Pin08.mute
Pin09.ground[out]
Pin10.vcc/max.26v
Pin11.st-by
Pin12.output 1

AN5285K

AN5285K/AUDIO

pin01=.L.IN
pin02=.LVL1.SENSOR
pin03=.L.OUT
pin04=.VCC (13 volt)
pin05=.V.REF
pin06=.GND
pin07=.AGC.ON/OFF
pin08=.R.OUT
pin09=.LVL2.SENSOR
pin10=.R.IN

AN 7124 AUDIO POWER 4 WATT
VCC = 6 volt – 18 volt

AN 7147 N AUDIO POWER 5,3 WATT
VCC = 5 volt – 22 volt

pin01 .NFB ch1
pin02 .INPUT ch1
pin03 .RIPPLE FILT
pin04 .GND in
pin05 .INPUT ch2
pin06 .NFB ch2
pin07 .OUTPUT 2
pin08 .BOOTH STRAP ch2
pin09 .GND out
pin10.VCC
pin11.BOOTH STRAP ch1
pin12.OUTPUT 1

AN7522

AN7522/AUDIO

pin01=.VCC/ (3,5 – 13,5 volt, typikal 8 volt)
pin02=.CH.1out+
pin03=.GND
pin04=.CH.1out-
pin05=.ST-BY
pin06=.CH.1in
pin07=.GND
pin08=.CH.2in
pin09=.VOL
pin10=.CH.2out-
pin11=.GND
pin12=.CH.2out+

LA4220 UNTUK AUDIO
VCC max. 22 volt
output = 3,5 watt

pin01=GND
pin02=OUTPUT
pin03=VCC[16v]
pin04=[13v]
pin05=[12v]
pin06=[9,6v]
pin07=1,8v]
pin08=.....
pin09=........
pin10=input

LA42352

LA42352/SOUND

pin01=FILTER
pin02=INPUT 1
pin03=GROUND
pin04=INPUT 2
pin05=ST-BY
pin06=VOLUME 2
pin07=VCC[20V]
pin08=OUTPUT 2
pin09=NC
pin10=GROUND
pin11=NC
pin12=OUTPUT 1
pin13=VOLUME 1
sumber data skematic tv china chasis_3Y18
untuk lebih detailnya coba cari datasheetnya

LA 42152 audio ampl 15W x 2 ch

LA 4265 AUDIO AMP 3,5 WATT
vcc = 9 – 24 volt ( 16 volt typikal)

pin01=GND
pin02=OUTPUT
pin03=VCC
pin04=nc
pin05=DECOUPLING
pin06=PHASE 1
pin07=PHASE 2
pin08=CLIPPER DIODE
pin09=FEEDBECK
pin10=INPUT

POWER AMPLYFIER LA 4280
VCC = 10 – 40 volt (32 volt typikal)

pin01=phase1
pin02=feed back1
pin03=input1
pin04=Ripple
pin05=GND
pin06=input2
pin07=feed back2
pin08=phase2
pin09=muting
pin10=GND[out]
pin11=output2
pin12=vcc
pin13=output1
pin14=GND[out]

LA 4285-LA4287 AUDIO AMP 7 WATT
pin1.int INPUT
pin2.GND
pin3.ext INPUT
pin4.SWITCH [int/ext]
pin5.EVR control
pin6.DE-COUPLING
pin7.PWR NF
pin8.GND
pin9.OUTPUT
pin10.VCC

ket supply=
LA4285=16V-24V
LA4287=20V-30V

LA4485 STEREO POWER AMP 5WATT
pin01=input 1
pin02=input 2
pin03=.GND
pin04=.BTL in
pin05=.BTL out
pin06=.filter
pin07=.VCC/ls[13.2volt]
pin08=.VCC/ss[13,2volt]
pin09=.st-by
pin10=.mute
pin11=.output 2
pin12=.ground-out
pin13=.output 1

TDA7266S AUDIO
pin01=output1[- ]
pin02=output1[+]
pin03=vcc1
pin04=input1
pin05=nc
pin06=mute
pin07=st-by
pin08=gnd/pwr
pin09=gnd/in
pin10=nc
pin11=nc
pin12=input2
pin13=vcc2
pin14=output2[+]
pin15=output2[- ]

LV 1116 N/NF SURROUND PROSESOR
-------------------
pin01=GND
pin02=Rch A
pin03=Rch B
pin04=Rch C
pin05=Rch LINE OUT
pin06=Rch DC
pin07=ST 1
pin08=LPFC
pin09=Rch TC1
pin10=Rch BC1
pin11=Rch BC2
pin12=Rch OUTPUT
pin13=Rch VR IN
pin14=Rch VR OUT
pin15=L+R
pin16=VREF
pin17=VCC
pin18=VDD
pin19=DATA
pin20=CLOCK
pin21=VSS
pin22=L+R LPF
pin23=Lch VR OUT
pin24=Lch VR IN
pin25=Lch OUTPUT
pin26=Lch BC2
pin27=Lch BC1
pin28=Lch TC1
pin29=HPF C
pin30=ST2
pin31=Lch DC
pin32=Lch LINE OUT
pin33=Lch C
pin34=Lch B
pin35=Lch A
pin36=GND A

TA 8248 k audio power
1.n.c,,2.B.S,,3.out2,,,
PINOUT=
pin01.n.c
pin02.B.S
pin03.out2
pin04.vcc1
pin05.out1
pin06.B.S1
pin07.GND
pin08.vcc2
pin09.ripple
pin10.-inv1
pin11.+inv1
pin12.+inv2
pin13.-inv2
pin14.GND
pin15.GND

AUDIO TDA 1013 B

----------------------------
TDA1013B
----------------------------
pin1 =GND
pin2 =OUTPUT
pin3 =VCC
pin4 =FILTER
pin5 =AMP-IN
pin6 =CONT-OUT
pin7 =VOLUME
pin8 =INPUT
pin9 =GND

TDA1521/TDA1521Q STEREO AMP 12WATT

PIN OUT=
1.in1/non inverting
2.in1/inverting
3.GND
4.OUTPUT 1
5.-Vp symetric[-21v]
6.OUTPUT 2
7.+Vp asymetric[+21v]
8.in2/inverting
9.in2/non inverting

POWER AUDIO TDA 2006

pin01.-input noninverting
pin02.+input inverting
pin03.vcc -
pin04.output
pin05.vcc +

TDA 2009 POWER AUDIO

pin1 =L-INPUT
pin2 =LF
pin3 =MUTE
pin4 =RF
pin5 =R-INPUT
pin6 =GND
pin7 =GND
pin8 =R-OUT
pin9 =VCC [25V]
pin10=L-OUT
pin11=GND

vcc : min = 8 volt;
max = 28 volt

TDA 2030

pin1=INPUT(non inverting)
pin2=INPUT(inverting)
pin3=VCC(-) (6 volt – 8 volt)
pin4=OUTPUT
pin5=VCC(+)

UNTUK pemakaian catu daya tunggal
(nol dan positif) pin no.3 digroundingkan
gambar disamping adalah contoh skemanya
yang menghasilkan kurng lebih 14watt,didalam
skema tersebut ada 2 dioda boleh dipakai,dan
boleh juga dihilangkan,
dan yang satu lagi ini adalah untuk pemakaian
catu daya simetris(positif-CT/GND-negatif)
dan selamat mencoba experimennya

TDA2615/16 AUDIO POWER

pin1 =INPUT A
pin2 =MUTE
pin3 =C FILTER(100UF to ground)
pin4 =OUTPUT
pin5 =GND
pin6 =OUTPUT
pin7 =VCC (24V)
pin8 =...
pin9 =INPUT B

TDA 8944 J AUDIO AMP
pin1=.OUT 1[-]
pin2=.GND
pin3=.VCC 1[12V]
pin4=.OUT 1[+]
pin5=.NC
pin6=.INV 1
pin7=.NC
pin8=.N.INV 1
pin9=.N.INV 2
pin10=.MODE
pin11=.SVR
pin12=.INV 2
pin13=.NC
pin14=.OUT 2[-]
pin15=.GND
pin16=.VCC2[12V]
pin17=.OUT 2[+

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