TA8190F ,DC FOCUS TRACHING SERVO LSITOSHIBA TA8190,91FTAR1 om: TAR1 01 FIv I vv-HIV.The TA8190F, TA8191F is a 3-beam type PUH compatibl ..
TA8191F ,DC FOCUS TRACHING SERVO LSITOSHIBA TA8190,91FTAR1 om: TAR1 01 FIv I vv-HIV.The TA8190F, TA8191F is a 3-beam type PUH compatibl ..
TA8192F ,POWER DRIVER IC FOR CD PLAYERTA8192FTAR1Q7FHIVPOWER DRIVER IC FOR CD PLAYERTA8192F is a power driver IC developed for CD players ..
TA8194Z ,Muting ICTA8194Z TOSHIBA Bipolar Linear Integrated Circuit Silicon Monolithic TA8194Z Muting IC The TA81 ..
TA8198F ,DC / DC Converter For Electric Tuning (3V USE)Block Diagram ※ Handle with care to prevent devices from deterioration by static electricity. 1 2 ..
TA8200AH ,Dual Audio Power AmplifierTA8200AH TOSHIBA Bipolar Linear Integrated Circuit Silicon Monolithic TA8200AH Dual Audio Power ..
TC55V400AFT-55 ,262,144-WORD BY 16-BIT FULL CMOS STATIC RAMFEATURES Access Times (maximum): Low-power dissipation Operating: 10.8 mW/MHz (typical) TC55V ..
TC55V400AFT-55 ,262,144-WORD BY 16-BIT FULL CMOS STATIC RAMfeatures using CE1 and CE2 Data retention supply voltage of 1.5 to 3.6 V Access Time 55 ns 70 ns ..
TC55V400AFT70 ,262,144-WORD BY 16-BIT FULL CMOS STATIC RAMTC55V400AFT-55,-70 TOSHIBA MOS DIGITAL INTEGRATED CIRCUIT SILICON GATE CMOS 262,144-WORD BY 16-BI ..
TC55V400AFT-70 ,262,144-WORD BY 16-BIT FULL CMOS STATIC RAMapplications where high speed, low power and battery backup are required. And, with a guaranteed op ..
TC55V400AFT-70 ,262,144-WORD BY 16-BIT FULL CMOS STATIC RAMTC55V400AFT-55,-70 TOSHIBA MOS DIGITAL INTEGRATED CIRCUIT SILICON GATE CMOS 262,144-WORD BY 16-BI ..
TC55V400AFT-70 ,262,144-WORD BY 16-BIT FULL CMOS STATIC RAMfeatures using CE1 and CE2 Data retention supply voltage of 1.5 to 3.6 V Access Time 55 ns 70 ns ..
TA8190F-TA8191F
DC FOCUS TRACHING SERVO LSI
TOSHIBA
TOSHIBA BIPOLAR LINEAR INTEGRATED CIRCUIT SILICON MONOLITHIC
TAiMl90F, TAM 91l F
CD FOCUS TRACKING SERVO LSI
The TA8190F, TA8191F is a 3-beam type PUH compatible
focus tracking servo LSls to be used in the CD player
system.
In combination with a CMOS single chip processor
TC9236AF, a CD player system can be composed very
simply.
FEATURES
0 Built-in RF amp, focus error amp, and tracking error amp.
0 Built-in focus tracking servo amp.
0 Built-in phase compensation amp and LPF amp.
(Regarding these amp, the pin connection differs
between the TA8190F and the TA8191F.)
o Built-in ALPC amp.
0 Connections between PUH and power driver IC for motor
driver allow simplified structuring of CD player system.
TA8190,91 F
TA8190F
QFP44-P-1414-0.80B
TA8191F
QFP44-P-1010-0.80C
Weight
QFP44-P-1414-0.803 :
1-159 (We)
QFP44-P-1010-0.80C : 0.59 (Typ.)
TA8190F : Directly connectable to a transistor push-pull
or power driver (TA8212F).
TA8191F : Directly connectable to BTL amp (TA8192F) or PWM driver (TA8460F).
. Differences between TA8190F and TA8191F are as follows :
REFERENCE VOLTAGE PACKAGE
MODEL v TERMINést (FLAT PACKAGE 44 PIN) POWER SUPPLY APPLICATION
REF REF
TA8190F Yes No QFP44-P-1414B - 5V double CD player
power supply
Portable CD
TA8191F Yes Yes QFP44-P-1010C +5V single play.”
power supply Radio-cassette
CD player
(VREF = 2.1V, 2VREF = 4.2V)
980508EBA2
TOSHIBA Semiconductor Reliability Handbook.
O TOSHIBA is continually working to improve the quality and the reliability of its products. Nevertheless, semiconductor devices in general can
malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing
TOSHIBA products, to observe standards of safety, and to avoid situations in which a malfunction or failure of a TOSHIBA product could cause loss
of human life, bodily injury or damage to property. In developing your designs, please ensure that TOSHIBA products are used within specified
operating ranges as set forth in the most recent products specifications. Also, please keep in mind the precautions and conditions set forth in the
0 The information
CORPORATION f
O The products described in this document are subject to foreign exchange and foreign trade laws.
he information contained herein is subject to change without notice.
or any infringements of intellectual property or other rights D
implication or otherwise under any intellectual property or other rights of TOSHIBA CORPORATION or others.
1998-05-15 2/20
contained herein is presented only as a guide for the ap lications of our products. No responsibility is assumed by TOSHIBA
fthe third parties which may result from its use. No license is granted
BLOCK DIAGRAM
TA8190F
FMON FMON FMFS FM OM DMON DMFC DMPC
FMEN FMPN I FMPO I DMPO DMPN PVR DMEN
é‘; <39 ‘ 2 @——Q
TKI: >—w—l
TOSHIBA
I ., 10k“ 150k!)
_______ 3 STATE
SEL INPUT AND INTERNAL STATUS
53 54 S5 SYSTEM MODE
TGUN1/2 k L V25; 0N OFF ON OFF LD OFF
HiZ V“; on on op; 0N FOCUSSEARCM
‘G T51 NORMAL PlAY ETC
+ H FEO or: ON OFF ON \ 2am
(FOCUS SERVO ON : POK) lokfl '
131M u t E
II mm 5—0
TEOF \ %:i,
TESN ¢ 1
TEL1 bw—- I
RFH F SBAD
TM /LDO MDI
TA8190,91F - 2
980508EBA2'
TA8190,91 F
1998-05-15 3/20
BLOCK DIAGRAM
TA8191 F
PVR DMPO
DMON DMFC DMPC
SEL INPUT AND INTERNAL STATUS
x; SEL S1 52 53 $4
SYSTEM MODE
[.0 OFF
mum 112 = }* L VREF on or: on
-—-wv—
F CCU 5 SEARCH
‘—W*—“ T310, Hi2 VREF ON ON OFF
H FEO OFF ON OFF
NORMAL PLAY ETC
(FOCUS SERVO ON : FOK)
ia,,-)
TESN _ a
1 TP TN
TSN ‘3
TEL2 49.— :2
5' ADD
TA8190F,91 F - 3
\4/ rm Tm
CE) WKW®E
" T----
TOSHIBA
TA8190,91 F
TOSHIBA TA8190,91 F
PIN FUNCTION
(Common)
['l) SYMBOL l/O FUNCTIONAL DESCRIPTION REMARKS
Connected to TPI
1 TPO O Sub-beam l-V amp (TP AMP) output terminal. through adjusting
feedback resistor.
2 TPI I Sub-beam l-V amp (TP AMP) input terminal. f.on.nec_ted to
diode F.
3 TNI I Sub-beam I-V amp (TN AMP) input terminal. annected to PIN
diode E.
. . . Connected to PIN
4 FNI I Mam-beam I-V amp (FN AMP) input terminal. diode A+C.
. . . Connected to PIN
5 FPI I Main-beam I-V amp (FP AMP) input terminal. diode B+D.
. . . Connected to laser
6 LDO 0 Laser diode amp (LD AMP) input terminal. . . .
diode circuit.
7 MDI I Monitor hoto diode am (MD AMP) in ut terminal Connected to monitor
p p p . photo diode.
Connected to RFO
8 RFN I RF amp (RF AMP) negative phase input terminal. through feedback
resistor.
9 RFC 0 RF amp (RF AMP) output terminal. -
10 RFI I RF ripple signal generating circuit input terminal. tc/',r2ichte1t.o RFO
11 VREF 0 Reference voltage supply output terminal. (+2.1V) -
12 RFRP 0 RF ripple signal output terminal. -
13 SBAD O Defects detection signal output terminal. -
14 FEB I Focus error balance adjusting input terminal. Adesting semi-fixed
resistor connected.
15 FEO 0 Focus error amp (FE AMP) output terminal. Pin adjusting resistor
IS connected.
16 SEL I Analog switch control signal input terminal. -
Power source terminal.
17 VEE - -
(TA8190F : -5V, TA8191F : GND)
18 FSN I Focus output amp (FS AMP) negative phase input Connected to FSO
terminal. through feedback CR.
19 FSO Focus output amp (FS AMP) output terminal. -
20 COSC Focu-s search signal generating capacitor connecting CR is connected.
terminal.
21 OSCI I Focus search signal generating built-in current source
control input terminal.
22 GND - Ground terminal. -
1998-05-15 4/20
TOSHIBA TA8190,91F
(Common)
E'C'J“ SYMBOL I/O FUNCTIONAL DESCRIPTION REMARKS
23 VCC - Power source terminal. (+5V) -
24 DMEP I Disc .mo.tor amp (DM AMP) positive phase input -
terminal.
25 DMEN I Disc Po.tor amp (DM AMP) negative phase input -
terminal.
31 FMEN I Feed. motor amp (FM AMP) negative phase input -
terminal.
32 FMEP I Feed. motor amp (FM AMP) positive phase input -
terminal.
37 T520 0 Tracking servo amp 2 (TS2 AMP) output terminal. -
38 TS2N I Track-mg servo amp 2 (TS2 AMP) negative phase input -
terminal.
39 TS2P I Traclfmg servo amp 2 (TS2 AMP) positive phase input -
terminal.
40 TSIO 0 Tracking servo amp 1 (TSI AMP) output terminal. -
41 TS1N I Tracking servo amp 1 (TS1 AMP) negative phase input Connected to TS1O
terminal. through feedback CR.
42 TS1P I Traclflng servo amp 1 (TSI AMP) positive phase input -
terminal.
43 TSO 0 Tracking output amp (TS AMP) output terminal. -
44 TSN I Tracking output amp (TS AMP) negative phase input Connected to TSO
terminal. through feedback CR.
1998-05-15 5/20
TOSHIBA TA8190,91 F
(TA8190F)
[Elly SYMBOL I/O FUNCTIONAL DESCRIPTION REMARKS
26 PVR I Driving amp reference voltage input terminal. Connect to GND.
27 DMPN I PISC motor-dnvmg amp (DMP AMP) negative phase -
input terminal.
Connected to DMPN
28 DMPO 0 Disc motor driving amp (DMP AMP) output terminal. through external
output Tr.
Connected to EMPN
29 FMPO 0 Feed motor driving amp (FMP AMP) output terminal. through external
output Tr.
30 FMPN I feed motor driving amp (FMP AMP) negative phase -
input terminal.
33 FAPN I focus _actutto,r driving amp (FAP AMP) negative phase -
input terminal.
. . Connected to FAPN
34 FAPO 0 Pcui; actuator driving amp (FAP AMP) output through external
terminal.
output Tr.
. . . Connected to TAPN
35 TAPO O Tracklmg actuator driving amp (TAP AMP) output through external
terminal.
output Tr.
36 TAPN I T.rackin.g ac.tu.ator.dr.iving amp (TAP AMP) negative -
phase input terminal.
(TA8191F)
KILL“ SYMBOL /O FUNCTIONAL DESCRIPTION REMARKS
26 DMEO 0 Disc motor amp (DM AMP) output terminal. -
27 DMPO 0 Disc motor driving amp (DM AMP) output terminal. -
28 PVR I Driving amp reference voltage input terminal. Connected to VREF-
29 FMPO 0 Feed motor driving amp (FMP AMP) output terminal. -
30 FMEO 0 Feed motor amp (FM AMP) output terminal. -
33 FAPO 0 Few? actuator driving amp (FAP AMP) output -
terminal.
Connected to 2VRP
34 2VRO O 2VREF amp (2VREF AMP) output terminal. through external
output Tr.
35 2VRP I 2VRE_F amp (2VREF AMP) positive phase input -
terminal.
36 2VRN I 2VRE-F amp (2VREF AMP) negative phase input -
terminal.
1998-05-15 6/20
TOSHIBA TA8190,91F
MAXIMUM RATINGS (Ta =25°C)
CHARACTERISTIC SYMBOL RATING UNIT
Power Supply Voltage VCC'VEE 0.3~12.0 V
Po er Dissi ation TA8190F P 960 (*1) mW
W I 'p I TA8191F D 780 (*2)
Operating Temperature Top, -25~75 "C
Storage Temperature Tstg -5r-150 "C
(*1) Derated above 25°C in the proportion of 7.7mW/°C.
(*2) Derated above 25°C in the proportion of 6.2mW/°C.
ELECTRICAL CHARACTERISTICS
( Unless otherwise specified, TA8190F : Vcc=5V, VEE= -5V, Ta=25°C
TA8191F : Vcc=5V, VEE=GND, Ta=25°C
CHARACTERISTIC SYMBOL CIR- TEST CONDITION MIN. TYP. MAX. UNIT
Power Supply VCC - - o 4.5 5.0 5.5
Power Voltage VEE - Ta.-.. 25 75 C -5.5 -5.0 -4.5 V
Source I 1 SEL=Hi2 14.0 24.0 32 o
(TA8190F) Power Supply cc - . . . mA
Current IEE 1 - 3.0 5.0 7.0
Power Power Supply Vcc - Ta= -25~75°c 4.5 5.0 5.5 v
Voltage
Source Power Su I
(TA8191F) pp y ICC 3 - 14.0 24.0 32.0 mA
Current
Reference Volta e V 1, 3 - 1.95 2.10 2.25 V
Reference g REF
Power Reference Voltage
Su I Temperature AV/AT 1, 3 - -3.0 -2.0 - 1.0 mV/°C
(j,',',',',') Characteristic
(Common) Output Current IOH 1, 3 - 5.0 - - mA
Input Current IOL 1, 3 - 5.0 - - mA
Permissive Input
Current I'M 1, 3 per each ch 30 - - #A
Fl Transfer Resistance RT 1, 3 f=100kHz 115 127 140 k0
Frequency .
Rio Characteristic fc 2, 4 3dB point 3.0 - - MHz
(Common) fee" Signal Slew SR 2, 4 CRFO=20pF 10 20 - 1///s
Total Harmonic f=100kHz
THD 1 - -4 - B
Distortion ' 3 VREO=1-27Vp-p 0 30 d
1998-05-15 7/20
TOSHIBA TA8190,91F
CHARACTERISTIC SYMBOL CIR- TEST CONDITION MIN. TYP. MAX. UNIT
Operation Reference
Voltage VOPR 1, 3 VREF reference -1.13 -0.88 -0.72 V
Fl Upper Limit Output
l Voltage VOH I, 3 VREF reference 1.4 - - V
RFO Lower Limit Output
(Common) Voltage VOL I, 3 VREF reference - - -1.4 V
Permissive Load
. R - - 1 - - k0
Resistance LM 0
Input Operating
Voltage V] 1, 3 - 0.8 - 1.6 Vp-p
Voltage Gain GV 1, 3 f=1kHz 0.55 0.62 0.69 V/V
Peak Hold
Frequency fch I, 3 - 60 120 240 kHz
RFI Characteristic
l Bottom Hold
RFRP Frequency fCBD 1, 3 - 60 120 240 kHz
(Common) Characteristics
Operation Reference
Voltage 1 VOPR 1, 3 VREF reference -0.61 -0.55 -0.49 V
Operation Reference VREF reference
Voltage 2 VOPR l, 3 700kHz, 1vp-p input 120 0 120 mV
Permissive Load
Resistance RLM - - 10 - - k0
Transfer Resistance RT 1, 3 f=1kHz 97 124 151 k0
Gain Balance GB 1, 3 f=1kHz -1.5 - 1.5 dB
EESrZESerstic fc 1, 3 -3dB point 20 30 60 kHz
Fl Tgtal Prmonic THD I, 3 f=1kHz - - -40 dB
1 Distortion VFEO "Im/p-p
FEO tef, Offset vos 1, 3 VREF reference - 100 - 100 mV
(Common) o age
Offset Voltage Drift AV/AT I, 3 - -400 - 400 pN/oC
Upper Limit Output
Voltage VOH I, 3 VREF reference 1.5 - - V
Lower Limit Output
Voltage VOL I, 3 VREF reference - - - 1.5 V
1998-05-15 8/20
TOSHIBA TA8190,91F
CHARACTERISTIC SYMBOL CIR- TEST CONDITION MIN. TYP. MAX. UNIT
Permissive Input
Current I'M 1, 3 Per each ch 5.0 - - #A
Transfer Resistance RT 1, 3 f=1kHz 354 432 554 k0
Gain Balance GB 1, 3 f=1kHz -2.0 - 2.0 dB
Frequency .
Characteristic fc 1, 3 3dB point 10 16 30 kHz
TI Pttl Prmonic THD 1, 3 f=1kHz - - -40 dB
l Distortion VTSO = 0.8Vp-p
TSO Output Offset vos I, 3 VREF reference -50 - 50 mV
Voltage
(Common) .
Offset Voltage Drift AV/AT 1, 3 - -200 - 200 'Ni''c.
Upper Limit Output
Voltage VOH 1, 3 VREF reference 1.5 - - V
Lower Limit Output
Voltage VOL I, 3 VREF reference - - - 1.5 V
Permissive Load
. R - - 1 - - k0
Resistance LM 0
Permissive Input .
Current I'M 1, 3 Total In both ch 7.0 - - PA
Transfer Resistance RT 1, 3 f=1kHz 280 360 440 k0
Frequency .
Characteristic fc 1, 3 3dB point 10 16 30 kHz
TI Tgtal Prmonic THD 1, 3 f=1kHz - - -40 dB
l Distortion VSBAD =1.6Vp-p
SBAD Operation Reference VOPR I, 3 VREF reference -0.88 -0.80 -0.72 V
Voltage
(Common) U Li it O t t
pper lml u pu
Voltage VOH 1, 3 VREF reference 1.5 - - V
Lower Limit Output
Voltage VOL 1, 3 VREF reference - - 1.5 V
Permissive Load
Resistance RLM - - 10 - - kn
. fosa--0.5Hz
OSCI Output Amplitude vo - (CMOS level) 610 700 780 mVp-p
l Output Offset . .
FSO Voltage vos - OSCI . Hi2 35 - 35 mV
(Common) Output Switch fosty--0.5Hz
Isolation V'SO - SEL : "H" level - - 25 mi/p-p
1998-05-15 9/20
TOSHIBA TA8190,91F
CHARACTERISTIC SYMBOL CIR- TEST CONDITION MIN. TYP. MAX. UNIT
f=10kHz
Voltage Gain 1 Gv1 - 14.5 16.0 17.5 V/V
VFso=1Vp-p
Voltage Gain 2 GV2 - RNF(FSO-FSN) : 12m 1.79 2.11 2.43 V/V
FEO Upper Limit Output VOH - GND reference 3.6 - - V
l Voltage
FSO 501:? eLimit Output VOL - GND reference - - 0.5 V
(TA8190F) O°t gt Off t
u pu se
Voltage vos - - 32 - 32 mV
Total Harmonic f=10kHz
Distortion THD - VFso=IVp-p - - -40 dB
f=10kHz
Voltage Gain 1 G - 14.5 16.0 17.5 V/V
VI VFso=1Vp-p
Voltage Gain 2 GV2 - RNF(FSO-FSN) : 12m 1.79 2.11 2.43 V/V
FEO Upper Limit Output VOH - GND reference 3.6 - - v
l Voltage
FSO boxer Limit Output VOL - GND reference - - 0.5 V
(TA8191F) octagfmf t
u pu se
Voltage vos - - 32 - 32 mV
Pty Prmonic THD - f=10kHz - - -40 dB
Distortion VFSO = IN/p-p
Voltage Gain GV - f=10KHz 80 96 114 V/V
VFAP0=1Vp-p
Upper Limit Output v0... - GND reference 2.8 - - v
FEO Voltage
l Lower Limit Output VOL - GND reference - - -2.8 V
FAPO Voltage
Output Offset
TA8190F - - - -
( ) Voltage vos 200 200 mV
f=10kHz
Total Harmonic
. . THD - VFAPO =1Vp-p - - - 40 dB
Distortion RL = 80
TOSHIBA TA8190,91 F
CHARACTERISTIC SYMBOL CIR- TEST CONDITION MIN. TYP. MAX. UNIT
f=1 kH
Voltage Gain GV - 0 Z 14.0 16.0 18.0 V/V
VFAPO =1Vp-p
Upper Limit Output
FEO Voltage VOH - GND reference 3.6 - - V
l Lower Limit Output
FAPO Voltage VOL - GND reference - - 1.0 V
(TA819IF) Output Offset
Voltage vos - - -40 - 40 mV
Pty Prmonic THD - f=10kHz - - -40 dB
Distortion VFAPO =1Vp-p
Voltage Gain GV - f=10kHz 0.95 1.00 1.05 V/V
VTS1O=1Vp-p
Upper Limit Output VOH - GND reference 3.6 - - V
TS1P Voltage
l Lower Limit Output VOL - GND reference - - 1.0 V
T510 Voltage
Output Offset
Common - - - . - .
( ) Voltage vos 5 0 5 0 mV
Input Bias Current II - - - 100 - 100 nA
T0ta| Prmonic THD - f=10kHz - - -40 dB
Distortion VTslo =1Vp-p
Voltage Gain GV - f=10kHz 1.9 2.0 2.1 V/V
VTSZO=1Vp-p
Upper Limit Output VOH - GND reference 3.6 - - V
TS2P Voltage
l Lower Limit Output VOL - GND reference - - 0.5 V
T520 Voltage
Output Offset
C mm n - - - -
( o o ) Voltage vos 10 10 mV
Input Bias Current II - - - 100 - 100 nA
Pttl Prmonic THD - f=10kHz - - -40 dB
Distortion VTSZO =IVp-p
TOSHIBA TA8190,91F
CHARACTERISTIC SYMBOL CIR- TEST CONDITION MIN. TYP. MAX. UNIT
Voltage Gain GV - f=10kHz 10.5 12.0 13.5 V/V
VTAP0=1Vp-p
Upper Limit Output VOH - GND reference 2.8 - - V
TS2P Voltage
l Lower Limit Output VOL - GND reference - - -2.8 V
Voltage
TAPO O tp t Offset
TA8190F - - - -
( ) Voltage vos 80 80 mV
f=10kHZ
Total Harmonic
Distortion THD - 1/TApo=1Vp-p - - -40 dB
Voltage Gain GV - f=10KHz 5.7 6.7 7.7 V/V
VDME0=1Vp-p
Upper Limit Output
DMEP Voltage VOH - GND reference 3.6 - - V
l Lower Limit Output
DMEO Voltage VOL - GND reference - - 0.5 V
(TA8191F) Output Offset
Voltage vos - - -15 - 15 mV
Tgtal Prmonic THD - f=10kHz - - -40 dB
Distortion VDMEO =1Vp-p
Voltage Gain GV - f=10kHz 32 40 50 V/V
VDMP0=1Vp-p
Upper Limit Output v0... - GND reference 2.8 - - v
DMEP Voltage
l Lower Limit Output VOL - GND reference - - -2.8 V
Voltage
DMPO O tp t Offset
TA8190F - - - -
( ) Voltage vos 100 100 mV
f=10kHz
Total Harmonic
. . THD - VDMPO=1Vp-p - - -35 dB
Distortion RL = 80
TOSHIBA TA8190,91F
CHARACTERISTIC SYMBOL CIR- TEST CONDITION MIN. TYP. MAX. UNIT
Voltage Gain GV - f=10kHz 5.4 6.7 8.0 V/V
VDMPo=1Vp-p
Upper Limit Output
DMEP Voltage VOH - GND reference 3.6 - - V
l Lower Limit Output
DMPO Voltage VOL - GND reference - - 1.2 V
(TA8191F) Output Offset
Voltage vos - - -30 - 30 mV
Tgtal Harmonic THD - f=10kHz - - -40 dB
Distortion VDMPO =1Vp-p
f=10kHz
Voltage Gain GV - VFMEO=1Vp-p 3.6 3.9 4.3 V/V
VFMEN=VREF
FMEP Upper imit Output l/OH - GND reference 3.6 - - v
l Voltage
FMEO Lower Limit Output VOL - GND reference - - 0.5 V
Voltage
(TA8191F)
Output Offset V -15 15 mV
Voltage os
Tgtal Prmonic THD - f=10kHz - - -40 dB
Distortion VFMEO =1Vp-p
Voltage Gain GV - f=10kHz 124 150 177 V/V
VFMPo=1Vp-p
Upper Limit Output l/OH - GND reference 2.8 - - v
FMEP Voltage
l Lower Limit Output VOL - GND reference - - -2.8 V
FMPO Voltage
Output Offset
TA8190F - - - -
( ) Voltage vos 500 500 mV
f=10kHz
Total Harmonic
. . THD - VFMPO=1Vp-p - - -30 dB
Distortion RL = 80
TOSHIBA TA8190,91F
CHARACTERISTIC SYMBOL CIR- TEST CONDITION MIN. TYP. MAX. UNIT
f=10kHz
Voltage Gain GV - VFMpo=1Vp_p 3.4 3.9 4.6 V/V
VFMEN=VREF
FMEP Upper imit Output VOH - GND reference 3.6 - - v
l Voltage
FMPO \L/Z‘fgehm't Output VOL - GND reference - - 1.0 v
(TA8191F) O Ct Offset
Voltage vos - - -20 - 20 mV
Pttl Prmonic THD - f=10kHz - - -40 dB
Distortion VFMpo =1Vp-p
2slm DC Voltage Gain GVDC - VZVR=VREF 1.90 2.00 2.10 V/V
(TA8191F)
Reference Operating VMDI at which VLDO
Voltage VMDI - becomes 3.5V. 170 178 192 mV
Voltage Gain GV - f=10kHz 170 200 230 mV
MDI VLDO = 0.5Vp-p
l Input Bias Current II - - -200 - 200 nA
LDO R'pPle Rgmovmg RR - Input converted value - - -56 dB
Ratio (With Vcc)
(Common) F
requency - . - -
Characteristic fc - 3dB point 20 kHz
LD Off Voltage
. V - EL=L - .7 - - V
(With Vcc) LD OFF s 0
TEST CIRCUIT 1
FTI AC
AC GND 0—
FT[ DC C 1
VREF C
cc .11:
13' T".
L00 0—
ZSAIOWS
FEBO C— 41
VREF (‘r
+15V O--—"
v F T50 TS1F' v
'-ll—‘
1009}:
5F TS’ID TSZP VREF T520
TA8190F
: FAPO
2% i 0L.
' -—OGND
—O FMEP
0 VREF
O FMPO
1j-',l-,
~O GND
l’x/XZ'XZ‘Xle [\f’XZ‘Xf’xr/l
O DMPO
"O GND
O DMEP
0 VREF
*0 VREF
:ln'OOL
(VREF) :
—15v 0
TA8190,91 F — 15
>—--|]—1
>"VW—‘
0101410 0
RFRP VREF SBAD VREF
FSO GND OSCI
TOSHIBA
TA8190,91 F
TOSHIBA TA8190,91F
TEST CIRCUIT 2
24m 3‘
TSN T50 TSIP TSIN TS10 TSZP TS2N TSZO TAPN TAPO FAPO
TPI FMEP
FTI AC
AC GND
FTI DC
TA8190F
RFRP SBAD
cosc osa GND
1998-05-1 5 16/20
TEST CIRCUIT 3
FTIAC C*__—_—-——————————————
AC GND 0——
FTID :+ l
VREF G
VREF T50 T$1P VREF T510 T52? V EF T920
Zkfl 2k§2
GND ZVR
- tl' desd.
'Jt or$1
.9 MS].
c'e am
LDC G l
25A1015
_-rt-rr-rt-t
MDR + m
GND 0—“
yrftyty
RFO C—
VREF C
O3d Cl.'-'?,
tlad Ct Uh
FEBO 0* \J}
VREF C
'lst Ntl/tir
Ctr" 0351
a, 'ot" NZSJ.
TA8191F
N31 tt U’IZL
135 'y)
.59 .510
dtitid
ZSA1015
2 V R0
-———0 FAPO
0 VREF
33 l 0 FMEP
a - FMEN
S14 :1 I
Q . 0 VREF
30 O FMEO
29 O FMPO
8 0 VREF
27 O DMPO
26 - o DMEO
@313 G1 L.....__._.—o DMEP
23 0 VREF
O VREF
100,11F
O VREF
-—-—--—0 GND
+15V C—+'
driotu
(VREF) +
TA8190,91F-17
VREF SBAD VREF
F50 VREF F50 GND
TOSHIBA
TA8190,91 F
TOSHIBA
TEST CIRCUIT 4
TA8190,91 F
1 1 d 2SA1015
Cl s Cl c: s,
24kQ t, N i', i.,", rs 19.24
.- T" +"-
44 43 42 41 40 39 38 37 36 35 34
TSN TSO T51P TS1N T510 TSZP TS2N T520 2VRN 2VRP 2VRO
1 TPO FAPO 33
_ 2 TPI FMEP 32
3 TNI FMEN 31
10m 2142
"Aco-aC- -' 4 FNI FMEO 30
9:: 10pF
AC GND 0 H 5) FPI FMPO <29
FTI DC C a-Os LDO TA 1 1 F PVR 2 y--
u. +1” 0.1 F D 8 9 Cai,
It, d, /2
ii? I;
VREFC) C) MDI DMPO 27
8 RFN DMEO 26
- N f, 12k
RFO ty u. ks) RFO DMEN (2Fik''v''-o
:‘J: 8
' TN 0.01uF 10kQ
VREFC I RFI DMEP
VREF VCC cr VCC
011/11: RFRP SBAD FEB FSN FSO COSC OSCI GND 01le
"_ ' I
- a + + a - ti) GND
100/1F 100tzF
1998-05-15 18/20
TOSHIBA TA8190,91F
OUTLINE DRAWING
QFP44-P-1414-0.80B Unit : mm
1 8.2:t0 .3
h 14.0i0.2
14.0i0.2
18 2&0 3
_. hoesms
1.2i0.2
Weight : 1.1Sg (Typ.)
1998-05-1 5 19/20
TOSHIBA TA8190,91F
OUTLINE DRAWING
QFP44-P-1010-0.80C Unit : mm
12.2i0.3
10.0i0.2
2; t,,fiFiiFlflfjjr?lfjlhihl,
0.55:0.2
Weight : 0.5g (Typ.)
1998-05-15 20/20
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