TA7698AP ,VIDEO-CHROMA-DEFLECTION SYSTEM FOR A COLOR TELEVISIONTOSHIBAINTEGRATED CIRCUITTA7698APTECHNICAL DATA TOSHIBA BIPOLAR LINEAR INTEGRATED CIRCUIT“1A12(1)TE ..
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TC551402J-25 ,4,194,304 WORD BY 1-BIT/1,048,576 WORD BY 4 BIT CMOS STATIC RAMTOSHIBA TC551402J-22,-254,194,304-WORD BY 1-BlT/1,048,576-WORD BY 4-BIT CMOS STATIC RAMThe TC551402 ..
TC551664AJ-15 ,65,536-WORD BY 16-BIT CMOS STATIC RAMTOSHIBA TC551664AJ-15,-2065,536-WORD BY 16-BIT CMOS STATIC RAMThe TC551664AJ is a 1,048,576-bit hig ..
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TC551664BFT-15 ,65,536-WORD BY 16-BIT CMOS STATIC RAMTOSHIBA TC551664BJ/BFT-12,-1565,536-WORD BY 16-BIT CMOS STATIC RAMThe TC551664BJ/BFT is a 1,048,576 ..
TC551664BFT-15 ,65,536-WORD BY 16-BIT CMOS STATIC RAMTOSHIBA TC551664BJ/BFT-12,-1565,536-WORD BY 16-BIT CMOS STATIC RAMThe TC551664BJ/BFT is a 1,048,576 ..
TA7698AP
VIDEO-CHROMA-DEFLECTION SYSTEM FOR A COLOR TELEVISION
'irttSNllllliila
INTEGRATED CIRCUIT TA7698AP
TECHNICAL DATA TOSHIBA BIPOLAR LINEAR INTEGRATED CIRCUIT
SILICON MONOLITHIC
TENTATIVE
Unit in mm
i/I0E0-cHR0NA-0EFLEcTION SYSTEM
FOR A COLOR TELEVISION (PAL, NTSC) 42
The TA7698AP combines a PAL/NTSC Video-
Chroma subsystem and a Deflection combination
on a single monolithic integrated circuit to
provide a PAL or PAL/NTSC color television. 512102
This device includes a Video amplifier, PAL i
and NTSC color demodulator these are designed
to provide color differential signal outputs,
1.2TYP 0.5i0.1
and improved Sync-separator, Horizontal - - II¢QZSQD
oscillator with saw tooth wave type AFC, Package width and length do not
Horizontal pre-driver with X'ray protection
include mold protrusion.
circuit, Vertical oscillator and Vertical
pre-driver in a 42 leads dual-in-line type TOSHIBA
1' fe'
oss' a
era' v.1
. "Yes
d ili +1
+1 <15 t?
to', CS
1.43:0.1 t' ei
Allowable mold protrusion is 0.15mm.
DrP42-P-600
plastic package.
FEATURES :
Video-Chroma Section
Simple PAL/NTSC System switch (Demodulator, Flip-flop, Tint control for NTSC)
Suitable to a Multi-CTV System :
TA7698AP ... PAL/NTSC Dual System
TA7698AP + SECAM combination ... 3 or more system
. Minimum Numbers of External Parts Required.
. Stabilized with Respect to Variation of Temperature and Supply Voltage.
. A Few Initial Adjustment Required.
Deflection Section
Excellent Temperature Stability of Horizontal Oscillator.
Exact 507, Duty Cycle Outupt Due to the 2-fH Oscillator and Flip-Flop Circuit.
. Excellent Inter-race.
CI 90972“? 001.9725 BTS I:
The information contained herein is presented only as a guide for the applications of our
products. No responsibility is assumed by TOSHIBA for any infringements of patents or other
rights of the third parties which may result from its use. No license is granted by implication
"1A12(1) or otherwise under any patent or patent rights of TOSHIBA or others.
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TA769 8AP-l
19BB-10-2 5
TOSHIBA CORPORATION
. a INTEGRATED CIRCUIT
TQSHHIA TECHNICAL DATA TA 7 6 9 BAP
’MAXIMUM RATINGS (Ta=25°C)
CHARACTERISTIC SYMBOL RATING UNIT
Supply Voltage VCC MAX 15 V
Horiz. Supply Current ICC MAX 40 mA
Max. Input Signal Level eIN3,5,1h,15,17, 5 Vp-p
19,28,37,39
Max. Control Terminal Voltage VAMAX’ VSMAX’ VCC V
V7MAX, V9MAX
Term. 1 Max. Output Current 11 MAX 4
Term. 8 Max. Output Current 18 MAX 10 mA
Term. 10 Max. Output Current 110 MAX 4 mA
Term. 13 Max. Output Current 113 MAX 4 mA
Min. Load Resistance RLD 1.8 km
Term. 23 Max. Output Current 123 MAX tt mA
Vertical Stage Output Current 124 MAX 20 mA
Term. 25 Max. Output Current 125 MAX tt mA
Term. 26 Max. Input Voltage V26 MAX Vcc V
Term. 27 Max. Output Current 127 MAX 20 mA
Term. 30 MAX. Input Current -r30 MAX 1 mA
Horiz. Max. Sink Current -124 MAX 30 mA
Horiz. Ave. Sink Current ~124 15 mA
Term. 35 Max. Input Voltage V35 MAX Vcc V
Term. 36 Max. Voltage V36 MAX Vcc V
Term. 38 Max. Input Voltage V38 MAX 5 V
Term. 40 Max. Output Current 140 MAX 5 mA
Term. 42 Max. Sink Current -02 MAX tt mA
Max. Power Dissipation PD MAX 2.2 w
Operating Temperature Topr -20-65 °C
Storage Temperature Tstg -55-150 °C
Note: Derated above Ta=25°C in the proportion of l7.6mW/°C.
TA7698AP-2
IZI 90972”? 001972? pal, D TOSHIBA conponA'rlom
-1.Al2C?)
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INTEGRATED CIRCUIT
TECHNICAL DATA
TCDSIHIIIIA
TA7698AP
BLOCK DIAGRAM
EMITTER
PEAKING
VIDEO/CHROMA
/VERT.DEF
CONTRAST
CLAMP IN
PEDESTAL CC
BRIGHTNESS
CONTROL
CHROMA IN
NICOLOR
ACC FILTER
CONTROL
CHROMA OUT
CHROMA AMP
UNI COLOR
HUE CONTROL
CLEANING
GND 11
(VIDEO/CHROMA)
H.DRIVE
KILLER/TDENT
FILTER
X'tal DRIVE
PROTECT.
45° IN
APC FILTERl
DIRECT IN
APC FILTER2 'i), E ii!
DELAY IN 3 b, S
SYSTEM SW ai g i';
(PAL/NTSC)
(l-Y OUT/
UNI COLOR sw
R-Y OUT
:3 qua72u7 nnmq7éa 178 E3
Ilhlilfp,
V.DRIVE
CONTRAST
OUT (C)
CONTRAST
CONTROL
INV. OUT
INV. IN
H PULSE IN
GATE PULSE OUT
SYNC SEP. IN
SYNC SEP.OUT
AFC OUT
H 080 TIMING
H DRIVE OUT
GND (DEFLECTION)
X - RAY PROTECT ER
V 030 TIMING
V TRIQ
RAMP CAP.
V SIZE
V DRIVE OUT
-Y OUT
B-Y OUT
TA7698AP-3
TOSHIBA CORPORATION
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TIA12(2)
http://www.chipdocs.com
E] 309729? UULH?EH Di34 CCI
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TA7698AP-4
TOSHIBA CORPORATION
ELECTRICAL CHARACTERISTICS (Unless otherwise specified, V2=12V, Ta=25°C)
VIDEO SECTION (1)
CHARACTERISTIC SYMBOL TEST TEST SW SW SW SW TEST CONDITION MIN. TYP. MAX. UNIT
CCT PIN 36 41 4A 4B
'TQSHHIA
Recommendable
Supply Voltage VCCl 10.8 12 13.2 V
12V Supply
Current Icc1 l 2 60 82 106 mA
Vc=lOV, Vx=4.25V, Vz=4.0V
Video Gain GV 2 :3 OFF ON OFF ON 039:500kHz le—p(Mu1ti Burst) 3 6 7 dB
Cv=20€og(vz3/v39)
Vc=10V~2V, Vx=4.25V, Vz=4.0V
AGV 2 23 OFF ON OFF ON v39:500kHz le—p(Multi Burst) 40 — - dB
AGV=zoeog(v23MAx./v23 MIN.)
Contrast Gain
Control Range
INTEGRATED CIRCUIT
TECHNICAL DATA
Vc=10V, Vx=4.25V,.Vz=4.0V
”39:500kHz, 4.0MH2 1Vp-p
(Multi Burst)
AGVf=20£og(U 4MHz/Uz3 SOOkHz)
Video Frequency
Characteristics AGVf 2 23 OFF ON OFF ON
—3.5 —l.5 0.5 dB
vc=1ov, Vz=4.0V
DC VX:Pedestal #39=3.25v
Restoration
Ratio K 2 23 OFF ON ON 0“ 039:2.SVp—p 10 STEP APL 10%~90% 63 70 77
= _ 23 Eedestal ‘
K (1 v23 100% APL ’ X 100
Vx=4.25V, ”39zNo Signal
”23 MAX 2 23 OFF OFF OFF ON vz=2v~7v 5.0 7.5 - Vp—p
' 10% to 90% of Variation
Max. Video
Output
TA7698AP
Vx=4.25V, Vz=4.0V
6V23/6T 2 23 OFF OFF OFF ON Z’39:No Signal —2.5 0 2.5 mV/°C
Ta=-20°C~65°C
Video DC Output
Term. Co_effici
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TlA12(2)
E: 90972”? 0019730 525 E3
VIDEO SECTION (2)
CHARACTERISTIC
SYMBOL
TEST CONDITION
Inverter Amp.
Vx=4.25V
”39:500kHz, le-p
GR=20€og(vao/v39)
Inverter Amp.
Differential
Vx:3.3~5.3V
039:3.58MH2, lOOmVp-p
DGR=(”40MAX/”40MIN-1) X 100
Inverter Amp.
Differential
sz3.3~5.3V
039:3.58MHZ, lOOmVp—p
DPR=é40MAx—¢40MIN
Inverter Amp.
requency
Characteristics
Vx=4.25V
U39=500kHz, AMHz, le—p
AGRf=20€og
(v40 AMHz/vao SOOkHz)
Inverter Amp.
3.58MHz
Linearity
Vx=4.25V
Measure #39 input level at #40
maximum output.
Contrast
Control Open
Voltage
TOSHIBA CORPORATION
TA7698AP-5
Color Control
Open Voltage
Tint Control
Open Voltage
Pedestal Amp.
Vx=4.25V, Vz=4V
V39=500kHz,le-p(Multi Burst)
Gp=zoeog(v23/”3)
"irtisim
A INTEGRATED CIRCUIT
TECHNICAL DATA
TA7698AP
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1.412(2)
E3 909729? MI'8731, Piai? E3
CHROMA (1) PAL
(Unless
otherwise specified,
vc=1ov, vs=10v, SW36:0N, SWlO:OFF, SW4A:0N, SW4B:ON)
CHARACTERISTIC
SYMBOL
TEST CONDITION
Max. Chroma
Output Voltage
”5:120mVp—p(B:C=1:l)
Burst Output
Voltage
z15:120mVp—p(B:C=l:l)
Characteristics
v5:l§mVp—p(B:C=l:l)
Characteristics
”5:100mVp—p, 300mVp—p
(B:C=l:l)
A V8(V§=300mVE—2)
P v8
Chroma Input
ynamic Range
vs=lOOmVp-p-*800mVp-p
Uni Color
Control Range
(Uni Color)
Switch ON
AeCUlp
vc=4~1ov, Vs=lOV
U5=120mVp-p(B:C=1:l)
v8(v =10V)
”8( c=4V)
AeCUP=20€og
TOSHIBA CORPORATION
TA'7698AP-6
Uni Color
Control Range
(Switch OFF)
AeCUZP
Same as above
Uni Color
Control Phase
vc=4v~10v, vs=1ov
v5=120mVp—p(B:C=l:l)
Residual
vc=10v, VS=OV
v5=120mVp—p(B:C=l:l)
aroismaalNTiiialh11ii0 CIRCUIT
TECHNICAL DATA
TA7698AP
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T1A12(2)
c: qnq7au? 0019732 ET? ECI
CHROMA (2) PAL
CHARACTERISTIC
SYMBOL
TEST CONDITION
Color Control
Phase Shift
Vc=10V, Vs=2~10V
z’5=120mVp—p(B:C=l:l)
urst-Chroma
Pifference
Burst phase difference
between pin 8 and
pin 10.
Tint Control
Aabfllp
Tint Control
istribution
AabHZP
Killer Det.
Sensitivity
Change the burst level
at pin 5 from 0 to-
lSOmVp-p.
Mesure burst level at
pin 10 when killer
starts to operate.
110 mVp—p
TA7698AP-7
TOSHIBA CORPORATION
Ident Det.
Sensitivity
Change burst level at
pin 5 from o to
150mVp—p.
Mesure burst level at
pin 10 when ident
starts to operate.
- mVp—p
Pull—in Range
”5:120mVp-p burst
Phase Det.
Sensitivity
”5:120mVp-p burst
— mV/deg
Control
Sensitivity
vsleOmVp-p burst
- Hz/mV
"rtisruaalN'rii"rriii) CIRCUIT
TECHNICAL DATA
TA7 69t3AP
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‘1A12(2)
E3 HUH?EH? DULH?33 S35 E3
CHROMA (3) PAL
CHARACTERISTIC
SYMBOL
TEST CONDITION
Differential
Output Voltage
v17, v19:100mVp-p
4.443618MHz
CW:4.433618MHz
Max. Color
Differential
Output Voltage
017, ”19:500mVp-p
4.43618MH2
CW:4.433618MHz
Relative
Amplitude
R’Y/B—YP
G'Y/B-Yp
v17:200mVp—p
4.443618MH2
CW:4.433618MH2
Relative
Residual
Carrier
TOSHIBA CORPORATION
TA7698AP-8
Demodulator
Bandwidth
”17:200mVp-p
10kHz~5MHz
Dam.mmmm
DC Voltage
Demo. Output
DC Voltage
Difference
Eo(R—G)p
E0(R-B)p
EO(B-G)P
V17. ”19 no input
"roisrusaNriialhni0 CIRCUIT
TECHNICAL DATA
TA7698AP
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"1A12(2)
D 'ie7iiyl'? UUl-‘l?31+ H7]. III
CHROMA (3) PAL
CHARACTERISTIC
SYMBOL
TEST CONDITION
Demo.0utput
DC Voltage
Therm.
Co-effic.
AEORflP
43060?
Ta=—20~6S°C
Demo. Output
Diffence
Voltage
Therm.
Co-effic.
E0(R-G)0P
E0(R-B)0P
EO(B-G)a
Ta=-20°C~65°C
System SW
Threshold
v17:200mVp—p
4.443618MHz
CW:4.433618MH2
DC Change by
System SW
”17:200mVp-p
4.43618MHZ
TOSHIBA CORPORATION
TA7698AP-9
"rsswasalhmia?hni0 CIRCUIT
TECHNICAL DATA
T'AI76S? BAP
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-HAl2(2)
E3 90972“? DDLQ?35 308 E3
CHROMA (4) NTSC
(Unless otherwise
specified,
VC=10V, Vs=10V, SW36:0N, SW10:OFF, SW4A:0N, SW4B:ON)
CHARACTERISTIC SYMBOL
TEST CONDITION
MIN. TYP. MAX. UNIT
Max. Chroma
Output Voltage eCMN
”5:120mVp—p(B:C=l:l)
0.5 0.75 1.05
Burst Output
Voltage ebN
Z15:120mVp-p(B:C=l:l)
0.45 0.70 0.95
Characteristics
”5:15mVp-p(B:C=l:1)
0.2 0.43 — Vp—p
Characteristics
05:100mVp—p,
300mVp-p(B:C=l:l)
A = v8(”5=300mV — )
P 08(05=100mVp-p)
mmmalmmt
Dynamic Range eCIN
v5=100mVp—p'*800mVp—p
500 600 — mVp-p
Uni Color
Control Range
Uni Color SW
Aecu1N
Vc=4~10V, Vs=10V
05=120mVp-p(B:C=l:l)
deCUP=20€og ”8(UC=4V)
”8(”C=10V)
40 - — dB
TOSHIBA CORPORATION
TA7698AP-10
Uni Color
Control Range
(2) AeCUZN
(SW OFF)
Uni Color
Control Phase
vc=4v~10v, vs=1ov
v5=120mVp-p(B:C=l:1)
Residual Color eCKN
Vc=lOV, vs=0v
v5=120mVp-p(B:C=l:l)
vti)m,uaaNriiiaih'ril) CIRCUIT
TECHNICAL DATA
TA7698AP
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T‘1A12(2)
E] HDH?EH? 0019735 EH” E3
CHROMA (5) NTSC
CHARACTERISTIC
SYMBOL
TEST CONDITION
Color Control
Phase Shift
Vc=lOV, Vs=2~10V
v5=120mVp-p(B:C=l:l)
Burst—Chroma
Difference
Tint Control
Vc=1OV
VT=2~1OV
vS=120mVp~p
(B:C=l:l)
f=4.43MHz
f=3.58MHz
Tint Control
Distribution
AabHZN
Vc=lOV
U5=120mVp-p
(B:C=l:l)
f=4.43MHz
f=3.58MHz
Killer Det.
Sensitivity
TOSHIBA CORPORATION
TA7698AP-ll
Pull-in Range
Phase Det.
Sensitivity
Control
Sensitivity
"rt()yBMlliB
AINTEGRATED CIRCUIT
TECHNICAL DATA
TA7698AP
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T1A12(2)
E3 RDH?EH? 001973? 180 E3
CHROMA (6) NTSC
ACHARACTERISTIC
SYMBOL
TEST CONDITION
Differential
Output Voltage
lOOmVp—p
4.443618MH2
CW:4.433618MHz
Max. Color
Differential
Output Voltage
500mvp—p
4.443618MH2
CW:4.433618MH2
Relative
Amplitude
R‘Y/B—YN
G-Y/B-YN
lOOmVp-p
4.443618MHz
CW:4.433618MHZ
Relative
Residual
Carrier
TOSHIBA CDRPORAT|DN
TA7698AP-12
1.9B8-10-25
Demodurator
Band Width
Z’17:100mVp-p,10kl-1z~5MHz
Demo. Output
DC Voltage
wa.mmmm
DC Voltage
Difference
E0(R-G)N
E0(G—B)N
EO(B—G)N
orcdssaaalN'riialhTiiii) CIRCUIT
TECHNICAL DATA
TA7698AP
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TIAIZQ)
90972“? BULQ?36 UL? E]
CHROMA (6) NTSC
CHARACTERISTIC SYMBOL
TEST CONDITION
Demo. Output
DC Voltage
Therm.
Co—effic.
AEORfiN
JE000m
AEogfiN
Ta=—20"~65°C
Demo. Output
Diff. Voltage
Therm.
Co—effic.
AE0(R—G)9N
4EO(R—B)0N
A E0(B-G) 0N
Ta=-20-65°C
TOSHIBA CORPORATION
TA7698AP-13
. ortimaaalhmiialhTiiir) CIRCUIT
TECHNICAL DATA
TA7698AP
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T1A12.t2)
D 90:172H? 001.973“! T53 D
HORIZONTAL SECTION (1)
(SW24, sw27, SW28
SW29:a)
CHARACTERISTIC
SYMBOL
TEST CONDITION
Horizontal
Regulated
Voltage
Recommendable
Supply Current
Horizontal
Free Running
Frequency
fH Thermal
Ta=—20~60°C
AFC Clamping
Voltage
SW1:a, SW2:a
AFC Sink
Current
SW1:a, SW2zb
AFC Source
Current
SW1za, SW2:c
TOSHIBA CORPORATION
TA7698AP-14
Horiz. Drive
Residual
Voltage
Saturation Voltage of
Horiz. Output
Pulse Duty
T032=Duty cycle of H
period.
Horiz. Osc.
Starting
Voltage
V33 START
VB:Variab1e
Measure min VB which
provides 150% duty
output to #32
TISHII BAINTEGRATED CIRCUIT
TECHNICAL DATA
TA7698AP
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E3 QUH?EH? DDLH7HU 775 E3
HORIZONTAL SECTION (2)
CHARACTERISTIC SYMBOL
TEST CONDITION
Supply Current I33 START
Measure 133
Pull—in Range fH PULL
VH:Variab1e
Observe #32 and #37
waveform.
S37 a-+b, Measure the
frequency difference.
Hold Range
de HOLD
Same as above
AFC Voltage
Sensitivity
VA=4.SV, Set VH so that
fH will be 15.75kHz.
Then, Change VA 4V+0.5V,
Measure fH difference.
Voltage
Sensitivity
'ray Protector
x'ray Protector
Current
Sensitivity
TOSHIBA CORPORATION
TA7698AP-15
19tW-10-25
Apply variable DC
voltage to #30(V30).
Measure V30 and 130
when #32 output
disappers.
H. Drive Output
Excess Voltage
Protector
Current Sens.
Excess Voltage
Protector
Voltage Sens.
Apply variable DC
voltage to #32 thrOugh
1kg resistor.
MeaSure V32 and 132 just
before V32 goes down.
oreimaaaiNTii0"riiiii) CIRCUIT
TECHNICAL DATA
TA'7698AP
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TIAI2(2)
E3 QDH?EH? 0019?Hl EDI E3
VERTICAL SECTION
CHARACTERISTIC
SYMBOL
TEST CONDITION
Vertical
Frequency
54.1 Hz
Retrace Time
H period of #27 output pulse
Pull—in Range
dfv PULL
Set fV t0 SOHZ at SW28:0FF
;fosc28
Measure fV at SW28:ON
;fosc'28
dfv PULL=fosc28-fosc'28
11.0 Hz
Term. 27 Max.
Output Voltage
sw29:0N, SW4:OFF
Term. 27 Max.
Output Current
SW29:ON, SW4:0N
TOSHIBA CORPORATION
TA7698AP-l6
Max. Common
Mode Input
Voltage
V27=6-+12V
Min. Common
Mode Input
Voltage
V27=6**0V
orasxnBalhmial)rriiio cmcun
TECHNICAL DATA
TA7698AP
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ETIAIIZ‘
CD 90978”? UULQ?HE Still E3
VERTICAL SECTION
CHARACTERISTIC SYMBOL
TEST TEST
CCT PIN
TEST CONDITION
Term. 27
Input Current 1127
V27=6V
Term. 26
Input Current 1126
V27=6V
Max. Drive
Output Voltage VOHZA
.TQSHBBAINTEGRATED CIRCUIT
TECHNICAL DATA
Min. Drive
Output Voltage V0L24
Term. 25
Bias Voltage V25
Iz5=-0.2mA
TOSHIBA CORPORATION
TA7698AP-17
fV Thermal
Drift fVT
Ta=~20~60°C
TA7698AP
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'TIAIZQ)
CI 90973"? 00197H3 All" E:
SYNC SEPARATOR
CHARACTERISTIC SYMBOL
TEST TEST
CCT PIN
TEST CONDITION
Sync. Separator
Current IIN37
Sensitivity
OFF OFF
Measure #37 input current when
V36 goes L level to H.
Sync. Output
H level VOH36
OFF OFF
Measure V36
Sync. Output
L level VOL36
OFF OFF
Measure V36
A INTEGRATED CIRCUIT
TECHNICAL DATA
Gate Pulse V
H level OH38
OFF OFF
VD=12V, V35=5V
Measure V38
Gate Pulse V
L level 0L38
OFF OFF
VD=12V
Measure V38
H Pulse V
Threshold 380N
TOSHIBA CORPORATION
TA7698AP-18
OFF OFF
VD:Variab1e 0~2V
Measure VD when V38 goes H
TA7698AP
' " INTEGRATED CIRCUIT
TQSHHIA TECHNICAL DATA TA7698AP
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TA7698AP-19
tCCI ‘10‘172H7 M1'r7l 31.0 D TOSHIBA CORPORATION
3T1A12(2)
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INTEGRATED CIRCUIT
TECHNICAL DATA
TA7698AP
MULTI BURST
TEST CIRCUIT 2.
E3 90972”? UUl9795 25? E3
T1A12(2)
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TA7698AP-20
TOSHIBA CORPORATION
TQSHHIA
INTEGRATED CIRCUIT
TECHNICAL DATA
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TA7698AP-21
TOSHIBA CORPORATION
INTEGRATED CIRCUIT
TQSHIIIA
TECHNICAL DATA TA 7 6 9 BAP
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mum) UULHWJ? [JET D TOSHIBA CORPORATION
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' TGSHHIA
INTEGRATED CIRCUIT
TECHNICAL DATA
TAT 698AP
VD (+70v)
VB (+20v)
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TA7698AP-23
TOSHIBA CORPORATION
1nDSNllllliila
INTEGRATED CIRCUIT
TECHNICAL DATA
TA7698AP
vcc - ICC CHARACTERISTICS
'7 8 9 1o 11 12 13 "
SUPPLY VOLTAGE VCC (v)
INVERTER DC CHARACTERISTICS
12 39 IO
VCC = 13V
0 2 l 6 8 10 12 ll
V39 (V)
CONTRAST CONTROL CHARACTERISTICS
T1A12f2)
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O 2 l 6 8 10 12
CONTRAST CONTROL VOLTAGE v41 (v)
1:! Human? uamwa RTi? D
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I33 (IDA)
SUPPLY CURRENT
CONTRAST OUTPUT v42 (V)
VIDEO OUTPUT v25 (V)
V33 - Iss CHARACTERISTICS
0 2 l 6 8 10 12 ll
TERMINAL VOLTAGE (SUPPLY VOLTAGE) Irsa (V)
CONTRAST AMP DC CHARACTERISTICS
CONT .MAX
CONT . TIN
CONT .CENTER
o 2 l 6 8 10 IR "
INVERTER INPUT V39 (v)
PEDESTAL AMP CHARACTERISTICS
02 0.5 0.4 0.6
CLAMP INPUT vs (V)
TA7698AP- 2 4
1988- 10- 2 5
TOSHIBA CORPORATION
INTEGRATED CIRCUIT
TECHNICAL DATA
TOSHIBA
TA7698AP
A ACC CHARACTERISTICS UNi-C(irii CONTROL CHARACTERISTICS
' C). 1000
"2.soo
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CHROMA BURST INPUT (-.'P_P) ii
l 6 s ‘10 12 "
UNI COLOR CONTROL VOLTAGE VII (v)
s..?. 100 "2.
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COLOR CONTROL v.7 tv) t; 0
DC CHARACTERISTICS -20
DEMO.DC OUTPUT
2 l 6 8 10 12 "
SUPPLY VOLTAGE Vcc (V)
cf “10072”? 0010?50 bl.” D
"1410(9)
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HQ) OPEN : v9=5v
vs = 120mvp_p
0 2 l 6 8 10
HUE CONTROL VOLTAGE (V)
TA7698AP-25
19t38-i0-25
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INTEGRATED CIRCUIT
TT(MBMllllilla
TECHNICAL DATA
TA7698AP
DEM0.0UTPUT CHARACTERISTICS (PAL)
A - - .1 --
v l /" ''
c3 2 j,
n I -- : B-Y
. --- : R-Y
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o 200 400 600 800
DIRECT, DELAY INPUT v17, v19 (mVp-p)
D 90972“? oinn7sh 550 III
3T1A1°(2)
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DEMO . OUTPUT (Vp-p)
DEMO . OUTPUT CHARACTERI STICS (NTSC)
INPUT 221.7 (mVp-P)
TA7698AP-26
19M-10-25
TOSHIBA CORPORATION
a ai INTEGRATED CIRCUIT
"r(DSlyilillBlh TECHNICAL DATA TA7698AP
TERMINAL DESCRIPTION (1)
TERMINAL FUNCTION
l Emitter Peaking An Emitter-output of the contrast amplifier.
Contrast gain and peaking characteristics are determined
by a ratio of load impedances connected to fl and #42
terminal.
2 VCCl Supply terminal for Video, Chroma, Sync Sep and vertical
Deflection. 12V typ is recommended.
3 Pedestal Clamp Input Delayed video signal is applied. The typical gain of
the pedestal amplifier is 12.6dB.
4 Brightness Control* Control terminal of Brightness (DC level of .-y output).
The DC restoration ratio is adjustable by superposing
video signal component from the pedestal clamp input.
R2v3 CC
5 Chroma Input Chroma signal from a chroma take off coil is applied.
The typical input level is 120mVp-p burst amplitude.
6 ACC Filter Filter capacitor is connected.
7 Color Control* Control terminal of color saturation.
(Killer Output) Terminal voltage of #7 turns to low level when color
Killer operates.
8 Chroma Output Output: terminal of chroma signal which is color
controled, uni-color controled and burst gated.
TA7698AP-27
E3 QUq7BH? DULH?53 H97 E3 1988-10-25
mum) TOSHIBA CORPORATION
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http://www.chipdocs.com
TiDSNllllBlh
INTEGRATED CIRCUIT
TA7698AP
TECHNICAL DATA
TERMINAL DISCRIPTION (2)
TERMINAL
FUNCTION
Tint (Hue) Control*
Control terminal of Tint (Hue). Burst phase is
controled.
Burst Cleaning
Burst cleaner (tuned Tank) is connected.
Burst signal at this terminal is already phase-shifted
by Tint control(NTSC). It is possible to set a phase
shift between burst signal and chroma signal by the
tank circuit alingment.
GND terminal for Video and Chroma section. Suitable
de-coupling capacitor should be connected between VCC 1
and GND 1.
Killer Ident Filter
A capacitor for an ident filter is connected.
The terminal voltage is VCC (color), 8V typ (B/W) and
GND (Ident).
X'tal Drive
-45" Input
0° Input
Terminals for a sub-carrier oscillator.
A X'tal is connected between #13 and #15 and a 45° (fa)
phase shift circuit is between #15 and fo.
Reference vectors for color demodulator, APC detector
and Killer/Ident detector are composed from sub-carrier
signals of #14 and #15.
APC Filter
APC Filter circuit is connected. Two terminals are
provided for reducing internal off-set.
Direct Dig. Input
Chroma signal from #8 (chroma output) is attenuated and
applied to this terminal. The input level is 0.25Vp-p
typ. (Burst level).
When PAL application, input levels of #17 and #19 should
be the same. Internal PAL matrix circuit reduces cross-
talk between the direct signal and delayed signal.
When NTSC application, internal gain changes to keep the
same demodulator outputs as PAL-application.
71A12(2)
I: sncnau? ovirrsa 323 1:1
TA769t3AP-2t?
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TOSHIBA CORPORATION
nrossaoalN'rii0ilhn1) cmcun
TECHNICAL DATA TA 7 6 9 8AP
TERMINAL DISCRIPTION (3)
TERMINAL FUNCTION
l9 Delayed Signal Input
PAL/NTSC System SR
Chroma signal from f8 (Chroma Output) is applied to this
terminal through an IE delay line. The input level is
0.25Vp-p typ. (Burst level).
PAL/NTSC System SW Function
When #19 terminal voltage is below 2V, internal switch
turns to NTSC mode. I
To reduce external parts number, an applitation circuit
shown below is recommendable.
DELAYED
8 . '.r----Nw ' ' =(ii)
DIRECT INPUT l 1H ct,, l t
CHROMA '-(IE) D L it"' Tii.
OUTPUT . d L : PAL
l jr'iiiiic'c
A transistor switch shunt the delayed chroma signal and
shift #19 DC voltage below 2V.
RELATIVE PHASE RELATIVE AMPLITUDE TINT
MATRIX CONTROL FLIP-FLOP
R-Y G-Y B-Y/R-Y G-Y/B-Y
PAL i90° 230° 1.78 0.58 PAL OFF ON
NTSC 105° 235° 0.95 0.31 NTSC ON STOP
20 G-Y Output G--Y demodulator output terminal/Uni-color switch.
When a load resistor is connected between #20 and GND,
G-Y output and Uni-color function are enabled.
When #20 is open, Uni-color function is disabled and
#41 controls only contrast for PAL/SECAM or PAL/NTSC/
SECAM applications.
21 R-Y Output R--Y demodulator output terminal.
22 B-Y Output B--Y demodulator output terminal.
E3 90972H? 0019759 BET E3
TlAA?(2)
TA7698AP-29
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TOSHIBA CORPORATION
INTEGRATED CIRCUIT
1NNilll8llllBa T
TECHNICAL DATA TA 7 6 9 BAP
TERMINAL DISCRIPTION (4)
TERMINAL FUNCTION
23 -Y Output Output terminal of -Y (Luminance) signal which is
contrast/brightness controled.
24 Vertical Output Vertical driver output terminal (Emitter follower).
It is capable to drive SRPP output circuit directly.
25 Vertical Height Constant current discharge rate of ramp capacitor
connected #27 terminal is determined by a resistor value
which connected between this terminal and GND. (Vertical
amplitude is in the propotion of the discharge rate).
26 NFB NFB terminal for DC/AC.
NFB wave form is compared with ramp wave form of #27
terminal.
27 Ramp Capacitor A ramp capacitor is connected. It should be stable and
having low tan 5 value. (2.2uF tantalum capacitor is
recommended.)
The ramp capacitor is charged to a reference voltage
determined internally during retrace period, and
discharged constantly to get required linearlity during
trace period.
28 Vertical Sync Input Composite sync signal from f36 (Sync Output) is
(V. trig.) integrated and applied to this terminal.
29 Vertical Oscillator CR timing constant for vertical oscillator is connected.
Timing Constant Vertical retrace time is determined the timing resistor
value and internal discharge resistor value.
3O X-ray Protector SCR type X-ray protector. The threshold is 0.9V typ.
When X-ray protector operate, horizontal drive output
#32 turns to low level. It also operates when #32
voltage exceeds 9V (typ.).
31 GND 2 GND terminal for Vertical/Horizontal, AFC and Synce
Separator. De-coupling capacitors from VCCl and Ircc2
should be connected to this GND.
TA7698AP-30
E: 90973”? tunn7SS ITG E3 198B-10-25
-T1A12(2) TOSHIBA conponATloN
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INTEGRATED CIRCUIT
TiDSFilllliila
TECHNICAL DATA TA 7 6 9 BAP
TERMINAL DISCRIPTION (5)
TERMINAL FUNCTION
32 H. Drive Output Open collector output for Horizontal driver.
External load resistor is required.
33 vcc2 (H. VCC) Supply terminal for horizontal deflection circuit
starting up.
+82 gel? 16V
12V I Tttc. I
INTERNAL ZENER REGULATOR
aav TYP.
34 Horizontal Oscillator 2fH oscillator timing CR is connected.
Timing Constant Thermal co-efficient of this CR should be selected to
compensate fH thermal drift which is specified.
35 AFC Output I/O terminal of horizontal AFC circuit.
The refference voltage of AFC is 4.5V typ..
APC 35Vp-p R H
OUTPUT t tsts, Rays R405 407 OSC
r-- BS _ WV . I _ Gl
vi-tii')-']'. s..Ra"l,.a,rco,i'_. (ii)
9 C 1;
-e,- "7 vcca--a-C" C404 0405
- c 2. '
F.B.T + 403 C403 l
R4010401
C402 : Flyback Pulse integral capacitor
C405,R407 : Horizontal Osc. Timing constant
R403,C4o4 : AFC time constant 71
R404,C403,C403' I AFC 72
R405 : Determines AFC control
sensitivity. , , f
TA7698AP-31
E 909721}? 00197513 Mi? D TosHIBA CORPORATION
T1A12(2)
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INTEGRATED CIRCUIT
T IHIIIIA
IDS) TECHNICAL DATA TA7698AP
TERMINAL DISCRIPTION (6)
TERMINAL FUNCTION
36 Sync. Sep. Output Output terminal of composite sync signal/Timing constant
for gate pulse generation. Falling edge of the gate
pulse (t2) is adjusted by external capacitor and
resistor. Rising edge (t1) is internally determined.
It adjustment of t1 is required, a capacitor which
connected between #37 (Sync. Sep. Input) and GND will be
changed to shift sync signal timing.
COMPOSITE VIDEO SIGNAL "I-curl,
# 37 OUTPUT 4)es=f)itl- vth=4.2v
INTERNAL GATE PULSE '
tltg t2,
Generated gate pulse is masked by flyback pulse from
#38, and applied to the pedestal clamp circuit and the
burst gate circuit.
37 Sync Sep. Input Input terminal of the base-time constant type sync
separator. Composite video signal from #40 (Inverter
Output) is applied through sync sep. time constant
circuit.
Slice level of horizontal sync and vertical sync can be
set independently.
R302 D301 SYNC SEP.
Jkyfl INPUT
INVERTER CE R301
OUTPUT
R206 t #40 load resistor
R301,C302,R303 t Horizontal sync slice level
R301,C301,R302 t Vertical sync slice level
D301 ' Timing constant separation
C303 .. Noise Filter/Gate pulse rising edge
timing.
To deepen the slice level
Horizontal ' R301 increase or
R303 decrease
Vertical I R301 increase or
R302 decrease
TA7698AP-32
TlAl?A?.) ICCY EDENEH? 001.975? TF1 tCCI TOSHIBA CORPORATION
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http://www.chipdocs.com
INTEGRATED CIRCUIT
TQSHHIA
TECHNICAL DATA TA'7 6 9 BAP
TERMINAL DISCRIPTION (7)
TERMINAL FUNCTION
38 Flyback Pulse Input Input terminal of flyback pulse for flip-flop driving,
horizontal blanking and gate pulse masking.
Pulse height of flyback pulse should be less than sv.
#38 terminal voltage is clamped to 5V during gate pulse
period.
Crril F-- FLYBACK PULSE
5V -- E l
1V Ir/le. 3 ADJUST THE INPUT LEVEL OF
#58 LESS THAN 5V
39 Inverter Amp. Input Composite video signal from PIF is applied directly.
Input dynamic range is 2.0V to 6.5V. (Sync negative
composite video is required.)
40 Inverter Amp. Output Output terminal of the inverter amplifier.
The output signal is applied to the sync. separator and
the chroma band pass circuit.
" Contrast Control* Contrast/Contrast-color control See #20
" Contrast Amp. Output Collector output of contrast amplifier.
See fl. #42 terminal voltage (operating) should be
above 6V.
" Control sensitivity of each control terminal is adjustable by a series resister R.
CONTROL TERMINAL
TA7698AP-33
‘1A12(2) '3 Emcnaq'? 001:]?55 “IDS I: TOSHIBA CORPORATION
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-TESHI
INTEGRATED CIRCUIT
TECHNICAL DATA
TA7698AP
T1A12(2)
TA7698AP
PAL(SECNWL/NTSC APPLICATION
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TA7698AP-34
TOSHIBA CORPORATION
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http://www.chipdocs.com
- INTEGRATED CIRCUIT
"riDSllyillllBih TECHNICAL DATA TA7698AP
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TA7698AP-35
E: 90372u? MI'rNan 553 E: 198840-25
T1A12(2) TOSHIBA CORPORATION
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http://www.chipdocs.com
'. 'iriDSl8llllBUh
INTEGRATED CIRCUIT
TECHNICAL DATA
TA7698AP
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