HA11569FS [HITACHI]

Picture-In-Picture IC, PQFP80, FP-80B;


型号：	HA11569FS
厂家：	HITACHI SEMICONDUCTOR
描述：	Picture-In-Picture IC, PQFP80, FP-80B 商用集成电路
文件：	总18页 (文件大小：5849K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

ADE-XXX-XXX

HA11569FS

PIP Chroma H/V Signal Processing LSI

(NTSC)

Rev. 2

Sep 1993

The HA11569FS is a main/sub Picture chroma and

H/V signal processing LSI with built-in video

switch for NTSC suited PIP systems. The

HA11569FS implements on a single chip the PIP

analog signal processing block which had

previously been formed by three LSIs, the

HA11525MP, the HA11532MP, and the

HA118088NT. Furthermore, the HA11569FS has

been designed to also handle Y and C inputs (S

input).

Features

•

An NTSC PIP system can be constructed from

this and two other (the HD49412 and the

HM53461) ICs.

•

As compared with earlier PIP chip sets, a large

reduction in the number of external

components can be achieved.

•

Can handle S inputs

A black level compensation circuit is built into

the sub-picture processing circuit, and such

problems as black lifting are eliminated.

A color signal level compensation circuit is

built into the sub-picture processing circuit, and

the sub-picture color signal level is always

stable.

A PIP system can be constructed from this IC and

two other ICs (the HD49412 and the HM53461),

that is, from a total of 3 ICs.

•

Functions

•

Main and sub-picture chroma signal processing

Main and sub-picture synch signal processing

Built-in three function video switch

Main input

1. Y/C

Sub input

Y/C

PIP output

Y/C

2. Y+C

3. Y/C

Y+C

Y/C

Home Print

HA11569FS

Block Diagram

Home Print

HA11569FS

Interface

SUB

C input

SUB

Y input

Y. PEAK

30 k

Q11

15 k

1 k

2 k

Q12

Q10

3.2 k

1.5 k

4.9 k

FLAM

SW SIG

input

MAIN/SUB

SW input

BLACK

DET

Q20

Q18

Q17

R12

10 k

70 k 70 k

R10

26 k

Q15

Q21

Q22

R14

1 k

Q24

Q25

Q16

Q13

R11

16.4 k

Q14

R13

100 k

R15

10 k

Q19

Q23

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

SUB

B – Y output

SUB

R – Y output

FLAM

GEN

SUB

Y output

Q30

R20

100

Q26

Q27

Q28

Q29

R18

5 k

Q34

Q35

Q31

Q32

R19

40 k

Q33

R16

730

R17

730

R21

157

SUB

BLK DEMO

input input

SUB

BPA

output

SIG

with no MAIN

R31

100

R22

200

R30

1 k

Q47

Q48

Q40

Q41

Q49

Q50

R26

50 k

Q36

Q38

R24

30 k

Q43

R29

2 k

R32

550

Q39

R23

100 k

Q37

Q42

R25

40 k

Q44

Q46

Q45

R27

30 k

R28

3 k

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

SUB

First BPA

input

SUB

APC

R34

300

Q62

R35

23 k

Q56

R37

5 k

R40

30 k

R41

30 k

R36

28 k

Q52

Q57

Q60

Q61

Q58

R38

1 k

Q63

Q64

Q55

Q54

Q53

R33

10.75 k

Q59

R39

18 k

R42

3.2 k

R43

3.2 k

R44

4.9 k

Q51

SUB

ACC

SUB

C output

SUB

killer

Q67

R49

200

R51

300

Q68

Q75

Q66

Q73

Q69

Q70

Q77

Q78

R46

100

R45

5 k

Q76

R52

2 k

R47

4 k

Q65

Q71

Q72

R50

180

R53

2 k

R48

20 k

Q74

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

SUB

VCO

SUB

VCO

SUB

VCO

Q83

Q84

R59

2 k

R56

42 k

R60

4 k

R54

Q81

Q82

Q79

Q80

Q85

R58

20 k

R61

8.3 k

Q86

R57

1.5 k

R55

380

SYNC

DET

SYNC

DET

R62

2.5 k

R64

R63

33 k

R67

10 k

Q87

20 k

Q92

R68

Q94

10 k

Q88

Q89

Q93

R69

10 k

R70

46 k

R65

2 k

Q90

Q91

R66

100 k

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

SIG

with no

MAIN

SYNC

DET

SUB

VD output

SUB

HD output

SUB

BGPGEN

R71

1 k

R82

100

Q110

R76 R77

2 k 100

R78 R79

2 k 100

Q99

Q96

R72

15 k

R80

200

Q109

R73

Q102

Q105

Q108

Q100

R81

60 k

Q97

Q98

Q95

Q103

Q104

Q106

Q107

Q101

R75

500

R74

1 k

SUB

H SYNC

SUB

V SYNC

SUB

AFC

R89

300

R90

R93

20 k

30 k

Q114

R83

Q121

Q122

R87

R84

Q123

Q117

Q118

R92

8.2 k

Q119

Q111

Q113

Q112

Q115

R91

1 k

Q116

Q120

R85

500

R86

500

R88

500

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

SUB

AFC

VCO

SUB

AFC

VCO

MAIN

SYNC

DET

R100

2.5 k

R103

33 k

R94

100

R99

2 k

R101

Q129

20 k

Q136

Q131

Q132

Q126

Q124

R97

4 k

R95

6 k

Q130

R102

2 k

Q127

Q128

Q133

Q125

R96

750

Q134

Q135

R98

970

R104

100 k

MAIN

SYNC

DET

MAIN

SYNC

DET

R109

1 k

R105

10 k

Q139

Q143

R106

10 k

R110

15 k

Q138

R111

R107

10 k

Q137

R108

46 k

Q144

Q140

Q142

Q141

Q145

R112

1 k

R113

500

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

MAIN

VD output

MAIN

HD output

MAIN

BGP

MAIN

H SYNC

R115

100

R117

100

R118

100

R119

R114

12 k

R116

12 k

Q157

Q152

R120

Q147

Q149

Q153

Q154

Q155

Q158

Q148

Q150

Q159

Q156

Q146

Q151

R122

500

R121

500

MAIN

AFC

VCO

MAIN

AFC

VCO

MAIN

AFC

R129

300

R123

100

R127

2 k

Q167

Q168

Q162

R130

30 k

R131

20 k

Q165

Q166

Q163

Q160

R126

4 k

R124

6 k

Q169

R132

8.2 k

Q164

Q161

R133

1 k

R125

750

R128

970

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

MAIN

V SYNC

V. REG

ADJ

V. REG

OUT

R134

1 k

Q178

R143

R139

10 k

Q174

Q170

R135

15 k

R142

35 k

Q180

R137

R140

17.84 k

R144

10 k

Q171

Q175

Q176

Q179

Q172

R141

44.1 k

Q173

Q177

R136

1 k

R138

500

H. REG

ADJ

H. REG

OUT

REG

R154

Q184

Q185

R153

50 k

R145

10 k

R149

10 k

Q189

Q193

Q190

R146

28 k

Q181 Q182 Q183

R150

19.62 k

Q186

Q191

Q192

Q188

Q187

R151

42.38 k

R152

50 k

R155

10 k

R147

4.36 k

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

Pin P

INV

OUT

R160

70 k

R156

200

Q197

R163

20 k

Q200

Q194

Q195

R157

5.6 k

R161

32 k

R164

20 k

R158

3.6 k

Q201

Q196

Q198

R162

12 k

Q199

R159

314

OUT

TINT

R169

70 k

R171

20 k

R165

200

Q202

Q205

R166

5.6 k

Q208

R170

32 k

Q209

R172

20 k

Q207

R167

3.6 k

Q203

Q204

Q206

R173

12 k

R168

360

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

MAIN

Y or Y + C

input

SUB

Y or Y + C

input

PinP

Q210

R180

2 k

R183

2 k

R178

200

R179

2 k

R181

200

R182

2 k

R175

2 k

R176

2 k

R177

30 k

R174

32 k

Q211

Q214

Q212 Q213

Q215 Q216

SUB

C input

MAIN

C input

R186

2 k

R189

2 k

Q224

Q219

R188

2 k

R190

20 k

R185

20 k

R187

2 k

Q222 Q223

R184

1 k

Q220 Q221

Q218

Q217

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

MAIN

first BPA

input

MAIN

C input

MAIN

ACC

R191

200

Q235

R198

30 k

Q229

Q225

Q236

Q237

Q227

Q231

Q233

Q230

R194 R195

100 4 k

R197

30 k

Q226

R193

5 k

R192

172

Q234

Q232

Q228

R196

20 k

R200 R201

3.2 k 4.9 k

R199

3.2 k

MAIN

killer

MAIN

VCO

MAIN

VCO

R208

2 k

R207

42 k

R205

R203

Q247

300

Q241

Q249

Q250

Q239

R202

2 k

Q245

Q246

Q243

R209

20 k

Q248

R210

1.5 k

R206

380

Q244

Q240

R204

2 k

Q238

Q242

Unit

R: Ω

Home Print

HA11569FS

Interface (cont)

MAIN

FSC

output

MAIN

Tin T

MAIN

VCO

Q255

R216

100

Q253

Q254

Q258

R213

5 k

R217

5.5 k

Q256 Q257

R211

4 k

Q251

R214

5 k

R215

4.9 k

R212

Q252 8.3 k

MAIN

APC

R218

300

Q264

Q265

R222

23 k

R219

5 k

R220

28 k

Q260

R221

1 k

Q263

Q262

R224

10.75 k

Q261

R223

18 k

Q259

Unit

R: Ω

Home Print

HA11569FS

Absolute Maximum Ratings (Ta = 25°C)

Item

Symbol

V_{CC1 MAX}

V_{CC2 MAX}

P_T

Value

Units

Notes

Power supply voltage (5 V system)

Power supply voltage (12 V system)

Power dissipation

850

°C

Storage temperature

Operating temperature

Tstg

–40 to +150

–10 to +75

Topr

°C

Notes: 1. Operating power supply voltage range: 4.75 to 5.25 V

2. Operating power supply voltage range: 11 to 13 V

Electrical Characteristics (Ta = 25°C, V

= 5 V, V

= 12 V)

CC1

CC2

Test

Application

Terminal

Item

Symbol Min

Typ

Max

150

Units Conditions

Supply current 1

Supply current 2

I/O voltage gain (Y)

I/O voltage gain (C)

I_CC1

I_CC2

G_YM

G_CM

120

7.5

8.0

5 V system

12 V system

I/O DC gain

7.0

6.7

9.0

9.3

MAIN I/O (Y)

MAIN I/O (C)

I/O gain at

3.58 MHz

I/O frequency

characteristics

f_rio

–1

—

MAIN I/O 8 MHz

MAIN I/O (Y)

Differential gain

DG_M

DP_M

E_FLM

E_TH1

1.0

3.0

MAIN I/O (Y)

Differential phase

–3.0 1.0

1.58 1.7

deg.

FLAM internal setting level

Threshold voltage 1

1.82

3.5

1.5

2.5

OUTC, PinP

WAKU

Threshold voltage 2

E_TH2

epof

2.0

2.6

3.2

INV, TINT

Sub-image pedestal

clamp level offset

–25

As compared with YOUT

the main image

(converted to 1 V_PP

)

MAIN 1st BPA input

DC voltage

EMBI (M) 2.75 2.85 2.95

MAIN fsc output level

efsc (M) 200

f_SCO(M) –70

∆φT (M) 75

600

—

mV_PP

MAIN chroma VCO

oscillator frequency offset

+70

—

MAIN tint variation range

SUB Y signal line gain

SUB C signal line gain

deg

G_YS

12.3 13.8 15.3

11.7 14.5 17.8

YOUT

COUT

G_CS

fi = 3.58 MHz

MAIN horizontal free

running frequency

f_OH(M)

15334 15734 16134 Hz

Home Print

HA11569FS

Electrical Characteristics (Ta = 25°C, V

= 5 V, V

= 12 V) (cont)

CC1

CC2

Test

Application

Terminal

Item

Symbol

Min

Typ

3.9

+400 +650

Max

4.2

—

Units Conditions

MAIN HD pulse width

THD (M) 3.5

µs

MAIN horizontal

synchronization

pull-in range

–

f_{HP+ (M)}

f_{HP– (M)}

f_OV(M)

MAIN horizontal

synchronization

pull-in range

—

–900 –400 Hz

MAIN vertical free

running frequency

—

288.5

MAIN VD pulse width

T_{VD (M)}

—

10.25H —

sec

Video input: open

MAIN HD pulse

output voltage (high)

E_{HDH (M)}

3.8

4.1

0.9

4.1

0.9

—

MAIN HD pulse

output voltage (low)

E_{HDL (M)}

E_{VDH (M)}

E_{VDL (M)}

—

1.2

—

MAIN VD pulse

output voltage (high)

3.8

—

MAIN VD pulse

1.2

output voltage (low)

SUB 2nd BPA rated output

_MBO(S) 330

380

–2

430

mV_PP

SUB ACC range

MAX ∆G_{MAX (S)}–4

Input burst level:

–15 dB as compared

to the eMBO level

SUB ACC range

MIN ∆G_{MIN (S)}–3

0.5

Input burst level:

+6 dB as compared

to the eMBO level

SUB 1st BPA input

DC voltage

E_{MBI (S)}

E_{MBO (S)}

E_{KH (S)}

2.75 2.85

2.95

2.7

SUB 2nd BPA output

DC voltage

2.1

3.4

2.4

3.8

SUB Killer detection

high level

4.3

SUB APC control sensitivity

Demod (R – Y) gain

ßs

—

Hz/mV

mV_PP

e_DRO

e_DBO

R – Y

420

450

475

1.05

Demod (B – Y) gain

Demodulation output

ratio (R – Y)/(B – Y)

0.95 1.0

Multi-

plicative

factor

B – Y

(B – Y) demodulation angle

φ _{B – Y}

—

deg

V_PP

Tint pin: open

Color difference output

residual upper harmonic level

ecar

0.03

0.15

(B – Y) output = 1 V_PP

Home Print

HA11569FS

Electrical Characteristics (Ta = 25°C, V

= 5 V, V

= 12 V) (cont)

CC1

CC2

Test

Application

Terminal

Item

Symbol

Min

Typ

Max

Units Conditions

Color difference output

blanking residual upper

harmonic level

e_Bcar

—

0.03

0.05

V_PP

Demodulation angle

—

deg

kHz

Demodulation

output bandwidth

BW_{B – Y}

E_{R – Y}

400

1500

—

Color difference

output DC voltage (R – Y)

1.65 1.95

2.25

2.7

Color difference

output DC voltage (B – Y)

E_{B – Y}

BLK threshold value level

E_DBti

1.2

2.1

SUB horizontal free

running frequency

f_{OH (S)}

15334 15734 16134 Hz

SUB HD pulse width

T_{HD (S)}

f_{HP+ (S)}

3.5

3.9

4.2

—

µs

SUB horizontal

synchronization

pull-in range

+400 +650

SUB horizontal

synchronization

pull-in range

–

f_{HP– (S)}

—

–900 –400 Hz

SUB vertical free

running frequency

f_{OV (S)}

—

SUB VD pulse width

T_{VD (S)}

—

10.25H —

sec

Video input: open

SUB HD pulse

output voltage (high)

E_{HDH (S)}

3.8

4.1

0.9

4.1

0.9

—

SUB HD pulse

output voltage (low)

E_{HDL (S)}

E_{VDH (S)}

E_{VDL (S)}

—

1.2

—

SUB VD pulse

output voltage (high)

3.8

—

SUB VD pulse

1.2

output voltage (low)

Home Print

HA11569FS

Package Dimensions

Unit: mm

24.8 ± 0.4

20.0

0.35 ± 0.10

0.15

2.40

0 – 10 °

1.20 ± 0.20

Hitachi Code

FP-80B

JEDEC

EIAJ

SC-581-H

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