Sharp LZ93N19 Datasheet

LZ93N19

DESCRIPTION

The LZ93N19 is a CMOS synchronous signal generator LSI which provides TV synchronous pulses and video signal processing pulses, in combination with the timing signal generator LSI (LZ93N61, LZ93F50, LZ93F33 or LZ95D37/M).

FEATURES

●

Switchable

320000 pixels CCD

●

Switchable between NTSC

(CCIR)

●

Single +5 V power supply

●

External synchronization is possible

●

Package : 44-pin QFP(QFP044-P-101 O)

BLOCK DIAGRAM

CLKI

CKMD

VRI

CFMI

4FSC

Vcc

GND GND

between 270000 pixels

systems

(EIA)

CCD

and

and PAL

Synchronous Signal Generator for CCD

PIN CONNECTIONS

101II

m

TOP VIEW

CKMD

21

TST2

I

19

FRP2

18

TST5

17

CSYNC

16

CBLK ENCP

15 14

LSW

13

LRST

12

TVMD

/

CPMD HG

I

HG2

CPBL

WHD BF ENCP CBLK

CSYNC

HBLK HD BCP

I

BCP2 PBLK WBLK

CFMO

BFBL LSW FRP2 FRP

I VD

FI

Em

44-PIN QFP

c1

I– oao E8u~zamm vJKIow>uuoxf-

{

VD

34 22

FI

35

CPBL

36 20 FRP BCPI 37

BCP2 3s

PBLK

39

HG I40 HG2

41

WBLK 42

4FSC

z

TST I44

0

~ll121131[4115f16f17f18f19

o~;fi~nnEkJ~ ~$pulmo3 u

Zx>mpz

“zn>_l+

O*V

~~~ I “In

tie

ab?ence of Conftmahon by dev!ce

data

hks, etc bntact

WARP

TSTI TST2 TST3 TST4 TST5

swficafm

Weets

to

obti(n

WARP

be

Iatesf vefslon

!n

waler

@kes no

of

tie

&v!ce

SCHD

rewn~bilfi br any

s~ificahm sheek kb

TVMD

defects

hat cccur

using any WARPS devce,’

SC~

SC2

In

RPI

quiprnent us,ng any of

CPI

WARPS dev+ce, shown

n

cahl@s,

ABSOLUTE MAXIMUM RATINGS

PARAMHER

Supply voltage

Input

voltaqe Output voltage Operating temperature

Storaqe tem~erature

I

SYMBOL

Vcc

VI

I

Vo I -0.3 to

Topr

Tstr

I

RATING

–

0.3

to

7.0

–

0,3

to Vcc +

0.3 v

vm+o.3 I

–20 to +70

–55 to +150 ‘c

I

UNIT

v

“c

U93N19

DC

CHARACTERISTICS

PARAMETER Input Low voltage Input High voltage Input High threshold voltage

lnDut

Low threshold voltaqe VT - Hysteresis voltage Output Low voltage Output High voltage

Input Low current

Input High current

Leak Output current

NOTES :

1. Applied to

2. Applied to

3. Applied to

4. Applied to

5. Applied to

6. Applied to

7. Applied to

8. Applied to

all inputs except for input

(VRI),

all outputs. all inputs except for VRI, LRST. Inputs

(VRI, LRST).

all inputs except for TST 1, TST2, TST3

Inputs (TST 1, TST2, TST3, TST4, TST5).

output

(EOO).

SYMBOL

VT+

I

VT+-VT-

VOL

VOH

1

I IIL2 I

I I

I

Ioz

VRI.

VIL

vlH

IIL1 I

IIH1 I IIH2 I

I

(VCC=5

coNDITloNs

MIN. TYP. MAX.

3.5

0.9

I

IOL

=4

mA

IoH=–

Z

mA

10.811

4.0

Vl=o v Vl=o v

VI=

Vcc

v!= Vcc

High-Z 1.0

TST4, TST5

8.0 60

8.0

V*1O%, Ta=–10

1.5

IVCC

–0,81

]Vl

0.4

1,0

60

to +70”C)

UNIT NOTE

v v

V

v

v v

,uA

PA gA VA

PA

1

2

3

4

5 6 7

8

277

?~ I

vu.

1

2

SYMROL I

- . . -----

CFMO

CFMI

1/0 I POLARITY

. . -

.- —-----

o

Ic

n

LZ93N19

I

PIN NAME

bier frame output fields in NTSC rode, recurs at every 8 fields in PAL

Color frame input

I

A pulse to control color frame; occurs at every 4

mode.

An input pin for color frame signal. Connect to CFMO (pin 1) in Internal Synchronous mode. Connect to external color frame signal in External Synchronous mode. Connect to L level when 4FSC (pin

43) is set to L level.

FUNCTION

TST3

3

Scl

4

5

SC2

GND

6

7 WHD

VRI

8

9

10

BF

BFBL

ICD

o

— —

o

Icsu

o

—

Test terminal 3

m

ul

n

v

n

Subcarrier output 1 the signal is 1/4 the 4FSC frequency (pin 43). The

Subcarrier output 2 90 degree in NTSC mode in PAL mode, the phase

Grouding

Wide Horizontal drive output

Vertical reset

Burst flag

Burst flag blanking

A pin for tests, Set open mode.

An output pin fw color

signal is reset by color frame pulse

An output pin for color subcarrier. When the phase of SC I (pin 4) is 180 degree, the phase of

of SC2 is 90 degree when LSW (pin 14) is Low and 270 degree when LSW is High.

A grouding pin.

An output pin for wide horizontal drive pulse. The

pulse width is equal to that of PBLK (pin 39) and

the repetition is horizontal frequency.

An input pin for resetting internal vertical counter. The input pulse is necessary 1/2 horizontal max.

delay from vertical synchronous start point, because

VRI

is counted by 2 times horizontal frequency. set

open or to H level when not resetting.

A pulse to define burst period.

At NTSC mode : holds H level. At PAL mode

: stays at L level during the blank-

of

to L level in the Normal

subcarrier.

ing period of BF (pin 9) otherwise, stays at H level.

The frequency of

CFMI (pin 2).

SCZ

is

11

12 TVMD

13 LRST

278

NC

— —

Ic

Icu

Non connection A pin for no use.

—

TV

mode

u

Line switch reset

An input pin to select TV standards.

At NTSC mode : L level At PAL mode

The input resets the output from LSW (pin 14). open or to H level when not used.

: H level

Sei

LZ93N19

::,

SYMBOL

14

LSW

15

ENCP

16 CBLK

17

CSYNC

TST5

18

19 FRP2

FRPI

20

21

TST2

22 CKMD

1/0

o

ICD

o

ICD

Ic

POLARITY

N

n

v

—

n

—

PIN NAME

Line switch

Encoder DC clamp

timposite

pulse

Composite synchronous signal

Test terminal 5

Frame read pulse 2

Frame read pulse 1 occurs at odd fields and its repetition is frame

Test terminal 2

Clock mode select

blanking

The signal switches between H and L at every line. It is set at Low level at the 1st line of the 1st field.

A clamp pulse that is used for recovering DC level. The repetition is horizontal frequency.

Compcsite blanking pulses.

In NTSC mode; H : 11.01 ps, V : 20 H period In PAL mode

A composite synchronous signal.

Apinfor

totests,

mode.

A clock output that is used for VTR =rvo. The pulse occurs at even fields and its repetition is frame period.

A clock output that is used for VTR

period.

A pin

fm

to tests. Set ~n w to L Iwel in the

mode.

A pin to select the factor of frequeny divisions,

Division

CKMD

Set to L level for ml 13, LZ2114,

U2313, LZ2314, LZ2323 or

FUNCTION

; H : 12.12

Setopenorto Llwel inthem

1/3 1/4

LOW

MS,

V : 25 H period

seNo.

HIGH

~123, ~124,

U2324.

The PUIS

Mti

TST4

23

24

HBLK

25 CPMD

GND

26

ICD

o

Ic

– –

– Test terminal 4

u

Horizontal blanking A pulse that corresponds to the cease period of pulse

Clamp Pulse mode

—

seldct

Grounding

A pin

f(x

to

t=ts. %

open of to L level in h

mode.

the horizontal transfer pulse.

An input pin to stop or continue BCP

BCP2 (pin 38) pulses within the vertical blanking period.

L level : continuous output. H level : becomes Low level during the ab-

sence of effective pixels within V

blanking period.

A grounding pin.

M

I

(pin 37) and

279