Mitsubishi M52393FP Datasheet

MITSUBISHI ICs (AV COMMON)

M52393P/FP

EDTV2 IDENTIFICATION SIGNAL DETECTOR

DESCRIPTION

The M52393 are integrated-circuits of a semiconductor, developed
especially for EDTV2 identification signal detection.
In contrast to such ICs, few products on the IC market had the
simple function of detecting identification signals. For that purpose,
many manufacturers had to combine discrete components (non­ICs) with gate arrays. There was a great demand for ICs that
enabled cost reduction.
In order to satisfy demand, we have developed the EDTV2
identification signal processing ICs that include all necessary
capabilities for detection (synchronous signal separation, line
counter, filters, level detection, and bit judgment). The use of such
ICs reduces parts, eliminates the need for complicated adjustment,
and enables easy handling and cost reduction.

FEATURES

•

All necessary detection capabilities, such as a synchronous sig­nal separation circuit, are integrated into a single microchip. The

use of the microchip can simplify application circuits, and elimi­nate the need for adjustment. (Only two inputs are provided:
video signal input and fsc signal input.)

•

Our original method is used for distinguishing EDTV2 identifica­tion signals from normal video signals.

Therefore the accuracy of identification is improved.
The detection level is adjustable.

•

The microchip operates on a single supply voltage of 5V.

•

Two types of packages are provided:

•

DIP with a lead pitch of 2.54mm (M52393P); and SOP with a
pitch of 1.27mm (M52393FP).

PIN CONFIGURATION (TOP VIEW)

2.04M TRAP
COMP1

CLAMP1

COMP2

CLAMP2

COMP3

CORRELATION SW

LINE
GND

1
2
3
4

7
8

16

V

15

M52393P/FP

VIDEO IN

14

3.58M TRAP

13

SYNC SEPA FILTER

125

V.SEPA FILTER

116

f

10

FRAME/FIELD SW

DET OUT

9

CC

SC IN

Outline 16P4

16P2N-A

APPLICATION

TV and videocassette recorder compatible with EDTV2.

RECOMMENDED OPERATING CONDITION

Supply voltage range........................................................4.7 to 5.3V

Rated supply voltage.....................................................................5V

BLOCK DIAGRAM

V

CC VIDEO IN V.SEPA FILTER

16

CLAMP

TRAP (3.58MHz)

14dB AMP

TRAP
(2.1M)

1

LPF 1

BPF

(2.1M)

Sync

Sepa.

DET 3

SYNC SEPA

1314

4

COMP2 COMP32.04M TRAP

12

V Sepa

COMP 1

COMP 3

COMP 2

fSC INFILTER

11

5

6

3.58M TRAP

15

CLAMP 1

CLAMP 2

2

3

FRAME/

FIELD SW

10

PULSE GEN.

Counter

Bit judge

LINE GNDCLAMP2CLAMP1COMP1

CORRELATION SW

DET OUT

9

LED

DRIVER

87

1

°

°

−

−

−

MITSUBISHI ICs (AV COMMON)

M52393P/FP

EDTV2 IDENTIFICATION SIGNAL DETECTOR

ABSOLUTE MAXIMUM RATINGS

(Ta=25 ° C, Measured on a standard board, unless otherwise noted)

Symbol Parameter Ratings Unit

V

CC

P

d

T

opr

T

stg

K

θ

( ) indicate FP values.

ELECTRICAL CHARACTERISTICS

Supply voltage 6 V
Power dissipation 1400 (980) mW
Operating temperature -20 to 75
Storage temperature -40 to 125
Thermal derating (Ta ≥ 25 ° C) 14 (9.8) mW/ ° C

(Ta=25 ° C, V

CC

=5.0V, unless otherwise noted)

SPECIFICATIONS

Test conditions Limits

Symbol Parameter

CC1

I

Circuit current1

V15 Clamp voltage

G1 14dB Amp gain

TRP1 TRAP gain1

TRP2 TRAP gain2

Input

Input

signal

SG15
SG110VF1

SG15
SG11S1F2

SG15
SG11S2F1

SG15
SG11T1F1

SG15
SG11T2F1

Output Output signal Remarks Min. Typ. Max.

16 DC Current 21 28 35 mA

AC15

AC1 12 14 16 dB

AC1 10.3 13.3 16.3 dB

AC1

1MHz

2.04MHz

C
C

Sync chip

voltage

G1=20log

T1=20log

T2=20log

M

286mV

M

143mV

M

143mV

Unit

2.2 2.5 2.8 V

-12.0 -6.0 dB

TRP3 TRAP gain3

TRP4 TRAP gain4

SSD Sync sepa. delay

SSM Sync sepa. delay at 30%

VSD V sepa. delay

VC1 CLAMP1 voltage

VC2 CLAMP2 voltage

LDI1 Driving capacity at Hi 1

LDI2 Driving capacity at Hi 2

HDI1 Driving capacity at Lo 1

HDI2 Driving capacity at Lo 2

SG15
SG11T3F1

SG15
SG11T4F1

SG15
SG11S1F1

SG15
SG11S3F1

SG15
SG11S1F1

SG15
SG11S1F3

SG15
SG11S1F3

SG15
SG11S1F1

SG15
SG11S1F1

SG15
SG11S1F1

SG15
SG11S1F1

AC1

AC1 4.7 10.7 16.7 dB

12 Delay 0.7 1.0 1.3 µ s

12

12 Delay 38 48 58 µ s

3.58MHz

5MHz

15
12

15
12

15
12

T3=20log

T4=20log

SSM=SSD-M

2.5V

3 DC Voltage 2.8 3.1 3.4 V

5 DC Voltage 2.8 3.1 3.4 V

9 DC Voltage 4.0 4.2 4.5 V

9 DC LDI2=LDI1-M 0 0.1 0.5 V

9 DC Voltage 0 0.1 0.5 V

9 DC HDI2=M-HDI1 0 0.2 0.5 V

Delay

M

143mV

M

143mV

-15.5 -9.5 dB

0

0.5 µ s

V2 COMP. 1 voltage SG11 F1 2 DC Voltage 2.2 2.5 2.8 V
V4 COMP. 2 voltage SG11 F1 4 DC Voltage 2.2 2.5 2.8 V
V6 COMP. 3 voltage SG11 F1 6 DC Voltage 2.2 2.5 2.8 V

2

EDTV2 IDENTIFICATION SIGNAL DETECTOR

TEST CONDITIONS

Symbol Parameter

I

CC1

Circuit current1 G G 5

1234567910111416

V15 Clamp voltage G G 5
G1 14dB Amp gain G G 5
TRP1 TRAP gain1 G G 5
TRP2 TRAP gain2 G G 5
TRP3 TRAP gain3 G G 5
TRP4 TRAP gain4 G G 5
SSD Sync sepa. delay G G 5
SSM Sync sepa. delay at 30% G G 5
VSD V sepa. delay G G 5
VC1 CLAMP1 voltage G G 5
VC2 CLAMP2 voltage G G 5
LDI1 Driving capacity at Hi 1
LDI2 Driving capacity at Hi 2
HDI1 Driving capacity at Lo 1
HDI2 Driving capacity at Lo 2

0.4 0.4 0.4 2.5

0.4 0.4 0.4 2.5

0.4 0.4 0.4

0.4 0.4

V2 COMP. 1 voltage G G 5
V4 COMP. 2 voltage G G 5
V6 COMP. 3 voltage G G 5

Supply voltage Switch condition

2.5

2.5

0.5 2.5

0.4 0.5 2.5

MITSUBISHI ICs (AV COMMON)

M52393P/FP

5
5
5
5

1-1 1-2

ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON

357
aa

ON ON

aa

ON ON

aa

ON ON
ON ON

aa
aa

ON ON

aa

ON ON
ON ON

aa

ON ON

aa
aa

ON ON

aa

ON ON
ON ON

aa
aa

ON ON

aa

ON ON
ON ON

aa

ON ON

aa
aa

ON ON

aa

ON ON
ON ON

aa
aa

ON ON

9-1 9-2

11-1 11-2

10

a

ON

a

ON

a

ON
ON

a
a

ON

a

ON
ON

a

ON

a
a

ON

a

ON
ON

a
a

ON

a

ON
ON

b

ON

a
c

ON

a

ON
ON

a
a

ON

14-1 14-2 14-3

12

a
a
a
a
a
a
a
a
a
a
a
a
a
a
a
a
a
a
a

ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON
ON

3

INPUT SIGNALS FOR TESTING

MITSUBISHI ICs (AV COMMON)

M52393P/FP

EDTV2 IDENTIFICATION SIGNAL DETECTOR

15pin input video signal (SG15)

S1 143mV

S2 286mVP-P

S3

T1

T2

T3

P-P

42mV

P-P

143mVP-P
143mVP-P

143mVP-P
143mVP-P

143mVP-P
143mVP-P

(Signals during V. Sync are not shown)

L20 L21 L22 L23 L24

1MHz

2.04MHz

3.58MHz

5MHz

T4

143mVP-P
143mVP-P

F1

F2

F3

3.58MHz

0

3.58MHz

0

3.58MHz

0

300mVP-P

100mV

P-P

600mVP-P

4

MITSUBISHI ICs (AV COMMON)

M52393P/FP

EDTV2 IDENTIFICATION SIGNAL DETECTOR

MODE T ABLE

Mode Conditions Functions

2

COMP. 1 OFF Detector off at Bit 1 to 5, 24

COMP. 2 OFF Detector off at Bit 25 to 27

COMP. 3 OFF 2.04MHz detector off at Bit 25 to 27

0 to 0.3V

4

0 to 0.3V

6

0 to 0.3V

ON

Line correlation SW
(Shown in Fig.1)

OFF

Frame

Frame/Field SW
(Shown in Fig.2)

Field

TRICK MODE

FUNCATIONAL DESCRIPTION

Input signal

7fsc

7

7

10

10

14

39µH

47pF

0 to 0.5V

2 to 3V
(2.5V at open)

0 to 0.5V

2 to 3V

(2.5V at open)

500Ω

ON

In a case an EDTV2 identification signal (or an equivarent
one) is detected a couple of times during three lines of 21
to 23 (line 284 to 286), the output will be Lo (a standard
signal).

On the other hand, the output will be Hi (an EDTV2 sig­nal) through the ID signal is detected a couple of times
during the three lines.

The detection is performed once a field. The choice
between Odd or Even is difficult. (effective data : 8 fields/
8 frames)

The detection is performed in both fields. (effective data :
8 fields/4 frames )

The output state before the TRICK mode setting is kept
regardless of an input signal.

123456789101112131415161718192021222324252627Bit

Video in pin15

H.SYNC
Bit 1⋅2 3 4 5 24 25⋅26⋅27

Name Reference Letter box Parity SQZ 0 Sine wave for confirming

NRZ form

fsc in pin11 fsc, 0.3VP-P ±6dB, Sine wave (ansynchronous signals are permitted)

5

22H/285H

4/7fsc

286mV

P-P

(80/140IRE)