Description

The CXA1592Q/R is a bipolar IC developed as an

encoder for CCD color cameras.

Color difference and luminance signals are input

to be output as composite video and Y/C separate
signals.

The CXA1592 is a variant of the CXA1392 in

which the down/up ratio and level of shapness
signal have been changed from 1 : 3 to 1.5 : 1.5.

Features
· Carrier balance adjustment unnecessary

(Carrier leak above 36 dB against burst)

· High S/N
· Low power consumption (140mW)

Applications

CCD camera

Absolute Maximum Ratings (Ta = 25°C)
· Supply voltage

· Storage temperature

Tstg 65 to +150 °C

· Allowable power dissipation P

600

Block Diagram and Pin Configuration

Structure

Bipolar silicon monolithic IC

Operating Conditions
· Supply voltage

4.75 to 5.25

· Ambient temperature

Topr 20 to +75 °C

CXA1592Q/R

E91537A78

Encoder for CCD Color Camera

Sony reserves the right to change products and specifications without prior notice. This information does not convey any license by
any implication or otherwise under any patents or other right. Application circuits shown, if any, are typical examples illustrating the
operation of the devices. Sony cannot assume responsibility for any problems arising out of the use of these circuits.

CXA1592Q

48 pin QFP (Plastic)

CXA1592R

48 pin LQFP (Plastic)

YTBLK

NOISESLICE

YHCLP

YHIN

YL-YHCLP

YL-YHIN

AGND

CLP4

CLP2

BLEVEL

B-YIN

B-YCLP

WCLEVEL

SETUPCLP

YOUT

VOUT

CHROMA

DGND

CIN

COUT

CSY

CSAGC

MODE

SHPLEVEL

DLE

SHPCLP1

DLD

SHPCLP2

SHPOUT

YLEVEL

FADERMODE

FADERSIG

SETUPLEVEL

SYNCLEVEL

SYNC

R-YIN

R-YCLP

4FSCIN

LALT

NC1

NC2

FSCOUT

BFG

CBLK

CTBLK

1/2

HAP GAIN

SLICE BLK

CLP4

BLK

ADO

CLP4

LEVEL

CONT

LEVEL

CONT

LEVEL

CONT

LOGIC

REF V

ADO

1.6

CLP2 WC

SETUP SYNC

YTBLK

1.4 TYP

SYNC

C BLK

CLP4

ADO

LOGIC

MODE

GEN

ADO

MOD

BLK

3/2

CLP2

CLP4

BURST

MOD

BLK

1/4

3/2

CLP2

CLP4

BURST

BFG

B.GEN

2/3 TYP

CXA1592Q/R

Pin Description

Pin No.

Symbol

Pin voltage

Equivalent circuit

Description

R-Y IN

R-Y signal input pin.
Clamped internally through
C cut input.

R-Y CLP

3.4V

Pin connecting the capacitor
for R-Y modulator clamp.
Setting the capacitance to
too small a value will enlarge
the carrier leak.
0.1µF and above is
recommended.

Power supply pin for the 1/4
counter block.

4FSCIN

Input pin for the 4FSC used
to make up the Sub Carrier.
Input through C cut.
Set amplitude to over
500mVp-p.

LALT

Input pin for Line Alternate
signal during PAL mode.
V

is at 2.5V. Input a pulse

with an amplitude larger than
V

±0.5V.

Set to GND during NTSC
mode.

14.32MHz

1Vp-p

DC 2.5V

AGND

10µA

140

AGND

10µA

140

DGND

80µA

20k

DGND

80µA

140

CXA1592Q/R

Pin No.

Symbol

Pin voltage

Equivalent circuit

Description

CBLK

Inputs CBLK
(composite blanking) pulse.
V

is at 2.5V. Input a pulse

with an amplitude larger than
V

±0.5V.

Inputs BF (burst flag) pulse.
During analog burst, the
input pulse smoothens the
waveform.
The input pulse waveform
becomes the envelope of the
analog burst waveform.

During the usual burst, be
sure to input the pulse.

BFG

Inserts a pulse slightly larger
than BF on both ends.

is at 2.5V. Input a pulse

with an amplitude larger than
V

±0.5V.

FSCOUT

Outputs a sub carrier with
the same phase as B-Y.
When not in use, connection
to V

prevents output and

allows for 600µA of current
saving.
Determining phase to 4FSC
is impossible.

NC2

Not for use.
Keep open.

NC1

Not for use.
Keep open

BFG

3.5V

2.5V

DGND

500µA

140

200

AGND

40µA

140

AGND

20µA

140

AGND

40µA

140

CXA1592Q/R

Pin No.

Symbol

Pin voltage

Equivalent circuit

Description

CTBLK

Inputs CT (chroma titler) pulse.
This signal prevents the
application of chroma
suppress during the titler
signal period.
V

is at 2.5V. Input a pulse

with an amplitude larger than
V

±0.5V.

MODE

Selected NTSC, PAL or
NTSC

2, PAL

2 modes.

0V : NTSC

1 Normal

burst

2.5V: NTSC

2 Analog

burst

3.5V: PAL

Analog
burst

5V : PAL

Normal
burst

CSAGC

2.4V

Suppresses chroma signal at
the AGC gain control signal.
3V (100%) to 4.2V (50%)

CSY

Suppresses chroma signal at
the Y signal.
200mV (100%) to 700mV
(0%)
Inputs at C cut. Clamped
internally.

COUT

2.8V

Chroma signal output pin.
Output as rectangular waves.

AGND

80µA

140

AGND

60µA

140

AGND

40µA

140

AGND

140

10µA

AGND

1500µA

200

CXA1592Q/R

Pin No.

Symbol

Pin voltage

Equivalent circuit

Description

Power supply pin for other
than 1/4 counter block.

CIN

2.5V

Input pin for chroma signal
passed through BPF.
Internally biased with a 20k

resistance.
Input at C cut.

DGND

GND pin for 1/4 counter
block.

CHROMA

Signals input from CIN are
amplified and output through
this pin.
Chroma signal output pin
when used for Y/C separation
output.

VOUT

1.8V

Output pin of composite
video signal.
When not in use, connection
to V

allows for 900µA of

current saving.

AGND

20k

DGND

AGND

600µA

200

AGND

600µA

200

140

CXA1592Q/R

Pin No.

Symbol

Pin voltage

Equivalent circuit

Description

YOUT

Y signal output pin when
used for Y/C separation
output.

SETUPCLP

3.3V

Connecting pin for the white
clip clamp capacitor.
Over 0.1µF is recommended.

WC LEVEL

3.4V

White clip level control pin.
1.6V (550mV) to 5V
(1110mV)

SYNC

Sync pulse input pin.
V

is at 2.5V. Input a pulse

with an amplitude larger than
V

±0.5V.

SYNC LEVEL

Sync level control pin.
1.6V (180mV) to 5V (380mV)
0V (287mV) preset.

2.4V

AGND

600µA

200

140

AGND

140

10µA

AGND

80µA

140

AGND

80µA

140

AGND

40µA

140

CXA1592Q/R

Pin No.

Symbol

Pin voltage

Equivalent circuit

Description

SETUP LEVEL

Set up level control pin.
2.4V (0mV) to 5V (120mV)

FADER SIG

Controls the signal suppress
level during Black Fader.
Controls the signal suppress
level during White Fader and
at the same time controls the
set up level.
Signal suppress control:

2V (100%) to 2.9V (0%)

Set up level control:

2V (0%) to 2.9V (100%)

Black Fader/White Fader
mode selection executed
through Fader Mode pin.

3.4V

Y LEVEL

Y signal level control pin.
1.6V (3.5dB) to 5V (9dB)

SHP OUT

Aperture signal output pin.
When not in use, connection
to V

allows for 700µA of

current saving.

3.5V

FADER MODE

Black Fader and White
Fader mode select pin.
Also conrols the final value
(100%) of White Fader white
level (set up level).
0V (Black Fader)
1.8V (100mV) to 5V (630mV)
(White Fader)

AGND

80µA

140

AGND

20µA

140

AGND

40µA

140

20µA

AGND

80µA

140

AGND

600µA

200

140

CXA1592Q/R

Pin No.

Symbol

Pin voltage

Equivalent circuit

Description

SHPCLP2

Connects the clamp capacitor
used for the slice of the
aperture signal.

DLD

2.1V

Connects the delay line drive
side of the aperture signal.

SHPCLP1

3.2V

2.1V

Connects the clamp capacitor
used for the slice of the
aperture signal.

DLE

Connects the delay line end
side of the aperture signal.
When this pin signals are
used as Y

signals, Y

pin is connected to V

SHP LEVEL

3.5V

Control pin of the aperture
signal level.
2.6V (8dB) to 4.2V (31dB)

3.2V

140

AGND

140

10µA

140

AGND

80µA

140

AGND

140

10µA

140

AGND

80µA

40µA

AGND

20µA

140

CXA1592Q/R

Pin No.

Symbol

Pin voltage

Equivalent circuit

Description

YTBLK

Inputs Y

(Y titler) pulse.

is at 2.5V.

Input a pulse with an
amplitude larger than V

±0.5V.

NOISESLICE

3.5V

Controls the slice level of the
aperture signal.
1.8V (0mV) to 5V (75mV)

YHCLP

2.7V

Connects the capacitor for
Y

input clamp.

YHIN

signal input pin.

When DLE pin signal is set
as Y

signal, connect this pin

to V

The input signal DC clamp
range stands at 1.05V
±0.65V.
The standard signal level is
at 500mV.

YL-YHCLP

3.4V

Connects the capacitor for
Y

-Y

input clamp.

500mV

1.05V

AGND

80µA

140

AGND

40µA

140

AGND

40µA

140

AGND

40µA

140

20µA

AGND

10µA

140

CXA1592Q/R

Pin No.

Symbol

Pin voltage

Equivalent circuit

Description

YL-YH IN

Inputs V aperture signals,
titler signals and Y

-Y

signals.
The input signal DC clamp
range stands at 2.8V ±1.1V.

AGND

2.8V

GND pin for other than 1/4
counter block.

CLP4

CLP4 pulse input pin.
V

is at 2.5V. Input a pulse

with an amplitude larger than
V

±0.5V.

CLP2

CLP2 pulse input pin.
V

is at 2.5V. Input a pulse

with an amplitude larger than
V

±0.5V.

B LEVEL

3.5V

Controls the burst level.
1.6V (95mVp-p) to 5V
(280mVp-p)
(NTSC pulse burst mode)

AGND

40µA

140

AGND

40µA

140

AGND

40µA

140

AGND

40µA

140

CXA1592Q/R

Electrical Characteristics

= 5V, Ta = 25°C)

+ DV

FSCOUT = 5V VOUT = 5V SHPOUT = 5V
YHIN (500mV pulse)

YOUT

YHIN (500mV pulse)

YOUT

YLEVEL = 1.6V

YHIN (250mV pulse)

YOUT

YLEVEL = 5V

-Y

IN (500mV pulse)

YOUT

DLE (1V pulse)

YOUT YHIN = 5V

YHIN (500mV pulse)

VOUT

CBLK pulse FADERMODE = 1.6V
WFMIN = YOUT output level

SETMAX (No.13)

CBLK pulse FADERMODE = 5V
WFMAX = YOUT output level

SETMAX (No.13)

YHIN (500mV pulse)

YOUT

CBLK pulse WCLEVEL = 1.6V

YHIN (500mV pulse)

YOUT

CBLK pulse WCLEVEL = 5V

YHIN (500mV pulse)

YOUT

CBLK pulse WCLEVEL = 0V

CBLK pulse

YOUT SETUPLEVEL = 5V

SYNC pulse

YOUT SYNCLEVEL = 1.6V

SYNC pulse

YOUT SYNCLEVEL = 5V

SYNC pulse

YOUT SYNCLEVEL = 0V

DLD (40mV pulse)

YOUT

SHPLEVEL = 2.6V YHIN (500mVpulse)

DLD (40mV pulse)

SHPOUT

SHPLEVEL = 4.2V

DLD (40mV pulse)

SHPOUT

SHPLEVEL = 3.4V

DLD (40mV pulse)

SHPOUT

··· (DOWNMAX)

SHPLEVEL = 2.6V

DLD (40mV pulse)

SHPOUT

··· (UPMAX)

SHPLEVEL = 2.6V
SHPD/U=DOWNMAX/UPMAX

DLD (40mV pulse)

SHPOUT

··· (SLMAX)

SHPLEVEL = 2.6V
NOISESLICE = 0V
SLICEMAX = DOWNMAX-SLMAX

B-YIN (300mV pulse)

BPFOUT

4FSCIN = SIN 1Vp-p 14.32MHz
B-Y = 20log {BPFOUT (mVp-p)/300mV}

No.

Item

Symbol

Conditions

Min.

Typ.

Max. Unit

Current Supply

YH GAIN TYP

YH GAIN MIN

YH GAIN MAX

YL-YH GAIN

DLE GAIN

VOUT GAIN

WHITE FADER
MIN

WHITE FADER
MAX

WHITE CLIP
MIN

WHITE CLIP
MAX

WHITE CLIP
PRESET

SETUP MAX

SYNC MIN

SYNC MAX

SYNC PRESET

SHP-YOUT
GAIN

SHP DOWN
MIN

SHP DOWN
TYP

SHP DOWN
MAX

SHP DOWN/
UP

SHP SLICE
MAX

B-Y GAIN

YHTYP

YHMIN

YHMAX

YL-YH

DLE

VOUT

WFMIN

WFMAX

WCMIN

WCMAX

WCPRE

SETMAX

SYNCMIN

SYNCMAX

SYNCPRE

SHPYOUT

SHPMIN

SHPTYP

SHPMAX

SHPD/U

SLICEMAX

B-Y

1.8

4.3

1.3

527

522

1056

796

113

165

363

272

0.5

5.7

0.8

0.4

2.8

9.1

2.8

3.3

2.3

620

550

1112

838

126

180

383

287

7.2

1.6

3.8

2.3

3.3

104

713

578

1168

880

139

195

403

302

5.5

2.5

8.7

1.2

2.8

times

CXA1592Q/R

R-YIN (300mV pulse)

BPFOUT

··· (R-Y level)

4FSCIN = SIN 1Vp-p 14.32MHz
R-Y=20log {BPFOUT (mVp-p)/300mV}

4FSCIN = SIN 1Vp-p 14.32MHz
L358 = 20log {286mVp-p/BPFOUT level

(mVp-p)}
BURST (Typ.)

4FSCIN = SIN 1Vp-p 2MHz
L500 = 20log {286mVp-p/BPFOUT level

(mVp-p)}
BURST (Typ.)

R-YIN (600mV pulse)

BPFOUT

4FSCIN = SIN 1Vp-p 14.32MHz

R-YIN (300mV pulse)

BPFOUT

4FSCIN = SIN 1Vp-p 14.32MHz
CSAGC = 4.2V
CSAGCMAX = (BPFOUT level/

R-Y level)

100%

FSCOUT DC amplitude
at 4FSCIN = 2V, 3V

BFG pulse

BPFOUT BLEVEL=1.6V

4FSCIN = SIN 1Vp-p 14.32MHz

BFG pulse

BPFOUT BLEVEL=5V

4FSCIN = SIN 1Vp-p 14.32MHz

BFG pulse

BPFOUT

BLEVEL = 1.6V MODE = 5V
4FSCIN = SIN 1Vp-p 14.32MHz

BFG pulse

BPFOUT

BLEVEL = 5V MODE = 5V
4FSCIN = SIN 1Vp-p 14.32MHz

BFG pulse

BPFOUT

BLEVEL = 1.6V MODE = 2.5V
4FSCIN = SIN 1Vp-p 14.32MHz

BFG pulse

BPFOUT

BLEVEL = 5V MODE = 2.5V
4FSCIN = SIN 1Vp-p 14.32MHz

BFG pulse

BPFOUT

BLEVEL = 1.6V MODE = 3.5V
4FSCIN = SIN 1Vp-p 14.32MHz

BFG pulse

BPFOUT

BLEVEL = 5V MODE = 3.5V
4FSCIN = SIN 1Vp-p 14.32MHz

CIN (SIN 400mVp-p 3.58MHz)

VOUT

CIN (SIN 400mVp-p 3.58MHz)

CHROMA

No.

Item

Symbol

Conditions

Min.

Typ.

Max. Unit

R-Y GAIN

CARRIER
LEAK
3.58MHz

CARRIER
LEAK
500kHz

COUT
DRANGE

CS AGC MAX

FSCOUT
amplitude

BURST NTSC
MIN

BURST NTSC
MAX

BURST PAL
MIN

BURST PAL
MAX

BURST NTSC
x 2 MIN

BURST NTSC
x 2 MAX

BURST PAL
x 2 MIN

BURST PAL
x 2 MAX

CIN-VOUT
GAIN

CIN-CHROMA
GAIN

R-Y

L358

L500

COUTD

CSAGCMAX

FSC

NTMIN

NTMAX

PALMIN

PALMAX

NT2MIN

NT2MAX

PAL2MIN

PAL2MAX

CINVOUT

CINCHROMA

0.4

670

585

250

283

153

468

171

535

2.5

2.1

1.6

730

673

280

105

316

180

520

202

595

3.5

3.1

2.8

760

110

312

120

350

207

572

232

655

4.5

4.1

Ref.) YHIN

Y OUT Frequency characteristics gain 10MHz, 2.3dB (Typ.)

CXA1592Q/R

Test Circuit

Above conditions are given as the typical satting. The individual conditions of each item are indicated in the

chart.

For BPF characteristics proceed as follows.

(1)

When 4FSC IN = 14.32MHz use a 3.58MHz band pass filter where through the input of a 3.58MHz

sine wave a ratio of 2 to 1 is obtained for the input vs. output.

(2)

When 4FSC IN = 2MHz use a 500kHz band pass filter where through the input of a 500kHz sine wave

a ratio of 2 to 1 is obtained for the input vs. output.

0.1µ

0.01µ

0.1µ

BPF

BPF OUT

0.1µ

1000P

0.1µ

1.05V

0.1µ

2.8V

0.1µ

2.1V 0.1µ

2.1V

0.1µ

3.4V 0V

CXA1592Q/R

YTBLK

NOISESLICE

YHCLP

YHIN

YL-YHCLP

YL-YHIN

AGND

CLP4

CLP2

BLEVEL

B-YIN

B-YCLP

LEVEL

SETUP

CLP

YOUT

VOUT

CHROMA

DGND

CIN

COUT

CSY

CSAGC

MODE

SHP

LEVEL

DLE

SHPCLP1

DLD

SHPCLP2

SHPOUT

YLEVEL

FADERMODE

FADERSIG

SETUPLEVEL

SYNCLEVEL

SYNC

R-Y IN

R-YCLP

4FSCIN

LALT

NC1

NC2

FSCOUT

BFG

CBLK

CT BLK

CXA1592Q/R

Gain control characteristics

Y level pin (V)

gain (dB)

Y fader control characteristics

Fader SIG pin (V)

2.5

100

Fader level (%)

Black Fader

White Fader

White fader control characteristics

Fader mode pin (V)

200

400

600

800

White fader level (mV)

White clip control characteristics

WC level pin (V)

400

600

800

1000

White clip level (mV)

Sync level control characteristics

Sync level pin (V)

200

300

400

Sync level (mV)

Set up level control characteristics

Set up level pin (V)

100

Set up level (mV)

CXA1592Q/R

gain typical temperature characteristics

Ambient temperature (°C)

2.5

3.0

gain (dB)

White clip preset temperature characteristics

830

840

White Clip (mV)

Y OUT DC temperature characteristics

2.2

2.5

Y OUT DC (V)

2.1

2.3

2.4

Set up level temperature characteristics

(Set up level = 3.4V)

Set up level (mV)

B-Y gain temperature characteristics

2.0

B-Y gain (dB)

1.0

1.5

Burst NTSC maximum temperature

characteristics

(NTSC pulse mode) Burst level = 5.0V

290

Burst level (mV)

270

280

Ambient temperature (°C)

CXA1592Q/R

CIN

Chroma gain temperature characteristics

Ambient temperature (°C)

2.5

3.0

CIN

Chroma gain (dB)

Carrier leak 3.58MHz temperature characteristics

Carrier leak (dB)

gain maximum supply voltage characteristics

Supply voltage (V)

9.0

9.5

gain (dB)

Carrier leak 500kHz temperature characteristics

Carrier leak (dB)

3.5

Set up level supply voltage characteristics

(Set up level = 3.4/5 V

)

4.5

5.0

5.5

Set up level (mV)

White clip preset supply voltage characteristics

Supply voltage (V)

4.5

5.0

5.5

850

950

White clip (mV)

750

Ambient temperature (°C)

Supply voltage (V)

CXA1592Q/R

CXA1390 Series System Diagram

-
I
N

XSP3

XSP2

XSP1

-
C

XSH

CLP

XSHD

XSHP

AGC

-SEL

AGC

-M

C-CO

OP-O

OPIN

-N

OPIN

-P

AGC

-O

C-CL

DET

LEVEL

XSH1

DC-O

GY-O

F1-O

F2-O

F3-O

CS-C

CS-CCD-

CS-O

-AG

C-G

CS-A

-
G

I
R

I
S

-
L

EVEL

-
CL

-
C

-
O

PBL

1390Q

/
R

-
O

-
G

-
I
N

-
G

-
A

-
I
N

YO-

CLP

S1-I

S2-I

DLC1

-IN

C1-G

AIN

DLCO

-O

R-M

MPX2

-C

MPX1

-C

B-M

B-G

AIN

B-CO

R-CO

R-G

AIN

B-C

G-C

R-CL

LEVEL

YH-

CLP

DLY

H-I

DLY

H-C

DLY

H-O

YH-O

YH-G

AIN

CLP

VAP-O

VAP-G

AIN

VAP-C

VAP-SL

CS-C

CS-I

R-Y

B-Y G

AIN

B-Y O

C-

I
C

-
D

-
B

-
G

-
R

-
C

-
O

S-

I
N

R-

HUE

B-

Y H

R-

1391Q

/
R

I
SE-

I
C

-
C

-
I
N

-
Y

H CL

-
Y

B-

EVEL

B-

Y I

B-

SHP-

LEVEL

DLE

SHP-

DLD

SHP-

Y-L

EVEL

DER-

SIG

SETU

SYNC

-L

EVEL

SYNC

R-Y

CLP

4FS

LALT

FSC

-O

BFG

CBL

CTB

SET

V-

I
D

O-

CHRO

-
O

C-

I
N

C-

-
Y

-
A

1592Q

/
R

DR-O

CT-B

DY-O

YT-B

DY-C

DY-I

YG-I

YR-I

YB-IN

YT-G

CT-G

CLP

DB-O

DB-I

DR-IN

GND

CB-I

CG-I

CR-IN

HYS-

CONT

TH-C

COM

P-I

COM

P-

OUT

DET

ECT

I
HDL

BPF

1393A

/
A

CCD

XSH

XSP1

XSP2

XSH

I
D

PBL

SYN

f
S

CXA1592Q/R

Package Outline

Unit: mm

CXA1592Q

CXA1592R

SONY CODE

EIAJ CODE

JEDEC CODE

PACKAGE MATERIAL

LEAD TREATMENT

LEAD MATERIAL

PACKAGE MASS

EPOXY RESIN

PLATING

42/COPPER ALLOY

PACKAGE STRUCTURE

48PIN LQFP (PLASTIC)

9.0 ± 0.2

7.0 ± 0.1

(0.22)

0.18 0.03

+ 0.08

0.2g

LQFP-48P-L01

LQFP048-P-0707

(8.0)

0.5 ±

0.2

0.127 0.02

+ 0.05

1.5 0.1

+ 0.2

0.1

SOLDER/PALLADIUM

NOTE: Dimension "

" does not include mold protrusion.

0.1 ± 0.1

0.5 ±

0.2

0° to 10°

DETAIL A

0.13 M

0.5

SONY CODE

EIAJ CODE

JEDEC CODE

PACKAGE STRUCTURE

PACKAGE MATERIAL

LEAD TREATMENT

LEAD MATERIAL

PACKAGE MASS

EPOXY RESIN

SOLDER / PALLADIUM

PLATING

42/COPPER ALLOY

48PIN QFP (PLASTIC)

15.3 ± 0.4

12.0 0.1

+ 0.4

0.8

0.3 0.1

+ 0.15

0.24

2.2 0.15

+ 0.35

0.9 ±

0.2

0.1 0.1

+ 0.2

13.5

0.15 0.05

+ 0.1

QFP-48P-L04

QFP048-P-1212

0.7g

0.15

NOTE : PALLADIUM PLATING

This product uses S-PdPPF (Sony Spec.-Palladium Pre-Plated Lead Frame).

Ð­Ð»ÐµÐºÑ‚Ñ€Ð¾Ð½Ð½Ñ‹Ð¹ ÐºÐ¾Ð¼Ð¿Ð¾Ð½ÐµÐ½Ñ‚: CXA1592Q

ÐÐ»ÐµÐºÑ‚Ñ€Ð¾Ð½Ð½Ñ‹Ð¹ ÐºÐ¾Ð¼Ð¿Ð¾Ð½ÐµÐ½Ñ‚: CXA1592Q