FEDL2213-01

1Semiconductor

This version: May 2001

ML2213

Speech Synthesizer plus Music LSI with On-Chip 1.5 Mbit Mask ROM

1/26

GENERAL DESCRIPTION

The ML2213 is an ADPCM-based Speech Synthesizer LSI with on-chip 1.5 Mbit Mask ROM for storing multiple
speech data. In addition, the LSI has a built-in Music Generator circuit that can generate music by automatically
acquiring user-defined musical notes data from the ROM. The ML2213 contains a 12-bit D/A Converter and Low
Pass Filter, and enables a user to readily built a message and music playback sub-system by simply adding an
external speaker and driving amplifier.

FEATURES

On-Chip 1.5 Mbit Mask ROM

Serial Interface:

User-selectable Mask options for 2-pin or 3-pin interfacing

3 Speech Synthesis Algorithms for user selection
4-bit ADPCM/8-bit OKI Non-Linear PCM/8-bit PCM/Music

Sampling Frequency (At 4.096 MHz External Clock)
4.0 kHz, 5.3 kHz, 6.4 kHz, 8.0 kHz, 10.7 kHz, 12.8 kHz, 16.0 kHz

Built-in Music Generator function
User-definable 31 musical scales, 60 musical notes, and 30 tempos

User-defined Phrases up to 247 phrases, including music.

Built-in 12-bit D/A Converter

Built-in Low Pass Filter

Driver for piezo-speaker (MD pin)

External Clock:

Frequency can be selected as Mask option
4.096 MHz, 8.192 MHz, 16.384 MHz

Power Supply Voltage:

2.4 to 5.5 V

Package:

24-pin plastic SOP (SOP24-P-430-1.27-K) (Product name: ML2213-xxxMA)
14-pin plastic SSOP (SSOP14-P-44-0.65-K) (Product name: ML2213-xxxMB)

FEDL 2213-01

1Semiconductor

ML2213

3/26

PIN CONFIGURATION (TOP VIEW)

NC: No connection

Note : If the 14-Pin Plastic SSOP is used, contact the Oki sales office for availability and specifications.

NAR

BUSY

GND

AOUT

RESET
CS

CLK

AOUT

GND

NAR

BUSY

CLK

RESET

14-Pin Plastic SSOP

24-Pin Plastic SOP

FEDL 2213-01

1Semiconductor

ML2213

4/26

PIN DESCRIPTIONS

Symbol

Type

Description

11 (19)

RESET

"L" input to this pin turns the LSI into standby mode. At this point, output from
the AOUT pin rises up to V

level, having the LSl initialized internally. By "H"

input to the pin the AOUT output returns to 1/2 V

level.

2 (4)

NAR

This pin outputs a signal showing empty/full status of the Phase Address
Latch Resister. "H" level indicates the register is empty, and thus the LSI is
ready to accept serial data input. At powering up, the pin outputs "H level".

3 (5)

BUSY

Output "L" level while output signal is present either at the AOUT or MD pin.
At powering up, the pin outputs "H" level.

4 (6)

Music output pin

6 (9)

AOUT

Analog output pin

5 (8)

GND

Ground pin

9 (16)

CLK

External clock input pin

12 (20)

Serial clock input pin

13 (21)

Serial data input pin. Input a phrase code corresponding to a phrase address
through this pin.

10 (17)

Chip select signal pin. Mask option allows a user to choose either 2-pin (SD
and Sl) interfacing or 3-pin (SD, Sl and

) interfacing. When 3-pin inter-

facing is selected, input to the SD and Sl pins is valid while the

pin being

held "L". When 2-pin interfacing is selected, pull this pin down to the GND.

8 (15)

Power supply pin. Insert 0.1

F or larger bypass capacitor between this pin

and the GND pin.

* 14-pin plastic SSOP (24-pin plastic SOP)

FEDL 2213-01

1Semiconductor

ML2213

5/26

ABSOLUTE MAXIMUM RATINGS

Parameter

Symbol

Condition

Rating

Unit

Power Supply Voltage

0.3 to +7.0

Input Voltage

Ta = 25°C

0.3 to V

+0.3

Storage Temperature

STG

55 to +150

°C

RECOMMENDED OPERATING CONDITIONS

Parameter

Symbol

Condition

Range

Unit

Power Supply Voltage

2.4 to 5.5

Operating Temperature

40 to +85

°C

4.096

8.192

External Clock Frequency

EXTCK

Selected as Mask options

16.384

MHz

ELECTRICAL CHARACTERISTICS

DC Characteristics (3 V Version)

= 2.4 to 3.6 V, GND = 0 V, Ta = 40 to +85°C)

Parameter

Symbol

Condition

Min.

Typ.

Max.

Unit

"H" Input Voltage

0.87

"L" Input Voltage

0.13

"H" Output Voltage

= 500

0.3

"L" Output Voltage

= 1 mA

0.4

"H" Input Current

= V

"L" Input Current

= GND

Operating Power Consumption

Standby Power Consumption

Ta = 40 to +85°C

DA Output Relative Error

DAE

DC Characteristics (5 V Version)

= 3.7 to 5.5 V, GND = 0 V, Ta = 40 to +85°C)

Parameter

Symbol

Condition

Min.

Typ.

Max.

Unit

"H" Input Voltage

0.85

"L" Input Voltage

0.15

"H" Output Voltage

= 500

0.3

"L" Output Voltage

= 1 mA

0.4

"H" Input Current

= V

"L" Input Current

= GND

Operating Power Consumption

Standby Power Consumption

Ta = 40 to +85°C

DA Output Relative Error

DAE

FEDL 2213-01

1Semiconductor

ML2213

6/26

AC Characteristics

= 2.4 to 5.5 V, GND = 0 V, Ta = 40 to +85°C)

Parameter

Symbol

Condition

Min.

Typ.

Max.

Unit

CLK Duty Cycle

duty

RESET

Input Pulse Width

RST

)

RESET

Input Time after

Powering Up

RST

)

Serial Clock Pulse Width

W(Sl)

350

Start Pulse Width

SDST

With 2-pin interfacing

Serial Data Setup Time

SDS

Serial Data Hold Time

SSD

Serial Clock Setup Time

SlS

With 3-pin interfacing

Serial Clock Hold Time

SSI

With 3-pin interfacing

Analog Characteristics

= 2.4 to 5.5 V, GND = 0 V, Ta = 40 to +85°C)

Parameter

Symbol

Condition

Min.

Typ.

Max.

Unit

AOUT Output Voltage Range

AOUT Pull-up Resistor Value

2.5

5.0

FEDL 2213-01

1Semiconductor

ML2213

9/26

3
.
Co

inuo

us P

l
a
y
b

a
c
k

Ti

i
ng

3.1 W

2-p

i
n

terfaci

g s

e
l
ected

Mas

k
op

r
a

1 a

ddr

e
ss

sett

ing

Phrase

1 p

l
ay

r
a

2 a

ddr

e
ss

sett

ing

Phrase

2 p

l
ay

r
a

3 a

ddr

e
ss

sett

ing

Phrase

3 p

l
ay

OP c

rd in

RESE

NAR

BUSY

AOUT

RESE

NAR

BUSY

AOUT

2
)
Continuous

pla

y
ba

c
k
by

1
)
Continuous

pla

y
ba

c
k
by

OP c

rd in

r
a

3 a

ddr

e
ss

sett

ing

r
a

2 a

ddr

e
ss

sett

ing

r
a

1 a

ddr

e
ss

sett

ing

Phrase

3 p

l
ay

Phrase

2 p

l
ay

Phrase

1 p

l
ay

FEDL 2213-01

1Semiconductor

ML2213

10/26

3.2 W

3-p

i
n

terfaci

g s

e
l
ected

Mas

k
op

RESE

NAR

BUSY

AOUT

RESE

NAR

BUSY

AOUT

2
)
Continuous

pla

y
ba

c
k
by

BUSY

1
)
Continuous

pla

y
ba

c
k
by

Phrase

1 a

ddre

sett

ing

hrase

2 a

ddre

sett

ing

hrase

3 a

ddre

sett

ing

OP c

rd in

Phrase

1 p

l
ay

Phrase

2 p

l
ay

Phrase

3 p

l
ay

OP c

rd in

Phrase

3 p

l
ay

r
a

3 a

ddr

e
ss

sett

ing

r
a

2 a

ddr

e
ss

sett

ing

Phrase

2 p

l
ay

Phrase

1 p

l
ay

r
a

1 a

ddr

e
ss

sett

ing

FEDL 2213-01

1Semiconductor

ML2213

11/26

FUNCTIONAL DESCRIPTION

1. Specifying a user-defined phrase code for playback
The LSI allows a user to define up to 247 phrases. To playback a user-defined phrase, input a phrase code (phrase
address) in serial order, starting with the MSB, through the SD pin.

Figure 1.1 Timing for Phrase Code Input

When more than 8 SI clocks are input, the first 8-clock data is taken as valid data. Table 1.1 shows phrase codes
for user-defined phrases.

Table 1.1 Phrase Code for User-defined Phrase

MSB to LSB

Code Description

00000000

Stop Code

00000001

·
·

11110111

User-defined Phrase Codes

11111000

·
·

11111111

Test Codes*

Note: * No test codes could be used to represent a user-defined phrase.

2. Use-Prohibited Area in on-chip Mask ROM
As shown in the Table 2.1, the last 3 bytes of on-chip Mask ROM are use-prohibited. Be sure not to use the last 3
bytes when you prepare ROM data using an analyzing tool.
Table 2.1 shows addresses that are prohibited to use, and Figure 2.1 shows the address map of on-chip Mask ROM.

Table 2.1 User's Data Area and Use-Prohibited Area in on-chip Mask ROM

User's Data Area

Use-Prohibited Area

007C8 to 2FFFC

2FFFD, 2FFFE, 2FFFF

MSB 2SB 3SB 4SB 5SB 6SB 7SB LSB

FEDL 2213-01

1Semiconductor

ML2213

12/26

00000H
007C7H

Phrase Control Table Area

007C8H
2FFFCH

User's Date Area

2FFFDH
2FFFFH

Test Date Area

Figure 2.1 Mask ROM Address Map

3. Mask Options
The following mask options are available to choose an interfacing type and an external clock frequency, as shown
in Table 3.1.

Table 3.1 Mask Options

Option

Interfacing Type

External Clock Frequency

3-pin Interfacing

4.096 MHz

3-pin Interfacing

8.192 MHz

3-pin Interfacing

16.384 MHz

2-pin Interfacing

4.096 MHz

2-pin Interfacing

8.192 MHz

2-pin Interfacing

16.384 MHz

4. Interfacing Types
Mask option allows a user to select a interfacing type and a frequency of external clock input. Available options
are listed in Table 3.1 below.

4.1 2-pin Controlled Serial Input Interface
2-pin interfacing uses the SD and SI pins to control interfacing. Pull the

ST pin down to "L".

Figure 4.1 Timing Chart of Serial Input

As shown in Figure 4.1, serial data input is enabled by entering 1

sec or longer "L" input (the Start-bit input) to

the SD pin. Serial data input to the SD pin is fetched to the internal register in synchronization with the falling
edge of the SI's 8th clock as a phrase code for a user-defined phrase.

NAR

BUSY

SDST

FEDL 2213-01

1Semiconductor

ML2213

13/26

You must input the external clock to the CLK pin. Otherwise, serial data input cannot be acquired internally,
regardless t

SDST

s or t

SDST

< 1

Figure 4.2 Timing Chart of Serial Input

As shown in Figure 4.2, re-inputting the Start-bit before the SI's 8th clock cancels the preceding serial data entry,
and 8-clock data following the Start-bit is taken as valid data.

4.2 3-pin Controlled Serial Input Interface
3-pin interfacing uses the SD, SI and

ST pins to control interfacing.

Figure 4.3 Timing Chart of Serial Input

When 3-pin interfacing is selected, input to the SD and SI pins is enabled while the

ST pin being held "L". Serial

data input to the SD pin is acquired to the internal register in synchronization with the falling edge of the SI's 8th
clock as an 8-bit phrase code for a user-defined phrase. If the

ST pin is brought back to "H" before the SI's 8th

clock, the preceding entry is cancelled, and 8-clock data after the

ST pin being brought back to "L" again is taken

as valid data.

NAR

BUSY

SDST

NAR

BUSY

FEDL 2213-01

1Semiconductor

ML2213

14/26

5. External Clock Input
Mask option allows a user to choose an external clock frequency, as shown in Table 5.1.

Table 5.1 External Clock Frequency and Sampling Frequency

External Clock Frequency

Internal Sampling Frequency

4.096 MHz

4.0 kHz, 5.3 kHz, 6.4 kHz, 8.0 kHz, 10.7 kHz, 12.8 kHz, 16.0 kHz

8.192 MHz

4.0 kHz, 5.3 kHz, 6.4 kHz, 8.0 kHz, 10.7 kHz, 12.8 kHz, 16.0 kHz

16.384 MHz

4.0 kHz, 5.3 kHz, 6.4 kHz, 8.0 kHz, 10.7 kHz, 12.8 kHz, 16.0 kHz

When an external clock frequency were chosen as Mask option and a different frequency input were made, the
sampling frequency changes in proportion to the actual input frequency. For example, while 4.096 MHz external
clock frequency option was selected as Mask option, and when 6.144 MHz external clock is actually input, then
the sampling frequency changes accordingly, e.g. sampling frequency at 1.5 times of those shown in Table 5.1.

6. Stop Code
The Stop code input (Table 1.1) to the SD pin during playback let the LSI stop playback on the SI's falling edge
following to the LSB input, and the AOUT fall down to 1/2 V

level. If the LSI playbacks a music phrase, music

stops as well.
Timings for the Stop code input are shown below, for 2-pin interfacing in Figure 6.1 and for 3-pin interfacing in
Figure 6.2 respectively.

Figure 6.1 Timing for Stop Code Input - 2-pin Interfacing

Figure 6.2 Timing for Stop Code Input - 3-pin Interfacing

BUSY

STOP

BUSY

STOP

FEDL 2213-01

1Semiconductor

ML2213

15/26

7. Music Generator
The Music Generator circuit initiates music output via the MD pin by activating a user-defined music phrase from
an external controller. The Music Generator outputs music, automatically acquiring musical notes data stored in
the Mask ROM. Acquiring the last note code where the end-bit is set to "1", results in stopping playback.
A user can define a music phrase by entering the starting address and tempo data in the Phrase Control Table, and
codes for musical notes and the end-bit information in the User's Data area. These data for a music phrase, based
on the score of music, can be created and entered by using an OKI's Analyzing Tool according to coding rules and
formats described later in this document.

7.1 Tempo Data
Tempo data for a music phrase can be defined in the Phrase Control Table while preparing ROM data. Tempo
cannot be changed from an external controller.
Tempo data defines a beat and rhythm for a music phrase. Table 7.1 lists tempos (the count of quarter notes per
minute) available for user's selection.

FEDL 2213-01

1Semiconductor

ML2213

16/26

Table 7.1 Tempos for Music Phrases

TEMPO

TP4

TP3

TP2

TP1

TP0

Tempo

= 625

= 416.7

= 312.5

= 250

= 208.3

= 178.6

= 156.7

= 138.9

= 125

= 113.6

= 104.2

= 96.2

= 89.3

= 83.3

= 78.1

10H

= 73.5

11H

= 69.4

12H

= 65.8

13H

= 62.5

14H

= 59.5

15H

= 56.8

16H

= 54.3

17H

= 52.1

18H

= 50

19H

= 48.1

1AH

= 46.3

1BH

= 44.6

1CH

= 43.1

1DH

= 41.7

1EH

= 40.3

1FH

= 39.1

FEDL 2213-01

1Semiconductor

ML2213

17/26

7.2 Musical Note Data
Musical note data consists of 2 bytes and is stored in the Mask ROM's User's Data area, where a user can define
scale, note and the end-bit for a music phrase. Table 7.2 shows the coding format for musical note data.

Table 7.2 Coding Format for Musical Note Data

NSB

7SB

6SB

5SB

4SB

3SB

2SB

LSB

The First Byte END-Bit

Musical Note Code

The Second Byte

Musical Scale Code

(1) Musical Scale Code
Musical scale code is defined at the second byte. The following equation shows output frequency from the Music
Generator circuit at 4.096 MHz external clock.

kHz ("N" is integer between 4 to 127)

Co-relationship between "N" and musical scale can be calculated as follows:

N = 2

N7 + 2

N6 +2

N5 + 2

N4 + 2

N3 + 2

N2 + 2

N1 + 2

When all values for N7 to N2 are set to "0", no music is reproduced during the period specified by the note code.
At this instance, the values of N1 and N0 have no significance (Don't care).
Table 7.3 shows major musical scales (keys) and their corresponding scale codes.

(N + 2)

FEDL 2213-01

1Semiconductor

ML2213

18/26

Table 7.3 Musical Scales and Corresponding Scale Codes

Scale Code

Musical

Scale

Frequency

(Hz)

N7 to N0

261.22

F3H

Cis

277.06

E5H

293.58

D8H

Dis

310.68

CCH

329.90

C0H

349.73

B5H

Fis

369.94

ABH

392.64

A1H

Gis

415.58

98H

441.38

8FH

Ais

467.15

87H

492.31

80H

524.59

78H

Cis

556.52

71H

587.16

6BH

Dis

621.36

65H

659.79

5FH

695.65

5AH

Fis

744.19

54H

780.49

50H

Gis

831.17

4BH

876.71

47H

Ais

927.54

43H

984.62

3FH

1049.18

3BH

Cis

1103.45

38H

1185.19

34H

Dis

1254.90

31H

1306.12

2FH

1391.30

2CH

Fis

1488.37

29H

(2) Musical Note Code
The first byte of music data code is where a user can define musical note code. Table 7.4 shows musical notes and
their corresponding note codes (L5 to L0). When all bits are set to "0", the duration or beat of the note is identical
to that of the code with L0 alone set to "1" (1/64).

FEDL 2213-01

1Semiconductor

ML2213

19/26

Table 7.4 Musical Notes and Corresponding Note Codes

Note Code

Musical Note

L5 to L0

3FH

2FH

1FH

17H

0FH

0BH

07H

05H

When N6 to N0 are set to "0" in scale code definition, the code means "Rest". Table 7.5 shows rests and their
corresponding rest codes (L5 to L0).

Table 7.5 Rests and Corresponding Rest Codes

Rest Code

Rest

L5 to L0

3FH

1FH

17H

0FH

07H

03H

The following formula can be used to calculate the duration or beat of a musical note (including rest), that is
defined by a note code and tempo code.

1.5

(TP+1)

(L+1) msec (Where TP is integer between 1 to 31, and L is integer between 4 to 63)

TP is a numerical value defined in the Phrase Control Table and its bit correspondence to tempo data can be
calculated as follows:

TP = 2

TP4 + 2

TP3 + 2

TP2 + 2

TP1 + 2

TP0

Meanwhile, L is defined by a musical note code, and its bit correspondence to the musical note code can be
calculated as follows:

L = 2

L5 + 2

L4 + 2

L3 + 2

L2 + 2

L1 + 2

FEDL 2213-01

1Semiconductor

ML2213

20/26

(3) End-Bit
The end-bit is set at the first byte, the MSB, of music phrase data. As soon as the LSI starts to output the last note
code where the end-bit is set to "1", the Music Generator circuit issues an end-music interrupt call and stops
playback after the last note code has been output.

7.3 Sample Musical Note Codes
Table 7.6 shows sample codes to output a part of musical score shown in Figure 7.3.

Figure 7.3

Table 7.6 Coding Sample

Note Code

1st Byte

2nd Byte

Musical
Note

END --* L5

Hexa-

decimal

2F50H

0F6BH

1750H

076BH

1750H

0747H

3F3FH

BF50H

Note: * Bit 6 of the first byte can be either "0" or "1" (Don't care bit), so is set to "0" in the above sample

codes.

=120

FEDL 2213-01

1Semiconductor

ML2213

21/26

8. Buzzer
You can define a buzz phrase by setting a frequency and sound type in the Phrase Control Table and a buzz phrase
in the User's Data area. To start buzzer output via the MD pin, activate a buzz phrase. To stop buzzer output, enter
the Stop Code.
4 buzzing sound types, intermittent 1, intermittent 2, single and continuous, and 3 50%-duty frequencies, at 0.5
kHz, 1.0 kHz and 2.0 kHz, are available for user selection, depending on buzzer output mode setup in the Phrase
Control Table.
Figure 8.1 shows output wave-form in respective output modes. Black-filled wave-form indicates buzz output
signal at 2 kHz.

(a) TP1 = 0, TP0 = 0 (intermittent 1)

(b) TP1 = 0, TP0 = 1 (intermittent 2)

(c) TP1 = 1, TP0 = 0 (single)

(d) TP1 = 1, TP0 = 1 (continuous)

Figure 8.1 Output Wave-form from the Buzzer Driver in Each Output Mode

EMBD

8 Hz

OUTPUT MD

OFF

EMBD

8 Hz

OUTPUT MD

1 Hz

OFF

EMBD

OUTPUT MD

OFF

OUTPUT MD

EMBD

32 Hz

OFF

FEDL 2213-01

1Semiconductor

ML2213

22/26

9. Low Pass Filter

ML2213's analog output goes through the built-in Low Pass Filter. The Figure 9.1 below shows Frequency
Characteristics and Table 9.1 shows Cut-off Frequency of the LPF.
No analog output passing through the LPF is available on this chip.

Figure 9.1 LPF Frequency Characteristics (f

SAM

= 8 kHz)

Table 9.1 LPF Cut-off Frequency

Sampling Frequency (kHz)

SAM

)

Cut-off Frequency (kHz)

CUT

)

4.0

1.2

5.3

1.6

6.4

2.0

8.0

2.5

10.6

3.2

12.8

4.0

16.0

5.0

10. AOUT Connecting Circuit

It is recommended to connect a capacitor of 0.01 to 0.033

F to the AOUT pin.

The circuit diaram is as shown below.

The capacitor is used for improving a voice quality. Check the voice quality before determining the capacitor
value. If the voice quality is excellent without connecting a capacitor, no capacitor is required.

[dB] 20

10
20
30
40
50
60
70
80

10 100 1 k 10 k [Hz]

AOUT

0.01 to 0.033

FEDL 2213-01

1Semiconductor

ML2213

24/26

PACKAGE DIMENSIONS

SOP24-P-430-1.27-K

Mirror finish

Package material

Epoxy resin

Lead frame material

42 alloy

Pin treatment

Solder plating (

5µm)

Package weight (g)

0.58 TYP.

Rev. No./Last Revised

5/Oct. 13, 1998

Notes for Mounting the Surface Mount Type Package

The surface mount type packages are very susceptible to heat in reflow mounting and humidity
absorbed in storage.
Therefore, before you perform reflow mounting, contact Oki's responsible sales person for the product
name, package name, pin number, package code and desired mounting conditions (reflow method,
temperature and times).

(Unit : mm)

FEDL 2213-01

1Semiconductor

ML2213

25/26

SSOP14-P-44-0.65-K

Mirror Finish

Package material

Epoxy resin

Lead frame material

42 alloy

Pin treatment

Solder plating (

5µm)

Package weight (g)

0.066 TYP.

Rev. No./Last Revised

1/Sept. 18, 1998

Notes for Mounting the Surface Mount Type Package

(Unit: mm)

FEDL 2213-01

1Semiconductor

ML2213

26/26

NOTICE

The information contained herein can change without notice owing to product and/or technical improvements.
Before using the product, please make sure that the information being referred to is up-to-date.

The outline of action and examples for application circuits described herein have been chosen as an
explanation for the standard action and performance of the product. When planning to use the product, please
ensure that the external conditions are reflected in the actual circuit, assembly, and program designs.

When designing your product, please use our product below the specified maximum ratings and within the
specified operating ranges including, but not limited to, operating voltage, power dissipation, and operating
temperature.

Oki assumes no responsibility or liability whatsoever for any failure or unusual or unexpected operation
resulting from misuse, neglect, improper installation, repair, alteration or accident, improper handling, or
unusual physical or electrical stress including, but not limited to, exposure to parameters beyond the specified
maximum ratings or operation outside the specified operating range.

Neither indemnity against nor license of a third party's industrial and intellectual property right, etc. is
granted by us in connection with the use of the product and/or the information and drawings contained herein.
No responsibility is assumed by us for any infringement of a third party's right which may result from the use
thereof.

The products listed in this document are intended for use in general electronics equipment for commercial
applications (e.g., office automation, communication equipment, measurement equipment, consumer
electronics, etc.). These products are not authorized for use in any system or application that requires special
or enhanced quality and reliability characteristics nor in any system or application where the failure of such
system or application may result in the loss or damage of property, or death or injury to humans.
Such applications include, but are not limited to, traffic and automotive equipment, safety devices, aerospace
equipment, nuclear power control, medical equipment, and life-support systems.

Certain products in this document may need government approval before they can be exported to particular
countries. The purchaser assumes the responsibility of determining the legality of export of these products
and will take appropriate and necessary steps at their own expense for these.

No part of the contents contained herein may be reprinted or reproduced without our prior permission.

Document Outline

Ð­Ð»ÐµÐºÑ‚Ñ€Ð¾Ð½Ð½Ñ‹Ð¹ ÐºÐ¾Ð¼Ð¿Ð¾Ð½ÐµÐ½Ñ‚: ML2213-XXXMA

Document Outline

ÐÐ»ÐµÐºÑ‚Ñ€Ð¾Ð½Ð½Ñ‹Ð¹ ÐºÐ¾Ð¼Ð¿Ð¾Ð½ÐµÐ½Ñ‚: ML2213-XXXMA