1/39

PID247*** 09/96

Features

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Single power supply can operate at 2.4 V through
6.0 V.
Current output can drive 8 ohm speaker with a
transistor.
The voice content can be separated to 32 sections.
Duration of each section can be different and is
multiples of 100 h.
Duration of sections with appended memory-less
mute is up to 21.8 seconds (20000h).
3 straight trigger pins are provided TGA, TGB, TGC.
Each cross can access a sentence.
4 x 4 matrix trigger crosses are provided by RW1-4,
K1-4. Each cross can access a sentence.
Each sentence is composed of one or more sections.
Lower key priority is provided for straight inputs
and matrix cross inputs.
Last key priority is provided for straight inputs.
First key priority is provided for 4x4 crosses.
Up to 512 table entries for all 32 sentences.
Auto ramp up / ramp down & sleep functions are
built in.
INT(interrupt) function is provided.
OKY function is provided optionally chipwise.
Play all OKY is provided optionally chipwise.
Random Play OKY is provided optionally chipwise.
Playnext OKY is provided optionally chipwise.
Continuous S.W.A.I. OKY is provided optionally
chipwise.
Home S.W.A.I. OKY is provided optionally chipwise.
5 output pins are provided.
20 ms debounce is provided.
Sink LED is provided.

Off LED when Playing audio is provided optionally
entrywise.
Slow Ring flash LED when playing audio is provided
optionally entrywise.
Dynamic flash LED when playing audio is provided
optionally entrywise.
Slow fix flash LED when playing audio is provided
optionally entrywise.
On LED when playing audio is provided optionally
entrywise.
High busy when playing audio is provided optionally
entrywise.
Low busy when playing audio is povided optionally
entrywise.
DC high (when playing audio and lasts to next trigger) is
provided optionally entrywise.
DC low(when playing audio and lasts to next trigger) is
provided optionally entrywise.
Low Stop after playing audio is provided optionally
entrywise.
High Stop after playing audio is provided optionally
entrywise.
OKY's sentences could be different from those from
TGS'.
8 loudness levels are provided entrywise.
8 different pitches are provided entrywise.
Edge trigger is provided optionally triggerwise.
Level trigger is provided optionally triggerwise.
Holdable output by TG is provided optionally triggerwise.
Retriggerrable TG by itself is provided optionally
triggerwise.
Retriggerrable TG by others is provided optionally
triggerwise.
High trigger is provided optionally triggerwise.
Low trigger is provided optionally triggerwise.

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MSS0307/S0607/S0907/S1207/S1507/S1807

3"/ 6"/ 9"/ 12" / 15" / 18" VOICE ROM

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

September 1996

(Preliminary)

2/39

Description

Mask Options

(on straight triggers & OKY)

either Level or Edge trigger type
either Holdable or not
either retriggerable or not
either quick or normal debounce time
either high or low active
either internal pulling or not
(fixed at pulling)
either internal latch or not
(fixed at latch)
either power on play or not
(fixed at no power on play)

The MSSnn07 is a single-chip CMOS VLSI ROM that can memorize voice data up to nn seconds using MOSEL
qualified coding method (5-bit MPCM) at 6.00 KHz in 32 sections with arbitrary length.
Both the volume and pitch can be masked and different for each entry each sentence. 5 versatile outputs are available
through programmable logic array. With minimum external components, this chip can be applied to various application.
Customer voice data will be edited and programmed into ROM by changing one layer of mask during fabrication.

Mask Options

(on matrix K input)

either Level or Edge trigger type
either Holdable or not
either retriggerable or not
either quick or normal debounce time
(fixed at normal, =20 ms)

Mask Options

(for INT)

either quick or normal debounce time
either high or low active

Mask Options Overall

either Large or Small cout driving current
either large (1-32) or small loop (17-32)
on OKY cycle
either continuously or homely PlayNext function
among PlayAll, PlayNext or Random for OKY
function
either direct TGA or OKY for TGA pin
either direct TGC or INTP for TGC pin
either sink or drive for LED output (fixed at sink)

among 8 pitches for each entry
among 8 loudness for each entry
among 15 features for OS pin for each entry
among 15 features for OW pin for each entry
among 15 features for OX pin for each entry
among 15 features for OY pin for each entry
among 15 features for OZ pin for each entry
among these 15 options for every entry every OUT pin:
(A) high stop (B) low stop (C) high busy (D) low busy (E)
DC high (F) DC low (G) LED dynamic 17/31 (H) LED
dynamic 23/31 (J) LED dynamic 27/31 (N) LED fixed
flash slow (R) LED ring flash slow (2) LED fix flash slow
inverse (4) LED ring flash slow inverse (7) LED on (8)
LED off.

Mask Options

(entrywise)

Developement Tools

M9026 emulaton board is provided
M9026 pack.exe program is provided
Computer format (Lotus 1-2-3 work sheet)
request forms A1-A8, F, H are provided
COB P28 is provided
COB M9226 is provided

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PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

Voice Storage Reference

Device

MSS1807

MSS1507

MSS1207

MSS0907

MSS0607

MSS0307

Capacity

1A600h

16000h

11A00h

D800h

9000h

5100h

Duration at 6KHz S.R.

18.01 seconds

15.01 seconds

12.03 seconds

9.21 seconds

6.14 seconds

3.45 seconds

Section

Entry / Sentence

512/32

Word with mute behide

20000h

3/39

Pad Description

Signals

I/O

Function

Pad #

Vss

Rosc

TGC/INTP

TGB

TGA/OKY

Vdd

RW1

RW2

RW3

RW4

Cout

Voltage output 1, to drive buzzer

Voltage output 2, to drive buzzer

Ground

Rosc

Trigger C or Interrupt input, mask optional

Trigger B input

Trigger A or one-key input, mask optional

Positive power supply

No connection

Matrix trigger column input 4

Matrix trigger column input 3

Matrix trigger column input 2

Matrix trigger column input 1

Matrix trigger row input 1, feed signal to K pin(s) when contact

Matrix trigger row input 2, feed signal to K pin(s) when contact

Matrix trigger row input 3, feed signal to K pin(s) when contact

Matrix trigger row input 4, feed signal to K pin(s) when contact

Output signal Z

Output signal Y

Output signal X

Current Output, to drive speaker through transistor

Output signal W

Output signal S

CLOCK

GENERATOR

CONTROL

LOGIC

Rosc

TIMING

GENERATOR

ADDRESS

GENERATOR

TRIGGER

TABLE

MPCM

Decoder

VOICE

ROM

Buzzer

Buffer

Speaker

Buffer

C OUT

V DD

V SS

RW1
RW2
RW3
RW4

TGA/OKY

TGB

TGC/INT

OX
OY
OZ

K1 K2 K3 K4

Varaible Pitch

Block Diagram

Power

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

Varaible

Loudness

4/39

Cout
Cout is tristate during standby.
Cout has zero current output when sound data is
zero. Cout has full current output when sound
data is the highest. Cout has half of full current
output when sound is silence at middle data value.
Cout has half of full current output when playing
sound at appended memory-less mute.
Ico of Cout behaves two different characteristics
shown as curve 2 and curve 3. Curve 3 is
recommended when operating at 2.5V through
5.0V. Curve 2 is recommended when operating at
5.0V through 6.0V.
The bypass Cout Resistor (named R2) is used to
bypass the audio output current from Cout. This
bypassing extra current to ground gives a way to
prevent the saturation of audio waveform amplified
by transistor. This Resistance of R2 is 470 ohm
typically. It always is not very small. Or user can
let it open if the transistor has a fair beta value.
Due to Cout depends on Vdd bias very much, this
R2 resistance needs be very carefully selected
when user supplies the voltage potential source in
poor flatness or in poor drive capability.
What the poor source means either its potential
drops as the load varies or its potential drops as its
capacity exhausted.
A transistor with beta value 150 is sufficient for
typical applications. Larger beta value get larger
sound but may have the amplified waveform
saturated.
8 ohm speaker is recommended. The speaker
characeristics and housing impacts the loudness
very much.
When user is using variable loudness, user must
carefully calculate the bypass resistance R2 and
transistor's beta value due to that the current from
Cout may vary very much due to user's specified
loudness variance.

V1, V2
They are tristate during standby state.
These two pins can drive buzzer directly. The
piezo buzzer used should have its resonant
frequency at the center of your sound frequency
domain or you are unable to play your sound good
by this buzzer.
For instance, you have your sound spans over
frequency from 100 Hz through 1 KHz. A buzzer
with resonant frequency at 300 Hz will play this
sound good. A buzzer with resonant frequency at
1 KHz will distort the sound very much because
that most of the energy of the playback sound is
unable to be played by this buzzer.

Signals

OS, OW, OX, OY, OZ
There are 5 output pins provided. Each pin can
perform its performance independent on other four
pins.
An output pin can be masked to perform one out of
15 features per entry. But it has restriction : a pin
can perform up to 8 features only at a mask code.
These 8 features should not have too far
relationships.
Contact our sales representatives if you want to
use diverse output performance.

Rosc
This is a pin to provide bias to activate built in
VCO circuit. A 600 K ohm resistor serial from Vdd
to this pin (named R1) can play the audio output at
6 KHz sample rate at pitch option 4. Larger
Resistance provided at this location plays lower
sample rate. A 240 Kohm resistor plays 15 KHz
sample rate at same condition.
The Vdd bias has very less impact on the
relationship between Rosc and sample rate. To
play 6 KHz, user needs 600 K ohm at 3 Vdd and
590 K ohm at 6 Vdd. To play 15 KHz, user needs
240 K ohm at 3 Vdd and 230 K ohm at 6 Vdd.

K1, K2, K3, K4
These four pins have two ways to perform.
To cooperate with RW1, RW2, RW3 and RW4,
they form a 4 x 4 matrix in 16 cross points. The
touch of a cross point will pass signal from a RW
pin to this K pin and activates a trigger signal to
play respectively sentence.
To not cooperate with RWn, these K pins can act
as straight trigger and work standalone. A Vdd
provided to Kn can play sentence.

RW1, RW2, RW3, RW4
These four pins can cooperate with Kn pins to form
a 4 x 4 matrix in 16 cross points. The touch of a
cross point passes signal from this RW pin to K
pin(s) and activates a trigger signal to play
corresponding sentence.
The result to be played is not guaranteed when
operating at below three conditions:(1) All four
RWn signal pins tied together, (2) Any three RWn
signal pins connected together, (3) Any two RWn
signal pins connected together. The result may
even be no sound played.

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

5/39

Retriggerable TG
Retriggerable TGm means the sentence
addressed by TGm could be retriggerred by other
TGs.
See Timing diagrams I & III. Of course, it can be
retriggered by itself. See Timing diagrams I.

Ramp up
When a sentence starts playing from silence, the
audio output (either Cout or V1, V2) starts from
zero current and ramps up to the half scale of full
audio output in 128 steps. These 128 steps' gaps
are uniform. After these 128 steps accomplished
the sentence sound data begins.
As this is hardware implement, the first data byte
of a sound file is asked to be center value. for 8 bit
PCM data file, the center value is 80h.
Herein zero output does not mean zero potential,
neither ground.

Ramp down
Whenever a sentence is played and finished, the
audio outputs (either Cout or V1, V2) try going
from last data down to zero.
There is an interval provided in width t PL.
Without redundant ramp down and up within this
interval, the audio output keeps at center value of
full audio signal. This is to keep the audio output
sounds continued if there comes a latter sentence.
This interval starts from the last data pixel to the
ramp down starts.
Because the output is kept at center value of full
audio signal, the last data pixel of a sound file is
recommended as center value. For 8 bit PCM
data file, the center value is 80h.
After this t PL interval finished and there comes no
new comer sentence, the audio output gradually
reduces in 128 steps from the center value of full
audio signal down to zero output.
Herein zero output does not mean zero potential,
neither ground.

Trigger
A trigger mentioned in this data sheet does mean
either a certain pin or an activated input signal. It
could be:
(1) a high signal to straight input
(2) a low signal to straight input
(3) a cross touch of a pin K and a pin RW.

Power on play
This function is not provided even have
appropriate wiring.

Active high and active low
An input pin can be masked as either active high
or active low.

Terms

This active-high pin is internal pull low and no latch.
This active-low pin is internal pull high and no latch.

Small Loop & Large Loop
This is a function belongs to OKY. OKY plays
many sentences, up to 32. User can play 1st
sentence through 32nd sentence if user selects
"large loop". At this time the sentence lst, 2nd, 3rd
and 4th may be triggerred by TGs.
User will play 16 sentences, from 17th through
32nd sentence, when user selects "small loop".
User may have less sentences triggered by OKY at
this selection. But user definitely can prevent those
OKY's sentences triggerred by TGs.

Cycle Loop
This is a count number ranges 1 through 32 which
defines the sentence range OKY will play. This
number is user definable and could be equal to or
less than sentence defined.

Continuous OKY & Home OKY
This is a function belongs to OKY and determines
the play sequence when the first OKY comes after
any other trigger addressing. The "continuous"
preserves the sequence while the "home"rewinds
to the very beginning. This very beginning means
either 17th sentence or 1st sentence which is
determined by Loop Size - small or large.
You will see a term S.W.A.I. in this data sheet, it
means sequence when after interrupt by other
trigger addressing.

Ramdom Play OKY
A trigger at OKY will play a sentence randomly out
from specified sentence group.
But not every mask option combination provides
random play. It is provided only when masked as
edge and unhold. It is regardless retrigger or not.
Herein sentence group is determined by cycle loop
and small / large loop.

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

6/39

LED sink and drive
The LED lamp could be turned on at output pin by
sink connection. No drive is provided.

Fix Flash slow LED
Fix flash slow means this pin turns LED lamp on for t
ONL and then turns it off for t ONL alternately. And it
truns on LED lamp right at the ramp up starts. It turns
off LED lamp right after sound ends. Even within t PL
interval, before ramp down starts, the LED lamp is
turned off.

Fix Flash LED slow & inverse
This is similar to "Fix flash slow LED" but inversed
within the sound activated period. The inverse means
whenever the LED pin turns on the "inverse pin" turns
off LED.
By this feature, user can specify two LEDs, or more,
turns on and off alternately within the sound activated
period.

Dynamic Flash LED
The LED turns on whenever the sound amplitude is
over a certain threshold potential. This threshold can
be specified per pin per entry.
There are three thresholds:17/31, 23/31 and 27/31.
Five output pins could have identical thresholds or
not.
An output pin specified to 17/31 means it could be
turned on whenever the sound plays at an amplitude
over 54% of full scale output. An output pin specified
to 17/31 is easier to turn on than an output pin
specified to 23/31.

Ring Flash 5 LEDs slow
User can specify 5 LEDs ring at slow speed. It
means LEDS is turned on for t ONL and then turns off
for 4 x t ONL. And cycles. The LEDW turns on right
after LEDS turns off.
LEDW is turned on for t ONL and then turns off for 4 x
t ONL. And cycles. The LEDX turns on right after
LEDW turns off.
LEDX is turned on for t ONL and then turns off for 4 x
t ONL. And cycles. The LEDY turns on right after
LEDX turns off.
LEDY is turned on for t ONL and then turns off for 4 x
t ONL. And cycles. The LEDZ turns on right after
LEDY turns off.
LEDZ is turned on for t ONL and then turns off for 4 x
t ONL. And cycles.
This 340 ms t ONL equals 1 over 2.93. Of course,
this is valid within sound activated period.
This t ONL is sample rate dependent.

Ring Flash 4 LEDs slow
User can specify 4 LEDs ring at slow speed. It
means LEDS is turned on for t ONL and then turns off
for 4 x t ONL. And cycles. The LEDW turns on right
after LEDS turns off.

LEDW is turned on for t ONL and then turns off for 3 x t
ONL. And cycles. The LEDX turns on right after
LEDW turns off.
LEDX is turned on for t ONL and then turns off for 3 x t
ONL. And cycles. The LEDY turns on right after LEDX
turns off.
LEDY is turned on for t ONL and then turns off for 3 x t
ONL. And cycles.
This 340 ms t ONL equals 1 over 2.93. Of course, this
is valid within sound activated period.
This t ONL is sample rate dependent.
If user needs 4 LED lamps to perform ring flash. These
4 pins are only candidates.
Other 4 - lamp combinations are not guaranteed.

Ring Flash 3 LEDs slow
User can specify 3 LEDs ring at slow speed. It means
LEDS is turned on for t ONL and then turns off for 2 x t
ONL. And cycles. The LEDW turns on right after
LEDS turns off.
LEDW is turned on for t ONL and then turns off for 2 x t
ONL. And cycles. The LEDX turns on right after
LEDW turns off.
LEDX is turned on for t ONL and then turns off for 2 x t
ONL. And cycles.
This 340 ms t ONL equals 1 over 2.93. Of course, this
is valid within sound activated period.
This t ONL is sample rate dependent.
If user needs 3 LED lamps to perform ring flash. These
3 pins are only candidates.
Other 3 - lamp combinations are not guaranteed.

Ring Flash 3 LEDs slow & inverse
User can specify 3 LEDs ring at slow & inverse. It
means
LEDS is turned off for t ONL and then turns on for 2 x t
ONL. And cycles. The LEDW turns off right after
LEDS turns on.
LEDW is turned off for t ONL and then turns on for 2 x t
ONL. And cycles. The LEDX turns off right after
LEDW turns on.
LEDX is turned off for t ONL and then turns on for 2 x t
ONL. And cycles.
This 340 ms t ONL equals 1 over 2.93. Of course, this
is valid within sound activated period.
This t ONL is sample rate dependent.
If user needs 3 LED lamps to perform ring flash. These
3 pins are only candidates.
Other 3 - lamp combinations are not guaranteed.

Ring Flash 4 LEDs slow & inverse
User can specify 4 LEDs ring at slow & inverse.
It means LEDS is turned off for t ONL and then turns on
for 3 x t ONL. And cycles. The LEDW turns off right
after LEDS turns on.
LEDW is turned off for t ONL and then turns on for 3 x t
ONL. And cycles. The LEDX turns off right after LEDW
turns on.

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

7/39

LEDX is turned off for t ONL and then turns on for 2 x t
ONL. And cycles. The LEDY turns off right after LEDX
turns on.
LEDY is turned off for t ONL and then turns on for 2 x t
ONL. And cycles.
This 340 ms t ONL equals 1 over 2.93. Of course, this
is valid within sound activated period.
This t ONL is sample rate dependent.
If user needs 4 LED lamps to perform ring flash.
These 4 pins are only candidates.
Other 4 - lamps combinations are not guaranteed.

Ring Flash 5 LEDs slow & inverse
User can specify 5 LEDs ring at slow & inverse.
It means
LEDS is turned off for t ONL and then turns on for 4 x t
ONL. And cycles. The LEDW turns off right after
LEDS turns on.
LEDW is turned off for t ONL and then turns on for 4 x t
ONL. And cycles. The LEDX turns off right after
LEDW turns on.
LEDX is turned off for t ONL and then turns on for 4 x t
ONL. And cycles. The LEDY turns off right after LEDX
turns on.
LEDY is turned off for t ONL and then turns on for 4 x t
ONL. And cycles. The LEDZ turns off right after LEDY
turns on.
LEDZ is turned off for t ONL and then turns on for 4 x t
ONL. And cycles.
This 340 ms t ONL equals 1 over 2.93. Of course, this
is valid within sound activated period.
This t ONL is sample rate dependent.

Initial high & Initial low
This is a function belongs to OUTs. It defines the state
only from power on to the first audio activated. It is
effective for all 15 features.
"Initial low" means user want this OUT pin is put to low
whenever this chip is power on. "Initial high" means
vice versa.
Initial high is good for LED because that high will forbid
the LED to be turned on, user want not keep the LED
light even user don't use very long time since user
power on the chip. So, we suggest user to define
"initial high" whenever LED is chosen for that OUT pin.
But it is not absolutely right. User may on purpose turn
it on once user likes it.
Initial low is good for Busy because that low will have
every Busy starts from zero on whole time line. So,
user are suggested to define "initial low" whenever
Busy is chosen for that OUT pin.
But it is not absolutely right. User may on purpose
have a high to do whatever user want, to turn a motor
running this way or tell a situation since power on, etc.
The similar situation for DC high or low. The similar
situation for Stop signal.

DC 0 & DC 1
DC 0 is read as D.C. zero and is quick form of DC low.

DC 1 is read as D.C. one and is quick form of DC high.
This is a function belongs to OUTs. User may be
confused it with Busy. It is similar to Busy signal but it is
not only valid during audio is being played, like Busy, but
also valid after the audio has been played. Its response
lasts until next audio entry is activated.
DC0 means zero potential (Vss) while the DC1 means
the Vdd.

Output pins at Cout plays mute
Mute has two types in MVI's Snn07 voice chip. Both
these two types of mute are treat as sound for
considering the output. The Stop is generated after
every mute. Busy is valid during every mute.
LED works at every mute.
Be careful that t PL interval does not count in mute.

Stop Pulse
Stop pulse is genrated right at the sound ends and lasts
for 40 ms typically. The mask options provide either high
stop pulse or low stop pulse. Stop pulse width is
determined on the sample rate as well as the pitch of
that playing entry when stop pulse occurs.
This 40 ms stop pulse is sufficiently wide to activate TGA
(or TGB or TGC) by feed back wiring.

Sample Rate
There are some parameters depend on sample rate.
They are debounce time, ramp up time, ramp down time,
plain time, LED Ring frequency, LED fix flash frequency
and Stop pulse width. The numbers mentioned in this
data sheet are based on 6 KHz sample rate if not
specified. Higher SR has LED flashes quicker. Higher
SR makes Stop pulse shorter. Higher SR let the
debounce time shorter. Higher SR makes the ramp up
time quicker. Higher SR makes the ramp down time
quicker, too. Higher SR makes shorter plain time.
This chip provides multi-SR function. What it means is
that user can digitize two different sounds in different SR
but plays them by a common Rosc. For example, user
has rocket sound digitized in 9.5 KHz but have rooster
digitized at 6 KHz. While manufactured, user just specify
different pitch numbers on request form - 4 for rocket and
1 for rooster. The chip could be played those two
sounds at a Rosc fit for 6 KHz SR. Because that "pitch
4" at 6 KHz Rosc means 6 KHz playback while "pitch 1"
at 6 KHz Rosc meas playback in 1.6 times 6 KHz.
The 600K ohm Rosc playback 6 KHz sample rate
typically, but just typical. Smaller Rosc playbacks
quicker - Higher pixel rate. MVI provides voice chip with
very flat response for playback vs working voltage.
Higher working voltage get slower playback but
insignificantly.

Lower Key Priority
What's the result when multi triggers are activated simul-
taneously? Which trigger is acknowledged among these
ninteen? Among these sixteen? Among these three?
Between these two?

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

8/39

The lower key priority means the trigger with lower
index has the priority to be acknowledged and
responsed when there are several triggers activated
simultaneously.
For example: Three triggers are activated
simultaneously, RW3K1, RW2K3, RW4K2. The RW3K1
has the priority, sentence 3 will be responsed.
For another example: Five triggers are activated
simultan eously, RW1K2, RW2K3, TGA/OKY, TGB,
TGC. The RW1K2 has the priority, sentence 5 will be
responsed.
There is a priority reference on page 9/39 and a timing
diagram III to illustrate it.

First Key Priority
First key priority is available among 16 mafrix triggers.
This defines the relationship on time line for two or
more triggers overlap. While user activating a trigger,
for example RW2K2, and its sound plays, user is
unable to activate the other trigger once RW2K2 is kept
activated regardless sentence 6 is finished or not.
It means first trigger prohibits the acknowledge of later
triggers when trigger is kept true.

Last Key Priority
Last key priority is available among three straight keys -
TGA, TGB, TGC.
This defines the relationship on time line for two or
more triggers overlap. What will it result when a
trigger is activated while a trigger is true ahead and
kept true ?
While user already activates a trigger, for example
TGC, and keeps this TGC true, the later trigger is still
able to come in and acknowledged by chip. It means
the late trigger is not prohibited by priorer.
See timing diagrams III.4,5,6 for reference.
User may be confused it with "retrigger". They are
different.

Conditions

Between

Straight

Triggers

Between

Straight trigger

And Matrix trigger

Between Matrix triggers

TGm

KiRWj

Not Guaranteed

KiRWj

TGm

Not Guanranteed

Priorer

Later

Priority Result

TGm

TGn

Last key

KhRWi

KhRWj

First key

KiRWh

KjRWh

First key

KiRWm

KjRWn

First key

Key Priority Reference

Legend :

Priorer

Later

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

Application Notes

R1
Oscillation Resistor at pin Rosc, see chapter Signals
paragraph Rosc as well as DC Characteristics for
detail.

R2
Bypss Resistor at pin Cout, see chapter Signals
paragrahp Cout for detail.

R cds
Maximal contact resistance. Whenever try to activate
the input signal pin at matrix triggers, to have the cross
point contacted will activate it. However, there may be
resistance on the cross point A resistance higher than
this R cds will be unable to activate the trigger.
To apply Vdd (or Vss, depends on mask option
specified) directly to stand-alone trigger will activate the
trigger. However, there may be resistance on the
contact point. A resistance higher than R cds will be
unable to activate the trigger, either.

To limit current runs through LED lamp
S1207 output pin provides huge drive (or sink) current
capability. But the LED lamp may not need so huge
current to have a best performance. To serial a resistor
along with LED lamp is recommended.

Don't flash LED at Cout Silence
The LED lamp flashes well in whatever options user
specified when the sound is playing. Don't flash LED
lamp when Cout stays at mute is strongly
recommended.
If user insists, please be noted that there is a slight
drum stream comes out at speaker. Its frequency is
double the frequency of LED flash. Its loudness
depends on the Vdd bias, transistor amplification and
count of LED lamp flashes. It could be -35 dB (or even
lower as -50 dB) lower than the meaningful sound
played at the office operation environment and
hand-touchable distance.

Absolute Maximum Rating

Symbol

T (Operating)

T (Storage)

V ~ V

OUT

Rating

-0.5 ~ +7.0

-10 ~ +60

-55 ~ +125

V -0.3 < V < V +0.3

V <V < V

OUT

Unit

Pitches Reference

111 7 73% x Fosc Fosc / 1.37 Slowest
110 6 80% x Fosc Fosc / 1.25
101 5 88% x Fosc Fosc / 1.13
100 4 100% x Fosc Standard
011 3 115% x Fosc
010 2 133% x Fosc
001 1 158% x Fosc
000 0 198% x Fosc Fastest

Mask Index Playback PlaybackPitc

The precision is +/- 10%

Loudness Levels Reference

Mask

111 7 100% x Ico Loudest
110 6 87% x Ico
101 5 75% x Ico
100 4 62% x Ico
011 3 50% x Ico
010 2 37% x Ico
001 1 25% x Ico
000 0 12% x Ico Least Loud

The precision is +/- 10%

Index

I output

Loudness

9/39

Lower Key Priority Reference

Priority Trigger Sentence Remarks

Highest

Lowest

K1RW1

K1RW2

K1RW3

K1RW4

K2RW1

K2RW2

K2RW3

K2RW4

K3RW1

K3RW2

K3RW3

K3RW4

K4RW1

K4RW2

K4RW3

K4RW4

TGA/OKY

TGB

TGC/INT

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

Ico Reference Curves

Ico(mA)

(Vdd)

Curve 3

Curev2

These curves show the typical values. The max. and min.
values are not identified.

Fosc Characteristics

Fosc(H2)

6000

4000

2000

(Vdd)

@600 K ohm Rosc & pitch option 4

10/39

DC Characteristics at 3.0 Vdd

DC Characteristics at 4.5 Vdd

SymbolParameter

I sb
I op
I ihK
I iLK
I ohR
I oLR
I ihT
I iLT
I ohr

Stand by I
Operation I
input high I
input low I
output high I
output low I
input high I
input low I
output high I

Vdd
Vdd
K1,2,3,4
K1,2,3,4
RW1,2,3,4
RW1,2.3.4
TGA,B,C
TGA,B,C

3
0

-10

3
0

+/- 5
+/- 10

150

uA
uA
uA
uA
mA
mA

i/o open

mask:=active high
mask:=active high

Min.

Typ.

Max.

Unit.

Condition

Valid

I oLr
I co
V co
R1
R1
R1
R2
R cds
d F/F
d F/F

output low I
current output
Current o/p V
Oscillation R
Oscillation R
Oscillation R
Bypass R
max contact R
Frq. stability
Frq. variation

OS,W,X,Y,Z
OS,W,X,Y,Z
Cout
Cout
Rosc
Rosc

-10

1.8

600
450
240

uA
uA
mA
mA
mA
mV
Kohm
Kohm
Kohm
ohm
Kohm
%
%

half scale, curve Ico 3

SR=6 KHz
SR=8 KHz
SR=15 KHz

[F(3.0V)-F(2.7V)]/F(3.0V)
lot by lot

SymbolParameter

I sb
I op
I ihK
I iLK
I ohR
I oLR
I ihT
I iLT
I ohr

Stand by I
Operation I
input high I
input low I
output high I
output low I
input high I
input low I
output high I

150

-20

20
10

+/- 5
+/- 10

200

uA
uA
uA
uA
mA
mA

i/o open

mask:=active high
mask:=active high

Min.

Typ.

Max.

Unit.

Condition

Valid

I oLr
I co
V co
R1
R1
R1
R2
R cds
d F/F
d F/F

output low I
current output
Current o/p V
Oscillation R
Oscillation R
Oscillation R
Bypass R
max contact R
Frq. stability
Frq. variation

-20

3.7

600
450
240

uA
uA
mA
mA
mA
mV
Kohm
Kohm
Kohm
ohm
Kohm
%
%

half scale, curve Ico 3

SR=6 KHz
SR=8 KHz
SR=15 KHz

[F(4.5V)-F(4.0V)]/F(4.5V)
lot by lot

Vdd
Vdd
K1,2,3,4
K1,2,3,4
RW1,2,3,4
RW1,2,3,4
TGA,B,C
TGA,B,C

OS,W,X,Y,Z
OS,W,X,Y,Z
Cout
Cout
Rosc
Rosc

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

11/39

t ONL

t T

t TB

t RMU

t RMD

t PL

t VB

t BS

t STP

t P

t R

Timing

Description

LED turn on time (slow)

Trigger Pulse width (fast)

Trigger Pulse width (normal)

Lag from trigger to busy start

Ramp up width

Ramp down width

Plain width behind sound

Lag from voice end to busy end

Lag from busy end to stop start

Stop pulse width

Power Rise up time

Power ripple width

Min.

Typ.

Max.

Unit

Remark

SRD

340

AC Characteristics at 6000 Hz S.R.

P28

RW3

RW4

COUT

RW2

RW1

Vdd

TGA/OKY

TGB

TGC/INT

Rosc

Vss

COB Information I

Silk screen & copper print
COB model number : MVI-P28

15 mm

Legend

Copper pad

Chip covered

SRD : Sample Rate Dependent

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

16/39

III. 4 Triggered at different time 1, Last key priority and else

TGB

AUDIO

TGA

Sent19

TGC

URL

URE

UIE

Sent17

Sent18

BUSY

III. 5 Triggered at different time 2, Last key priority and else

TGB

AUDIO

TGA

TGC

URL

URE

UIL

Sent17

Sent18

Sent19

Sent18

BUSY

Sent19

Legend : E : = masked as Edge trigger type

I : = masked as Irretriggrable
L : = masked as Level trigger type
R : = masked as Retriggerable
U : = masked as Holdable audio output

Legend : The same as those in III.2

III. 6 Triggers Overlapped, Last key priority for TGs

Sent17

Sent18

Sent17

TGA

TGB

Audio

III. 7 Triggers Overlapped, First key priority for matrix at a column

Sent 1

Sent 2

K1RW1

K1RW2

Audio

III. 8 Triggers Overlapped, First key priority for matrix at a row

Sent 1

Sent 5

K1RW1

K2RW1

Audio

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

22/39

Pad Information

Taiwan
#1 Creation Road I,
Science - based Industrial Park,
Hsinchu, 30077
Taiwan, ROC
"audio_reply@ccmail.mosel.com.tw"
TEL: 886-3-5770055
FAX: 886-3-5772788
FAX: 886-3-5784732

Taipei
7F, #102 Section 3,
Ming Chung E. Road,
Taipei, 105
Taiwan, ROC

TEL: 886-2-5451213
FAX: 886-2-5451214

Hongkong
#19 Dai Fu Street,
Taipo Industrial Estate,
Taipo, N.T.
Hongkong
TEL: 852-2388-8277 (MKO)
TEL: 852-2665-4883
FAX: 852-2664-2406
FAX: 852-2770-8011 (MKO)

U.S.A.
#3910 North First Street,
San Jose,
CA. 65134-1501
U.S.A.

TEL: 1-408-433-6000
FAX: 1-408-433-0952

RW1

RW2

RW3

RW4

COUT

Buzzer

Rosc

Vss

Speaker

MSSnn07

1710 X 1730 um

Substrate is Vdd

Pad size is 90 X 90um

Vdd

TGA/OKY

TGB

TGC/INT

IV. Typical Application Circuit

Pad# Signal X Y

Vss

Rosc

TGC/INT

TGB

TGA/OKY

Vdd

RW1

RW2

RW3

RW4

COUT

-503

-269

-36

220

453

699

522

299

-173

-409

-699

-706

-624

-447

-175

-27

185

398

611

706

552

318

-226

-460

-696

PID247*** 09/96

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

18 19 20 21 22

11 10 9 8 7

China
(Vitelic HKG ShenZhen)
Room #209,
#19 ZhenHua road,
ShenZhen, China

TEL: 86-755-334-5766
FAX: 86-755-332-3995

TGA

No use & don't care

TGC

No use & don't care

Ring 5 LEDs

Ring 4 LEDs

Ring 3 LEDs

No Ring LED

No use and don't care

Small Loop (17-32)

Large Loop (1-32)

No use and don't care

CycleLoop=Sentenc.Count

CycleLoop=

No use and don't care

PlayAll

Play Random

C h i p d e s c r i p t i o n s

T i t l e

SampleRate

Output

Device

Working

Voltage

Power

Source

2.5 V at curve 3

3.0 V at curve 3

3.5 V at curve 3

4.0 V at curve 3

4.5 V at curve 3

5.0 V at curve 3

5.5 V at curve 2

6.0 V at curve 2

Battery size "D"

Battery size "AA"

Battery size "AAA"

other size =

Mains

Other

G e n e r a l D e s c r i p t i o n s

Customer

Agent

Sales

Repr'tives

Providing

MVI

Service

Required

from

MVI

Who is MVI sales you contact ?

8-bit PCM sound files

.WAV sound files

DAT or equivalent

application is special,

see our written memo

Others

EPROMs with data inside

files to be programmed into

EPROM

9026 emul'n board & Eprom

Confirm table

Others

Buzzer (F fr =1KHz)

Speaker (0.25W,

8 ohm, 1" diam.)

Other:

Specify below only for OKY

23/39

Form N is attached due to this Single page form meets my need.

Forms J, F and H are attached due to these quick forms meet my demand.

Form G, F, A8, 7, 6, 5, 4, 3, 2, 1 are attached due to my application is delicate.

Company Name :

Signature :

Department/Section :

Fax number :

Date :

Position Title :

T o :

Attn :

Mosel Vitelic Inc. 886-3-577-2788 (fax)

Sales & Marketing Department

I hereby request MVI to start preparing produce MSS1207 which is specified as below description as well

as attached form(s). I already read this data sheet PID247 *** and understand MSS1207 completely and know

how to specify to fit my requirement. Its voice storage limitation is 11A00h.

P r o d u c t R e q u e s t F o r m

Cannot proceed when empty

PlayNext in Home sequence after Interrupt

PlayNext in Continue seque. after Interrupt

OKY

INT

MSS0307/S0607/S0907/S1207/S1507/S1807

MSS1207

MOSEL VITELIC INC.

PID247*** 09/96

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

TGA

No use & don't care

TGC

No use & don't care

Ring 5 LEDs

Ring 4 LEDs

Ring 3 LEDs

No Ring LED

No use and don't care

Small Loop (17-32)

Large Loop (1-32)

No use and don't care

CycleLoop=Sentenc.Count

CycleLoop=

No use and don't care

PlayAll

Play Random

C h i p d e s c r i p t i o n s

T i t l e

SampleRate

Output

Device

Working

Voltage

Power

Source

2.5 V at curve 3

3.0 V at curve 3

3.5 V at curve 3

4.0 V at curve 3

4.5 V at curve 3

5.0 V at curve 3

5.5 V at curve 2

6.0 V at curve 2

Battery size "D"

Battery size "AA"

Battery size "AAA"

other size =

Mains

Other

G e n e r a l D e s c r i p t i o n s

Customer

Agent

Sales

Repr'tives

Providing

MVI

Service

Required

from

MVI

Who is MVI sales you contact ?

8-bit PCM sound files

.WAV sound files

DAT or equivalent

application is special,

see our written memo

Others

EPROMs with data inside

files to be programmed into

EPROM

9026 emul'n board & Eprom

Confirm table

Others

Buzzer (F fr =1KHz)

Speaker (0.25W,

8 ohm, 1" diam.)

Other:

Specify below only for OKY

24/39

Form N is attached due to this Single page form meets my need.

Forms J, F and H are attached due to these quick forms meet my demand.

Form G, F, A8, 7, 6, 5, 4, 3, 2, 1 are attached due to my application is delicate.

Company Name :

Signature :

Department/Section :

Fax number :

Date :

Position Title :

T o :

Attn :

Mosel Vitelic Inc. 886-3-577-2788 (fax)

Sales & Marketing Department

I hereby request MVI to start preparing produce MSS0907 which is specified as below description as well

as attached form(s). I already read this data sheet PID247 *** and understand MSS0907 completely and know

how to specify to fit my requirement. Its voice storage limitation is D800h.

P r o d u c t R e q u e s t F o r m

Cannot proceed when empty

PlayNext in Home sequence after Interrupt

PlayNext in Continue seque. after Interrupt

OKY

INT

MSS0307/S0607/S0907/S1207/S1507/S1807

MSS0907

MOSEL VITELIC INC.

PID247*** 09/96

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

TGA

No use & don't care

TGC

No use & don't care

Ring 5 LEDs

Ring 4 LEDs

Ring 3 LEDs

No Ring LED

No use and don't care

Small Loop (17-32)

Large Loop (1-32)

No use and don't care

CycleLoop=Sentenc.Count

CycleLoop=

No use and don't care

PlayAll

Play Random

C h i p d e s c r i p t i o n s

T i t l e

SampleRate

Output

Device

Working

Voltage

Power

Source

2.5 V at curve 3

3.0 V at curve 3

3.5 V at curve 3

4.0 V at curve 3

4.5 V at curve 3

5.0 V at curve 3

5.5 V at curve 2

6.0 V at curve 2

Battery size "D"

Battery size "AA"

Battery size "AAA"

other size =

Mains

Other

G e n e r a l D e s c r i p t i o n s

Customer

Agent

Sales

Repr'tives

Providing

MVI

Service

Required

from

MVI

Who is MVI sales you contact ?

8-bit PCM sound files

.WAV sound files

DAT or equivalent

application is special,

see our written memo

Others

EPROMs with data inside

files to be programmed into

EPROM

9026 emul'n board & Eprom

Confirm table

Others

Buzzer (F fr =1KHz)

Speaker (0.25W,

8 ohm, 1" diam.)

Other:

Specify below only for OKY

25/39

Form N is attached due to this Single page form meets my need.

Forms J, F and H are attached due to these quick forms meet my demand.

Form G, F, A8, 7, 6, 5, 4, 3, 2, 1 are attached due to my application is delicate.

Company Name :

Signature :

Department/Section :

Fax number :

Date :

Position Title :

T o :

Attn :

Mosel Vitelic Inc. 886-3-577-2788 (fax)

Sales & Marketing Department

I hereby request MVI to start preparing produce MSS0607 which is specified as below description as well

as attached form(s). I already read this data sheet PID247 *** and understand MSS0607 completely and know

how to specify to fit my requirement. Its voice storage limitation is 9000h.

P r o d u c t R e q u e s t F o r m

Cannot proceed when empty

PlayNext in Home sequence after Interrupt

PlayNext in Continue seque. after Interrupt

OKY

INT

MSS0307/S0607/S0907/S1207/S1507/S1807

MSS0607

MOSEL VITELIC INC.

PID247*** 09/96

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

TGA

No use & don't care

TGC

No use & don't care

Ring 5 LEDs

Ring 4 LEDs

Ring 3 LEDs

No Ring LED

No use and don't care

Small Loop (17-32)

Large Loop (1-32)

No use and don't care

CycleLoop=Sentenc.Count

CycleLoop=

No use and don't care

PlayAll

Play Random

C h i p d e s c r i p t i o n s

T i t l e

SampleRate

Output

Device

Working

Voltage

Power

Source

2.5 V at curve 3

3.0 V at curve 3

3.5 V at curve 3

4.0 V at curve 3

4.5 V at curve 3

5.0 V at curve 3

5.5 V at curve 2

6.0 V at curve 2

Battery size "D"

Battery size "AA"

Battery size "AAA"

other size =

Mains

Other

G e n e r a l D e s c r i p t i o n s

Customer

Agent

Sales

Repr'tives

Providing

MVI

Service

Required

from

MVI

Who is MVI sales you contact ?

8-bit PCM sound files

.WAV sound files

DAT or equivalent

application is special,

see our written memo

Others

EPROMs with data inside

files to be programmed into

EPROM

9026 emul'n board & Eprom

Confirm table

Others

Buzzer (F fr =1KHz)

Speaker (0.25W,

8 ohm, 1" diam.)

Other:

Specify below only for OKY

26/39

Form N is attached due to this Single page form meets my need.

Forms J, F and H are attached due to these quick forms meet my demand.

Form G, F, A8, 7, 6, 5, 4, 3, 2, 1 are attached due to my application is delicate.

Company Name :

Signature :

Department/Section :

Fax number :

Date :

Position Title :

T o :

Attn :

Mosel Vitelic Inc. 886-3-577-2788 (fax)

Sales & Marketing Department

I hereby request MVI to start preparing produce MSS0307 which is specified as below description as well

as attached form(s). I already read this data sheet PID247 *** and understand MSS0307 completely and know

how to specify to fit my requirement. Its voice storage limitation is 5100h.

P r o d u c t R e q u e s t F o r m

Cannot proceed when empty

PlayNext in Home sequence after Interrupt

PlayNext in Continue seque. after Interrupt

OKY

INT

MSS0307/S0607/S0907/S1207/S1507/S1807

MSS0307

MOSEL VITELIC INC.

PID247*** 09/96

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

35/39

T I T L E

Product Request Form F: Word Section Definition

Address

Voice Description

Voice Length

Mute Length File name Check Sum

ooh

There are 1<

<32 words defined on this form F and their length sum'n is

ooh (< limit).

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

PID247*** 09/96

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

Signature & date

MVI Sales & Date

Product Request Form G: (Trigger / Sentence dependent)

36/39

T I T L E

*Trigger Option Definition:

TGB

TGC
INT

Edge

Level

Edge

Level

Edge

Level

Edge

Level

Edge

Level

Active High

Active Low

Active High

Active Low

Active High

Active Low

Active High

Active Low

Active High

Active Low

TGA
OKY

Unhold & Retrigger

Unhold & Irretrigger

Edge

Level

Edge

Level

Active High

Active Low

Active High

Active Low

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Sentence & Their Entry Count

Trigger

RW1 K1

RW2 K1

RW3 K1

RW4 K1

RW1 K2

RW2 K2

RW3 K2

RW4 K2

RW1 K3

RW2 K3

RW3 K3

Sentence

Entry Count

Trigger

RW4 K3

RW1 K4

RW2 K4

RW3 K4

RW4 K4

TGA

TGB

TGC

OKY

Sentence

Entry Count

Trigger

OKY

Sentence

Entry Count

Summation < 512

Forms An's are attached.

Signature & date

MVI Sales & Date

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

PID247*** 09/96

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

Output definition on initial state

Don't care

initial High

initial Low

Dnc

Product Request Form J:

38/39

T I T L E

*Trigger Option Definition:

TGB

TGC
INT

Edge

Level

Edge

Level

Edge

Level

Edge

Level

Edge

Level

Active High

Active Low

Active High

Active Low

Active High

Active Low

Active High

Active Low

Active High

Active Low

TGA
OKY

Unhold & Retrigger

Unhold & Irretrigger

Edge

Level

Edge

Level

Active High

Active Low

Active High

Active Low

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

Unhold & Retrigger

Unhold & Irretrigger

Hold & Irretrigger

Hold & Retrigger

Don't care

*Output Definition:

Neither variable pitch nor variable loudness is used.

Don't Care

Don't care

i H

i L

Dnc

Don't care

initial High

Don't care

A: high Stop

B: low Stop

C: High Busy

D: low Busy

E: DC high

F: DC low

G: LED dy17/31

H: LED dy23/31

initial Low

J: LED dy27/31

N: LED fix slow

R: LED ring slow

2: LED fix inverse

4: LED ring inverse

7: LED on

8: LED off

Don't care

i H

i L

Dnc

i L

Dnc

i L

Dnc

Signature & date

MVI Sales & Date

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

PID247*** 09/96

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

39/39

T I T L E

Product Request Form N: (whole chip dependent)
*Section Definition : There are sections defined.

Sentence Description (Word section addresses)

Address Count

<512

*Trigger Sentence Definition:

*Tirgger Option Denfinition:

There are sentences define

Address count summation=

*Output Definition:

Neither variable pitch nor variable loudness is used.

Edge

Level

Unhold & Irretrigger

Unhold & Rerigger

Active high

Active low

Hold & Irretrigger

Hold & Retrigger

Don't care

Don't Care

Don't care

i H

i L

Dnc

Don't care

initial High

Don't care

A: high Stop

B: low Stop

C: High Busy

D: low Busy

E: DC high

F: DC low

G: LED dy17/31

H: LED dy23/31

initial Low

J: LED dy27/31

N: LED fix slow

R: LED ring slow

2: LED fix inverse

4: LED ring inverse

7: LED on

8: LED off

Don't care

i H

i L

Dnc

i L

Dnc

i L

Dnc

Address

Voice Description

Voice Length

Mute Length File name Check Sum

< limit

ooh

Trigger

MSS0307/S0607/S0907/S1207/S1507/S1807

MOSEL VITELIC INC.

PID247*** 09/96

Specifications subject to change without notice, contact your sales representatives for the most recent information.

(Preliminary)

Signature & date

MVI Sales & Date

Ð­Ð»ÐµÐºÑ‚Ñ€Ð¾Ð½Ð½Ñ‹Ð¹ ÐºÐ¾Ð¼Ð¿Ð¾Ð½ÐµÐ½Ñ‚: MSS0607

ÐÐ»ÐµÐºÑ‚Ñ€Ð¾Ð½Ð½Ñ‹Ð¹ ÐºÐ¾Ð¼Ð¿Ð¾Ð½ÐµÐ½Ñ‚: MSS0607