SYN6288ChineseSpeech synthesis chip Data Sheet

SYN6288ChineseSpeech synthesis chip Data Sheet
SYN6288 Chinese speech synthesis chip data
sheet
SYN6288ChineseSpeech synthesis
chip
Data Sheet
World Technology Co., Ltd.
Beijing-tone
Address: Haidian District, Beijing Shangdi
Hi-tech Zone
010-62986600
010-62988818
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2010 In 2Month 22 Update
Eye Record
SYN6288 Chinese speech synthesis chip data
sheet
Eye Record .................................................. .................................................. .................................................. ................. 2
1. Outline .................................................. .................................................. .................................................. ............... 4
1.1 Product Applications .................................................. .................................................. .............................................. 4
1.2 Features .................................................. .................................................. .................................................. 4 ....
1.3 Product Description .................................................. .................................................. .............................................. 5
1.4 Synthetic effects .................................................. .................................................. .................................................. 6 ....
1.5 Constitute a block diagram of the system .................................................. ..................................................
............................................... 6
1.6 Package Information .................................................. .................................................. .................................................. 7
.....
1.7 IC Pin structure .................................................. .................................................. ................................................. 7
1.7.1 Vertical pin view .................................................. .................................................. .................................. 7
1.7.2 Transverse pin view .................................................. .................................................. .................................. 8
1.7.3 Pin Definitions .................................................. .................................................. .......................................... 8
2. Chip Control.................................................. .................................................. .................................................. .9
2.1 Control Command .................................................. .................................................. .................................................. 9 ....
2.2 Chip Returns .................................................. .................................................. .................................................. .. 10
3. ThroughMeans of communication.................................................. .................................................. .................................................. ..... 10
3.1 Asynchronous serial communications (UART) interfaces ..................................................
.................................................. .................... 10
3.2 Communication transmission byte format .................................................. ..................................................
....................................
4. CommunicateFrame
definition11
and communication control .................................................. ..................................................
................................. 11
4.1 Command frame format .................................................. .................................................. ................................................
11
4.2 Chip supports control commands .................................................. .................................................. ................................
12
4.3 Special note associated command frame .................................................. ..................................................
............................. 13
4.3.1 Sleep and Wake-up instructions .................................................. ..................................................
.............................. 13
4.3.2 Help set the baud rate .................................................. .................................................. ............................ 13
4.3.3 Other special instructions .................................................. .................................................. ..................................
13
4.4 Example command frame .................................................. .................................................. ................................................
14
4.4.1 Speech synthesis play command .................................................. .................................................. ........................ 14
4.4.2 Set the baud rate command .................................................. .................................................. ............................ 15
4.4.3 Stop synthesis command .................................................. .................................................. ................................ 16
4.4.4 Synthetic pause command .................................................. .................................................. ................................ 16
synthesis command ..................................................
..................................................
................................
5. Text 4.4.5
controlRecovery
tags ..................................................
..................................................
................................................
17
16
5.14.4.6
Text Chip
control
tagsquery
list command
..................................................
..................................................
....................................
status
..................................................
..................................................
.........................17
16
5.24.4.7
Text Chip
control
tags
use
examples
..................................................
..................................................
enters Power Down Mode command ............................................................................ 19
5.2.1 [V?] Mark ------- Set the foreground text playback
..................................................
...... 17volume (including tips sound)
............................ ............................... 19
5.2.2 [M?] Mark ------- set the background music volume ..................................
.................................................. ........... 19
5.2.3 [T?] Set word mark ------- Speed ..................................
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SYN6288 Chinese speech synthesis chip data
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5.2.4 [N?] Mark ------- set the digital processing strategy ..................................
.................................................. ........... 19
5.2.5 [Y?] Mark ------- set number "1" in the reading of .............................
.................................................. ...... 20
5.2.6 [X?] Mark ------- set the tone processing strategy .................................
.................................................. ........ 20
5.2.7 [B?] Is set punctuation mark ------- read .................................
.................................................. ............ 20
5.2.8 [O?] Mark ------- set the text aloud way ..................................
.................................................. ........... 20
5.2.9 [D] the synthesis of labeled --------- restore the default parameters
6. Tip Sound
................................................
..................................................
................................
..................................................
....... 20
.................................................. ........ 22
5.2.10
[R]
mark
------pronunciation
of
Chinese
characters
by
last
name
followed
by
mandatory 22
one
6.1 Voice tone list .................................................. .................................................. ........................................
................................
...............................................
21
6.2 Polyphonic
tones list ..................................................
.................................................. ........................................
22
5.2.11 [2] and [3] Mark --- forced into two words or three words ..............................
7. PC chip ..................................................
calls for SYN6288 way ..........................................
..... 21
..................................................
.......................
23
5.2.12 Initialize the control flag comprehensive
example ..................................................
7.1 Simple
invocation ..................................................
.................................................. ............................................ 23
..................................................
.......... 21
7.2 Standard invocation .................................................. .................................................. ............................................ 23
7.3 Method to query the chip work status .................................................. .................................................. ........................
24
8. Chip identification coding system and the scope ...........................................
.................................................. .................................. 24
8.1
8.2
8.3
8.4
GB2312 Coding System .................................................. .................................................. ....................................... 24
GBK Coding System .................................................. .................................................. ............................................. 24
BIG5 Coding System .................................................. .................................................. ........................................... 24
Unicode Coding System .................................................. .................................................. ..................................... 25
9. Specifications ................................................ ..................................................
.................................................. ........ 25
9.1 Packaging data .................................................. .................................................. .................................................. .. 25
9.2 Limiting values .................................................. .................................................. .................................................. .. 26
9.3 Electrical Characteristics .................................................. ..................................................
.................................................. ... 26
9.4 Power consumption when playing synthesized voice .................................................. ..................................................
............................. 27
9.5 Normal mode .................................................. .................................................. ............................................. 27
9.5 Sleep (low-power) mode .................................................. .................................................. ......................... 27
10. ReferenceCircuit.................................................. .................................................. .................................................. ... 27
10.1 3V Power supply module reference circuit .................................................. ..................................................
..................... 28
10.2 5V Power supply module reference circuit .................................................. ..................................................
..................... 29
10.3 Reset circuit and circuit status indication .................................................. ..................................................
....................... 30
10.4 SYN6288 Speaker output .................................................. .................................................. ........................... 30
10.5 SYN6288 External high-speed oscillator .................................................. ..................................................
........................... 31
11. AttachRecord
..................................................
..................................................
..................................................
.......... 33
10.6 Reverse
serial communication circuit
..................................................
..................................................
................................... 31
11.1 References .................................................. .................................................. .................................................. 33
10.7 Reference circuit serial communication .................................................. ..................................................
11.2
Version History
...............................
32 .................................................. .................................................. .................................................. 33
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1. Outline
SYN6288 Chinese speech synthesis chip is a Beijing-tone world Technology Co., Ltd. 2010 In early launch of
a / bid higher, the effect
A high-end more natural speech synthesis chip. SYN6288 By asynchronous serial (UART) communication, receiving
text data to be synthesized,
For text-to-speech (or TTS Speech) conversion.
Yu sound in the world 2002 In the first developed country's first speech synthesis chip OSYNO6188. 's New
SYN6288 Speech synthesis
Into chips, inherited OSYNO6188 Outstanding features voice chip: Min SSOP28L SMD package, the hardware
interface is simple, low power consumption, sound
Clear and mellow colors, high price / performance ratio; addition, SYN6288 In recognition of text / numeric /
string smarter, more accurate speech synthesis
Naturalness better, higher intelligibility. SYN6288 Speech synthesis effects and intelligence are been greatly
improved, is a truly high-Oriented
End industrial applications in the field of
Chinese speech synthesis chip.
SYN6288 Birth speech synthesis chip, will drive TTS Applications to speech synthesis technology
deeper and more extensive!
1.1 Product
Applications
◆ Vehicle information terminal voice broadcast, vehicle
dispatch, vehicle navigation
◆ Bus-stop , Attendance
◆ Mobile phones, fixed
phones
◆ Queuing machines, cash registers
charging machine
◆ Vending machines, information
machines, POS Machine
◆ Smart instrumentation , Meteorological early
warning aircraft, smart transformers
◆ Smart toys, smart watches
◆ Electric Bicycle
◆ Audio books, color story books, voice electronic dictionaries,
electronic voice guides
◆ Short Message Play , Press Play
◆ Map
1.2 Features
Support GB2312, GBK, BIG5 and UNICODE text format within the
code;
Clear, natural, accurate Chinese speech synthesis effects; can synthesize any Chinese text,
supporting the English alphabet synthesis;
Text with intelligent analysis and processing algorithms can identify value, number, time, date
and correct common weights and measures;
Multi-tone with a strong word-processing capabilities
and Chinese surnames;
Text Control supports a variety of markers to improve the
accuracy of text processing;
Every synthesis up to the amount of text 200
Byte;
Support multiple control commands, comprising: a synthetic, stop, pause synthesis,
synthesis continues, change the baud rate, etc.;
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sheet power consumption;
Support the hibernation feature, in the sleep state to reduce
variety of ways to support the work of the state of the chip;
Support for serial data communication interface, supports three communication baud rate:
9600bps, 19200bps, 38400bps;
Support 16 Level volume adjustment; background playback volume text foreground and
background music volume can be controlled separately;
Speed regulation can be marked words by sending control, support 6
Speed adjustment level words;
How curing chip polyphonic music, sound effects and a common voice prompts alert tone
for certain industry sectors;
Internal integrated 19 voice tone, 23 tone polyphonic, 15 background
music;
Final product provides SSOP SMD package; volume
industry's smallest;
Chip indicators are applied to meet the harsh outdoor
environments;
1.3 Product
Description
Text synthesis
Chip synthesis support any Chinese text, you can use GB2312, GBK, BIG5 And Unicode Four kinds of encoding.
Chip supports English
Letters synthesis, in alphabetical way to pronounce English words encountered. Each time
the amount of text up to 200 bytes synthesis.
Text intelligent
analysis
and processing
Chip with intelligent
analysis of text processing functions, the common value of the text, phone number, time
and date, weights and measures, such as the format of the symbol, the core
Pieces can be correctly identified and processed according to
the built-in text-matching rules.
For example: "2008-12-21" read as "21 December 2008", "10:36:28" is read as "Twenty ten thirty-six
Eight seconds "," 28 ℃ "read" twenty-eight degrees
Celsius, "etc.
Chinese surnames word processing and
multi-tone
The existenceprocessing
of more thancapabilities
one pronunciation of the text, for example: "The current top priority is to ensure
that key projects in Chongqing in difficulties in the smooth progress
OK, resolutely refused repeated construction ", the chip can automatically text analysis, discriminant
polyphonic text word pronunciation and synthesize the correct pronunciation.
Digital volume control and six 16 words
Speed
Chip canControl
achieve 16 digital volume control, greater volume and wider. Background playback volume text
foreground and background music volume can be divided
Open control, more freedom.
Optional text broadcasting
background
music
Chip integrates
15 Background music, in any broadcast can select the
background music.
Beep
Chip integrates 19 The first voice tone, the information can be used for different
occasions reminder alarm.
Chip integrates 23 Polyphonic music, used as a text message alert tone or
chord polyphonic ringtones.
Supports a variety of
control
commands
Control commands
include: synthetic text, stopping synthesis, synthesis pause, resume synthesis, status
inquiries into Power Down mode, change communication
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Baud rate control commands. Controller via the communication interface sheet
to send
control commands to achieve the chip control.
Text Control supports a
variety
of markers
Chip supports
a variety of text control tag. By sending a "synthetic command" send a text control mark, adjust
the volume, set the digital readout method,
Speed setting words, whether read out
punctuation and other settings.
Job status inquiry chips
Supports a variety of ways to work status inquiry chips, including: query status pin level, by reading the
chip automatically returns the return, send a query
Command to get the chip to work state
return.
Low power consumption
Chip supports Power Down Mode. Use the control command to make the chip into Power Down Mode. Reset chip can
make chips from Power
Down Mode to return to normal operating
mode.
Supports three
communication
baud rate baud rate: 9600bps, 19200bps, 38400bps
Chip supports communication
.
1.4 Synthetic
effects
Naturalness
Definition
Correct rate
3.5
98%
96%
Intelligibilit
y
99%
1.5 Constitute a block
diagram of the system
Minimum system comprising: a controller module, SYN6288 speech synthesis chip,
power amplifier module and speakers.
Between the main controller and SYN6288 through speech synthesis chip UART Interface, the controller via the
communication interface to speech synthesis core SYN6288
Transmitting control commands and text sheet, SYN6288 speech synthesis chip to the received signal output text
speech synthesis, the output signal is amplified by the power
After the device is connected to the
amplifying horn for playback.
SYN6288 Chip
RXD
Controller
Serial ports
Transceivers
Voice
Synthesis
TXD
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Voice lines
AUDIO
Output
Power
Amplifier
AUDIO
Speaker
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1.6 Package
Information
1.7 IC Pin structure
1.7.1 Vertical pin view
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1.7.2 Transverse pin view
1.7.3 Pin
Definitions
Pin Number
Pin Name
I / O
Say Clear
1,3
VSSIO0
I
Bus module 0Negative power
2
VDDIO0
I
Bus module 0Positive power
supply
4
Ready/Busy-
O
STATUS Pin
Low representation CHIP Idle, Can receive commands sent by
the host computer and
Data
High indicates CHIP Busy, ongoing speech synthesis and
broadcasting
Internal reserves
5
Res.
-
6
VDDIO1
I
7
VSSIO1
I
8,12
VSSPP
I
10
VDDPP
I
9
BP0
O
Voice output module power
negative
Voice output module positive
power supply
Push DAC Voice output 1
11
BN0
O
Push DAC Voice output 2
Bus module 1Positive power
supply
Bus module 1Negative power
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Serial data is received, the initial baud
rate 9600bps
28
RxD
I
27
TxD
O
Serial data transmission, the initial baud
rate 9600bps
26
VDDA
I
23
VSSA
I
25
XOUT
O
24
XIN
I
22
REGOUT
O
21
CVDD
I
18
CVSS
I
20
VDDIO2
I
17
VSSIO2
I
Internal power supply
positive
Internal negative power
supply
High-speed oscillator
output
High-speed crystal
input
Automatically adjusts the
output voltage
Processor power supply
positive
Processor power
negative
Bus module 2Positive power
supply
Bus module 2Negative power
19
RST
I
Chip reset, low trigger effective
16
VSS
I
Negative power - with integrated speech synthesis chip
substrate, must be PCB
The ground wire (GND) or a negative plate (VSS)
linked.
2. Chip Control
2.1 Control
Command
Format command to the host computer to the frame SYN6288 Chip sends commands. SYN6288 Chip frames corresponding
operation on command, returned to the host computer
Back to the command
operation results.
SYN6288 chip provides a variety of control commands,
listed below:
Command Function
Explanation
Speech synthesis play
command
Communication baud rate
change command
Stop synthesis
command
Synthetic pause
command
The sending of text
synthesis
Communication baud rate after
the change
Synthesis of action to stop
the current
Suspend the ongoing
synthesis
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The synthesis continues to be
suspended in the text
Query the current operating state of the chip: the host
computer through the "chip status check
Inquiry Command " To determine the TTS Module is working
properly, as well as access to phase
Should be parameters, return 0x4E Show that the chip is still
in the synthesis, the return 0x4F Table
Next chip is in idle state.
Recovery synthesis
command
Chip status query command
From the chip into the normal operating mode Power Down Mode
after reset
Restoration
Enter Power Down Mode commands
2.2 Chip Returns
Receiving the control command frame, the chip will send a crew up Return status byte, the PC may be coming
back to judge based on this chip is currently
Working condition.
SYN6288 When the chip is initialized successfully sends a byte "Initialize
success" return.
SYN6288 Chip will judge this command after receiving the command frame frame correctly or not, if the command
frame correctly returns "successfully received" return, if ordered
So framing error is returned "Receive failed"
Return.
SYN6288 When the chip receives a status query command, if the chip is in a working state broadcasting of
return "is being broadcast" return, if the core
Film is idle return "chip free" return. After a frame of data synthesis is completed, the chip will automatically
return to a "chip free" back
Biography.
Returns type name
Returns data
Initialization
successful return
Receives the correct command
frame returns
Received command frame does not
recognize the return
Chip broadcasting state
return
0x4A
Chip idle return
0x41
Triggering
conditions
Chip initialization
success
Receive success
0x45
Receive failure
0x4E
Receive a "status inquiry command frame", the chip is
being broadcast in the state
When the synthesis of a complete frame of data, the chip enters
an idle state return 0x4F; or
Who receive a "status inquiry command frame", the chip is idle
return 0x4F
0x4F
3.
ThroughMeans of
3.1 Asynchronous serial
communication
communications (UART) interfaces
SYN 6288 Provides a set of full-duplex asynchronous serial communication (UART) interface, and a
microprocessor or PC Data transfer. SYN 6288
Use TxD And RxD And GND Serial communication. Among GND As a signal ground. SYN 6288 Chip Support UART Interface
communication,
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sheet the maximum length
By UART Interface to receive commands and data sent by the host computer,
allowed for sending data 206 Bytes.
TXD
RXD
Specific circuit shall see 10.7"String
Reference Circuit "port
communication instructions
RXD
TXD
PC
SYN 6288
3.2 Communication
transmission byte format
1, Initial Baud Rate: 9600 bps
2, Start bit: 1
3, Data bits: 8
4, Parity: None
5, Stop bits: 1
6, Flow Control:
None
Start bit D0
D1
D2
D3
D4
D5
D6
D7
Stop bits
4. CommunicateFrame definition
and communication control
4.1 Command frame
format
Chip supports the following command frame format: "header FD + Data area length + data field
"format (maximum 206 bytes)
Sent to the host computer SYN6288 All commands and data required for the chip are encapsulated
transmission "frame" mode.
Data Area
Frame
structure
Data
Header
(1 byte)
0xFD
(203 bytes or less)
The length of the
data area
(2 bytes)
Command wordCommand
Text to be sent
parameters
(1 byte) (1 byte)
(Less than 200 bytes)
0xXX 0xXX
0xXX
0xXX
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0xXX . . .
XOR checksum
(1 byte)
0xXX
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Length must be in front of "the data area
length" consistency
Defined as sixteen
Endian
Explanation
Ary "0xFD"
After the low byte
Note: The data area (including the command word, command parameters to be transmitted text, XOR parity) actual
length of the data area must be defined length of the header
Strictly consistent, otherwise the chip will
be reported receiving fail.
4.2 Chip supports control
commands
Data Area ( Less than or equal 203 Byte)
Life Order Word
Command
parameters
1 Byte
1 Byte
Value
Corresponding
function
Byte
Corresponding
High five function
Low 3
0
Value: 0 Said without
Value: 1 Background music
1
Value: 2
Speech synthesis play
: 3
command
...
(2) Other values:
2
Indicates that
the selected
Value: 14Background music
3
Value: 15The number
0
Set the baud rate command
0x31
(Initial baud rate
0
No function
1
0x02
0x03
0x04
0x21
0x88
Stop synthesis
command
Synthetic pause
command
Recovery synthesis
command
Chip status query command
1 Byte
Corresponding
function
Set text:
GB2312 Encoding format
Set text:
GBK Encoding formatThe two texts to be
synthesized
Ary content
Set text:
BIG5 Encoding format
Set text:
UNICODE Encoding format
Before all of the
words
Section (including
the frame
Head, Data mayor
Set the baud rate:
9600bps
Set the baud rate:
Degree bytes) do
19200bps
9600bps)
2
XOR checksum
<= 200 Byte
Byte
1 value 0:
0x01
Text to be sent
XOR parity was
Set the baud rate:
A byte
38400bps
No text
No parameters
Chip enters Power Down
Mode command
PC data area can use the command word and command parameters to achieve a variety of
functions speech synthesis chip.
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4.3 Special note associated
command frame
SYN6288 Chinese speech synthesis chip data
sheet
4.3.1 Sleep and Wake-up
instructions
Chip will not take the initiative to sleep, to sleep only after receiving the
host computer sends a command frame will sleep.
After the chip enters sleep, the PC first need to wake up the chip and then to the chip sends a command frame
data; (Note: After wakeup interval of 16
Milliseconds before sending
command data)
If you wake up after being dormant (such as hardware or software wake wake), 10 Within seconds (standby time)
did not receive a valid command frame sent by the host computer
Data (speech synthesis play command, set the baud rate command to stop the synthesis of command, pause
synthesis command to restore the synthesis of commands, status inquiry
Command), then the chip will re-enter sleep (not to be considered as interference wake ignore) (Note: only
after the chip has entered dormancy.
Will have 10 Seconds to wake up dormant
standby again)
4.3.2 Help set the baud
rate
The initial default baud rate is 9600bps; Host To change the baud rate, the baud rate is set after sending the
command frame interval of 16 Ms recurrence
Send other command
frame.
To change the baud rate, reset each time the system had to change
the baud rate of retransmission command frame.
After sending the command to change the baud rate frame, to pause a few
hundred milliseconds, and then change the baud rate of the host.
9600bps, 19200bps Two kinds of baud communication transmission are very stable (regardless of
the chip in the synthesis of broadcast or idle)
Transmission due to system time slice time slices close reasons: 38400bps Baud communication transmission chip
idle idle very stable; But in chips
The synthesis of broadcast transmitting data again when the PC is not very stable, receiving probability of
success and failure of each receiver 50%. Remind users:
Chip is the synthesis of broadcast, if used 38400bps Baud send new data again (to interrupt the current player)
Can be sent repeatedly, "stop
Stop "command, ensure that you receive" After successfully received
"signal, and then sends the new data.
4.3.3 Other special
instructions
The same data frame, the transmission interval between each byte can not exceed 8ms; transmission
interval between frames must exceed 8ms.
When SYN6288 Chips are synthesized text, if it receives a valid command frame synthesis, the chip will
immediately stop the currently
Synthesis of text, instead synthesize new text
received.
Send Text length must be less than or equal to 200 bytes. The actual length is greater than 200 bytes
sent, the chip will be reported receiving fail.
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4.4 Example command
frame
4.4.1 Speech synthesis play
command
Header
Frame
structure
Data
0xFD
Data Area
Length
0x00 0x0B
Data Area
Command word
Command
parameters
0x01
0x00
Text to be sent
XOR checksum
YUIN world
0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2
0xC1
Data Frame 0xFD 0x00 0x0B 0x01 0x00 0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2 0xC1
ExplanationPlay text encoding format is "GB2312" text "Yu sound world", with no
background music
Data Area
Data Area
Header
Frame
Length
Command word
Text to be sent
Command
structure
parameters
YUIN world
Data
0xFD
0x00 0x0B
0x01
0x01
0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2
XOR checksum
0xC0
Data Frame 0xFD 0x00 0x0B 0x01 0x01 0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2 0xC0
ExplanationPlay text encoding format is "GBK" text "Yu sound world." Without
background music
Data Area
Data Area
Frame
Header
Length
Command word
Text to be sent
Command
structure
parameters
YUIN world
Data
0xFD
0x00 0x0B
0x01
0x02
0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2
XOR checksum
0xC3
Data Frame 0xFD 0x00 0x0B 0x01 0x02 0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2 0xC3
ExplanationPlay text encoding format is "BIG5" text "Yu sound world." Without
background music
Data Area
Data Area
Frame
Header
Length
Command word
Text to be sent
Command
structure
parameters
YUIN world
Data
0xFD
0x00 0x0B
0x01
0x03
0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2
XOR checksum
0xC2
Data Frame 0xFD 0x00 0x0B 0x01 0x03 0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2 0xC2
ExplanationPlay text encoding format is "Unicode" text "Yu sound world." Without
background music
Data Area
Data Area
Header
Frame
Length
Command word
Command
Text to be sent
structure
parameters
YUIN world
Data
0xFD
0x00 0x0B
0x01
0x09
0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2
XOR checksum
0xC8
Data Frame 0xFD 0x00 0x0B 0x01 0x09 0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2 0xC8
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ExplanationWhen the text "YUIN world" play text encoding format is "GBK" while playing
background music 1
Data Area
Data Area
Frame
Header
Length
Command word
Text to be sent
XOR checksum
Command
structure
parameters
YUIN world
Data
0xFD
0x00 0x0B
0x01
0x79
0xB8
0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2
Data Frame 0xFD 0x00 0x0B 0x01 0x79 0xD3 0xEE 0xD2 0xF4 0xCC 0xEC 0xCF 0xC2 0xB8
ExplanationWhen the text "YUIN world" play text encoding format is "GBK" while playing
background music 15
Data Area
Data Area
Frame
Header
Length
Command word
Command
Text to be sent
structure
parameters
[V11]
Data
0xFD
0x00 0x08
0x01
0x01
0x5B 0x76 0x31 0x31 0x5D
XOR checksum
0x85
Data Frame 0xFD 0x00 0x08 0x01 0x01 0x5B 0x76 0x31 0x31 0x5D 0x85
ExplanationPlay the text "[v11]", the chip will be identified as: set
the volume to 11
4.4.2 Set the baud rate
command
Frame
structure
Data
Data Frame
Explanation
Frame
structure
Data
Data Frame
Explanation
Frame
structure
Data
Data Frame
Explanation
Header
0xFD
The length of the
Command wordCommand
data area
parameters
0x00 0x03
0x31
0x00
Data Area
Text to be sent
XOR checksum
0xCF
0xFD 0x00 0x03 0x31 0x00 0xCF
Set baud rate: 9600bps
Header
0xFD
The length of the
Command wordCommand
data area
parameters
0x00 0x03
0x31
0x01
Data Area
Text to be sent
XOR checksum
0xCE
0xFD 0x00 0x03 0x31 0x01 0xCE
Set baud rate: 19200bps
Header
0xFD
The length of the
Command wordCommand
data area
parameters
0x00 0x03
0x31
0x02
Data Area
Text to be sent
XOR checksum
0xCD
0xFD 0x00 0x03 0x31 0x02 0xCD
Set baud rate: 38400bps
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4.4.3 Stop synthesis
command
Frame
structure
Data
Data Frame
Explanation
Header
0xFD
The length of the
Command wordCommand
data area
parameters
0x00 0x02
0x02
Data Area
Text to be sent
XOR checksum
0xFD
0xFD 0x00 0x02 0x02 0xFD
Stop synthesis
command
4.4.4 Synthetic pause
command
Frame
structure
Data
Data Frame
Explanation
Header
0xFD
The length of the
Command wordCommand
data area
parameters
0x00 0x02
0x03
Data Area
Text to be sent
XOR checksum
0xFC
0xFD 0x00 0x02 0x03 0xFC
Synthetic pause
command
4.4.5 Recovery synthesis
command
Frame
structure
Data
Data Frame
Explanation
Header
0xFD
The length of the
Command wordCommand
data area
parameters
0x00 0x02
0x04
Data Area
Text to be sent
XOR checksum
0xFB
0xFD 0x00 0x02 0x04 0xFB
Recovery synthesis
command
4.4.6 Chip status query
command
Frame
structure
Data
Data Frame
Header
0xFD
The length of the
Command wordCommand
data area
parameters
0x00 0x02
0x21
Data Area
Text to be sent
XOR checksum
0xDE
0xFD 0x00 0x02 0x21 0xDE
With this command to determine the TTS Module is working properly, as well as to obtain the
Explanation
corresponding return parameters, return 0x4E Show that the chip is still in the synthesis
Broadcasting, the return 0x4F Show that the chip
is in idle state
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4.4.7 Chip enters Power Down Mode command
Frame
structure
Data
Data Frame
Explanation
Header
0xFD
The length of the
Command wordCommand
data area
parameters
0x00 0x02
0x88
Data Area
Text to be sent
XOR checksum
0x77
0xFD 0x00 0x02 0x88 0x77
Into the POWER DOWN Status command, the reset
recovery
5. Text control tags
5.1 Text control tags list
Action
Mark
Control
Type
Mark
Set the foreground text playback
Overall [V?]
volume (including mention
Shows sound)
situation
Set the background music
volume
Speed setting words
Overall [M?]
situation
(For natural reading mode)
[T?]
Overall
situation
Set digital processing
strategy
[N?]
Overall
situation
Set the number "1" in the
reading of
Overall [Y?]
situation
Set the tone processing
strategy
Overall [X?]
situation
Chip
Details
Default
? Value for the volume, value: 0 to 16 (Where 0
[V10]
is mute)
? When other unsigned integer, the maximum volume value
will be treated as 16 processing
? Value for the volume, value: 0 to 16 (Where 0
[M4]
is mute)
? When other unsigned integer, the maximum volume value
will be treated as 16 processing
? Speed values for the words, Value:
0-5
? Other unsigned integer when the value of 5 as the highest
[T4]
word rate of speech processing
0 is the slowest rate of speech words, five words for the
fastest speeds. Note: For
Word-by-Word Reading Speed adjust the way the words
are not supported
? 0, automatically
determine
? 1, as the number of digital
[N0]
processing
? 2, figures for numerical
processing
? When other unsigned integer, will be treated as
an integer from 0 treatment
? 0, the synthesis of number "1" is read as
"unitary"
[Y0]
? 1, the synthesis of the number "1" is read
as "one"
? When other unsigned integer, will be treated as
an integer from 0 treatment
? 0, do not use tone
? 1, the default tone
[X1]
? When other unsigned integer, will be treated as
an integer from 0 treatment
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Is set to read out
punctuation
Overall [B?]
situation
Set text to speech mode
Overall [O?]
situation
Restore the default global
synthesis parameters
[D]
Forced by last name pronunciation
Temporary
[R]
of Chinese characters after a
Temporary
[2]
Composed of two characters after
the mandatory two terms
After the mandatory three Chinese
Temporary
[3]
characters composed of three words
? 0, do not read
punctuation
? Is 1, R punctuation
SYN6288 Chinese speech synthesis chip data
sheet
[B0]
? When other unsigned integer, will be treated as
an integer from 0 treatment
? To 0, set reading mode is a
natural
? 1, is set to Word-By-Word mode
[O0]
? When other unsigned integer, will be treated as
an integer from 0 treatment
All of the following global identity
back to the default value
A mark of this control characters after reading a mandatory
surname (mainly for multi-tone
Word processing surname), if not followed by a kanji, this
control is not
This control two characters labeled mandatory read as "two
words," if there is no
Followed by two characters, this
control is not
Three characters of this control labeled mandatory read as
"three words," if there is no
Followed by three characters, this
control is not
Note:
1)
All control logo are half-width
characters.
2) Identifies the need to control the speech synthesis in accordance with the format command to send special
control tags as text synthesis, namely synthetic command is "header + Number
According zone length + Synthetic command word + Text encoding format + Special
control tag text format "of.
3) Control identified as global control identity, that is, as long as the first, in the right conditions for a
chip reset or power, and subsequently sent to the chip
All texts will be under its control, except with the corresponding [D] to
restore the default settings.
4) When the chip is powered down or reset, the chip will be restored to all of the default values, the identity of
the original set too lost a role, you need to re-set.
5) Does not meet the above identified "control logo" or the wrong format, all as ordinary
characters and digital processing
Note:
[D] [V?] [M?] These three markers can not arbitrarily control appears (prone to understand ambiguity) in the play
text, only the following applications (other controls
Mark made no constraint)
- Good change alone
As a single frame of data transmitted, the data for the next frame
starts at this time play a role in
The first one: [V5]
Explanation: Set the volume to
five prospects
The first one: Welcome
Explanation: The volume by five prospects
playing "Welcome"
As with other marks and control data transmission frame, then the start of the next frame of data play a
role. Note: After the control standard
Mind control priority over the earlier
- Suitable for PC initialization
mark
call
The first one: [D] [v5] [m2] [o0]
Explanation: The first restore the default global variable, and then
set the volume to five prospects, background sound
Volume 2, according to the natural
way of reading
Section 2: Welcome
Explanation: The outlook for the volume by 5 Volume 2
Background Play "Welcome"
Play on the text at the beginning and play text sent with the data at this time to play a role in the
beginning of the frame. - Text a fit and play
Sending and change
from
The first one: [V6] [m2] Welcome speech synthesis
Explanation: The frame data from the beginning
chip
of Volume 2 by 6 prospects
Background playback volume level: ie six prospects volume two of background noise play
"Welcome to the speech synthesis chip."
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5.2 Text control tags use
examples
5.2.1 [V?] Mark ------- Set the foreground text playback volume
(including tips sound)
Sample text
Chip explained
Start playback volume by six prospects from the frame data:
ie six sound prospects
The amount of play "Welcome to the speech synthesis chip",
after the data frame is also
By six prospects volume
playback.
[V6] Welcome speech synthesis chip
5.2.2 [M?] Mark ------- set the background
music volume
Sample text
Chip explained
Start playback volume by two background data from the frame:
the background sound by 2
The amount of play "Welcome to the speech synthesis chip",
after the data frame is also
Played by two background
noise.
[M2] Welcome speech synthesis chip
5.2.3 [T?] Set word mark ------- Speed
Sample text
Chip explained
Welcome to [t0] Beijing YUIN world [t5] speech
synthesis chip
By default 4 Speed Playback normal word "Welcome", then
press 0
Speed Play slowest words "Beijing YUIN world", and then five
fastest word
Language Speed Play "speech synthesis
chip"
5.2.4 [N?] Mark ------- set the digital
processing strategy
Sample text
Chip explained
[N0] 234343545
Chip automatic
judgment.
Read: 234,343,545
[N1] 234343545
Force the number of chips synthesized string
of numbers.
Read: 234,343,545
[N2] 234343545
Chip Synthesis forced manner numeric string
value.
Read: 234,343,545
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5.2.5 [Y?] Mark ------- set number "1" in the
reading of
SYN6288 Chinese speech synthesis chip data
sheet
Sample text
Chip explained
[Y0] 010-62986600
Chip accordance with the "unitary" read the text of the
synthesis of the number "1." Read:
Zero Zero unitary, 62986600
[Y1] 010-62986600
Chip accordance with the "a" to read the text in the
synthesis of the number "1." Read:
2010, 62,986,600
Note: This tag must be in the synthesis of a number type text
when it is effective.
5.2.6 [X?] Set the tone mark ------- handling
policy
Sample text
Chip explained
[X0] ringa
sounda
Not to tone treatment, directly read into English letters:
r-i-n-g-a
s-o-u-n-d-a
[X1] ringa
sounda
Processing by the tone: Play a chord ringa, then play
message alert tone
sounda
5.2.7 [B?] ------- Set punctuation marks are
read out
Sample text
Chip explained
[B0] Welcome, Come!
Punctuation is not read, read as: "Welcome Come "
Read out punctuation, Read as: "Welcome Comma Come Sigh
[B1] Welcome, Come!
No. "
5.2.8 [O?] Mark ------- way to set the text
read aloud
Sample text
Chip explained
[O0] Welcome to the world YUIN speech synthesis chip
developed by Chinese
More natural way by reading
[O1] Welcome to the world YUIN speech synthesis chip
developed by Chinese
Press Word By Word Way to read
5.2.9 [D] the synthesis of labeled --------restore the default parameters
Sample text
Chip explained
[V11] [n1] 123, [Y1] 010-62986600, [R1] Qu Tian Fang
Volume by 11 read as: one two three, 2010, 6,298,660
Zero, Qu (qu3) Tian Fang
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All global control Mark all restored to
default!
Volume 8 by default read as: One hundred twenty-three, zero
unitary zero, six thousand two hundred ninety-eight
Six thousand six hundred, song
(qu1) Tian Fang
[D] 123, 010-62986600, Qu Tian Fang
5.2.10 [R] mark ------- pronunciation of Chinese
characters by last name after a mandatory
Sample text
Chip explained
Single units came to the
Tigers
Units [r] single Tigers came up
Single Tigers: Read as: dan1 xiao2 hu3
Single Tigers: Read as: shan4 xiao2 hu3
5.2.11 [2] and [3] Mark --- forced into two words
or three words
Note: This chip can achieve the correct phrase segmentation More than 98%, due to the complexity of Chinese
semantic, any product not do 100% correct. Should
With this function, manual intervention segmentation phrase, to a certain extent,
to make synthetic naturalness better.
Here is our special screening of the uncut good
sentence.
Sample text
Chip explained
Beijing Dongzhimen station
to
The chip will cut into:
/ Beijing | East | straight | Door
| station | to /
(Sounds a little bit unnatural)
Beijing [3] to Dongzhimen
station
Human intervention, cut into: / Beijing | Dongzhimen
| stop | to /
(Sounds more natural)
North Street has entered
guangshun
The chip will cut into:
/ Has entered | wide | Shun |
North Avenue /
(Sounds a little bit unnatural)
Has entered [2] guangshun
North Street
Human intervention, cut into: / Has entered |
guangshun | North Avenue /
(Sounds more natural)
5.2.12 Initialize the control flag
comprehensive example
Sample text
Chip explained
The first one data: [D] [v8] [m2] [t5] [y0] [x1]
[o0]
The first two data: Welcome speech synthesis
chip
First restore the default global variable, set the volume to
eight prospects, set the background
Volume of 2, set phrases Speed is 5, when setting synthetic
number "1"
Read as "unitary", set using the tone, set the natural
way of reading
Set on a good variable data press play "Welcome to the voice
synthesis of the core
Film "
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6. Tip Sound
6.1 Voice tone list
Chip provided 25 Beep sound segments, the choice can be based on using the occasion as a message alert tone.
The following is a list of chip
Built-tone sound of the name and type:
Beep sound (Total 19)
No.
Broadcast
Type of sound
1
sounda
Error sound
1s
14
soundn
Alert
2s
2
soundb
Swipe success
1s
15
soundo
Alert
1s
3
soundc
Swipe success
1s
16
soundp
Alert
3s
4
soundd
Swipe success
1s
17
soundq
Emergency Alert1s
5
sounde
Swipe success
1s
18
soundr
Emergency Alert4s
6
soundf
Laser Sound
1s
19
sounds
Cuckoo sound 1s
7
soundg
Doorbell
1s
20
soundt
Beep
1s
8
Soundh
Doorbell
1s
21
soundu
Beep
1s
9
soundi
Buzz
2s
22
soundv
Beep
1s
10
soundj
Buzz
1s
23
soundw
Beep
1s
11
soundk
2s
24
soundx
Beep
1s
12
soundl
Beep
1s
25
soundy
Beep
1s
13
soundm
Beep
1s
Broadcast tone
Time
No.
Name
Type of sound
Broadcast
Name
Time
6.2 Polyphonic tones list
Chip provided 23 As a tone polyphonic music segment can be widely used in public information broadcast
occasion, the following list is
The name and length of the built-in tone
playing chips.
Polyphonic tones (Of 8)
No.
Name
Play Time
No.
Name
Play Time
1
msga
1s
5
msge
2s
2
msgb
1s
6
msgf
3s
3
msgc
1s
7
msgg
4s
4
msgd
1s
8
msgh
5s
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No.
Polyphonic ringtones (Total
15)
Name
No.
Name
Play Time
Play Time
1
ringa
60s
9
ringi
35s
2
ringb
70s
10
ringj
25s
3
ringc
27s
11
ringk
18s
4
ringd
65s
12
ringl
38s
5
ringe
60s
13
ringm
60s
6
ringf
57s
14
ringn
23s
7
ringg
60s
15
ringo
5s
8
ringh
53s
Polyphonic ringtones polyphonic ringtones not only for,
but also the background music material
Note: No beep in the use of special, with synthetic plain text command phase synthesis Same. However, note that:
Beep name
Front or back followed by letters of the alphabet, you need to use punctuation, spaces, carriage returns, and so
separated from the other letters, it can automatically identify chip.
For example: Send text "sounda, hello!", Sounda Can be synthesized corresponding SMS tone, but if you
send a text
The "soundahello!", Sounda It can not be synthesized tone, but directly read into the letter
"SOUNDA".
7. PC chip invocation on SYN6288
7.1 Simple invocation
Simple call for applications is relatively simple situation. Users do not care SYN6288 Working condition, only
need to send text, SYN6288 Can
The received text to speech synthesis
output.
In simple call, the host computer as long as SYN6288 Establish a connection between the serial communication,
you can send commands to achieve the synthesis of text
Synthesis, the PC does not need to ignore SYN6288 Feedback and status output, SYN6288 Outputs
synthesized speech.
Tip: As a synthesis of the text has not yet finished, and then send the text to SYN6288 It will break the
previous synthesis, and implementation of the new synthesis.
7.2 Standard
invocation
For the general case, the PC needs to determine SYN6288 Working conditions, more precise control SYN6288 Chip
work: such as the need
Ensure complete synthesis after the last text is then
synthesized under a piece of text.
Application examples: Suppose you want to synthesize text 300 Byte chip exceeds the maximum length of the text
of a command frame can hold (200
Byte), then twice to the chip to send text messages. Process as
follows:
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SYN6288 Chinese speech synthesis chip data
sheetthan 200
1, the PC sends a text synthesis chip give command frame, carrying less
Text bytes;
2, PC waiting SYN6288 Chip returned finished playing backhaul information until you receive chip return "0x4F",
in front of the text has been described
Synthesis is completed; or use query the status of the chip pin, send a query command to query information on a
confirmation text synthesis is completed.
3, the PC sends a text synthesis command frame again to SYN6288 Chip, the remaining 100 bytes to
send text messages.
7.3 Method to query the chip work
status
Hardware and software can be found in two ways SYN6288 Working
condition.
Hardware ways: through query output pin Ready / Busy level to determine the working status of the chip. When
Ready / Busy is high,
Show that the chip is being synthesized play text states; When Ready / Busy low,
indicating that the chip idle state.
Software: to check the working status of the chip by chip status query command frame. When the host computer
sends to the chip status query command frame,
Chip will immediately send up crew returns the current state of the chip. PC chips based on the return data to
determine the current state of the chip is in the air
Idle state or broadcast state.
8. Coding system and the scope of
the chip identification
GBK, BIG5, Unicode.
SYN6288 Supports the following 4 Kind of coding
system: GB2312,
8.1 GB2312 Coding System
Identify the type
Identification code
range
0x00
--0x7F
Half-width ASCII Symbols
District
Full-width symbols 0xA1A0 --- 0xA3FE
District
Character Area 0xB0A1 --- 0xF7FE
Remark
Common 6768 Characters
8.2 GBK Coding System
Identify the type
Identification code
range
0x00
--0x7F
Half-width ASCII Symbols
District
Full-width symbols 0xA1A0 --- 0xA3FE
District
0x8140 --- 0xA0FE
Character Area
0xAA40 --- 0xFEFE
Remark
Common 21003 Characters
8.3 BIG5 Coding System
Identify the type
Identification code
range
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Remark
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0x00
--0x7F
Half-width ASCII Symbols
District
Full-width symbols 0xA140 --- 0xA3FE
District
Character Area 0xA440 --- 0xF9FE
SYN6288 Chinese speech synthesis chip data
sheet
Common 13060 Characters
8.4 Unicode Coding System
Identify the type
Full-width symbols
District
Character Area
Identification code
range
0x00 Area,
Remark
0x30 Area,
0xFF Area,
0x4E00 ---- 0x9FFF
Common 20902 Characters
Note: For the transfer does not belong to a recognized coding, muted about
tens of milliseconds.
9. Product
Specifications
9.1 Packaging data
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9.2 Limiting
values
Project
Supply Voltage
Min
Symbols that
represent
Max
Unit
VDD-V
-0.3
5.1
Input Voltage
VIN
GND-0.3
Operating
Temperature
Storage
Temperature
TOP
-40
85
℃
TSTG
-55
125
℃
V
VDD +0.3
V
Note: beyond the limits of the parameters listed in the table will
result in improper operation or damage to the device.
9.3 Electrical
Characteristics
Project
Symbol
Min
Typical values
Max
Unit
Condition
2.4
-
5.1
V
ISBY
-
2.0
-
uA
VDD = 3V, no load
Operating Current
IOPR
-
10
-
mA
VDD = 3V, no load
Pull-Up resistor of TxD
RPU
-
800
-
KΩ
VDD = 3V, no load
Input current of RxD
IIH
-
-
5.0
uA
VDD = 3V, VIN = 3V
Drive current of TxD
IOD
-
4
-
mA
VDD = 3V, VO = 2.4V
Sink Current of Status
IOS
-
6
-
mA
VDD = 3V, VO = 0.4V
Drive current of BP0
IOD
150
-
mA
VDD = 3V, BP0 = 1.5V
Sink Current of BP0
IOS
150
-
mA
VDD = 3V, BP0 = 1.5V
Drive current of BN0
IOD
150
-
mA
VDD = 3V, BN0 = 1.5V
Sink Current of BN0
IOS
150
-
mA
VDD = 3V, BN0 = 1.5V
16.0
-
MHz
Operating Voltage
VDD
Standby current
Crystal Oscil. Freq
FOSC
-
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SYN6288 Chinese speech synthesis chip data
sheet
9.4 Power consumption when
playing synthesized voice
Test Project
Sleep when the
current
Current work but not
broadcast:
Volume 1Current level
broadcast text:
Volume 6Current level
broadcast text:
Volume 10 Current level
broadcast text:
Volume 16 Current level
broadcast text:
Volume 1Broadcast chords
current level:
Volume 6Broadcast chords
current level:
Volume 10 Broadcast chords
current level:
Volume 16 Broadcast chords
current level:
Test voltage: 3.0V
The test voltage 4.5V
Typical values Max
Typical values
0.2uA
1uA
3.3 mA
4 mA
50 mA
50 mA
70 mA
80 mA
130 mA
150 mA
190 mA
280 mA
40 mA
40 mA
60 mA
70 mA
90 mA
100 mA
140 mA
200 mA
Max
9.5 Normal mode
SYN 6288 In normal operation mode, Ready / Busy Indicates the chip working condition. In the synthesis process
or the utterance, Ready / Busy
Output high, indicating at work; at the end of the synthesis, Ready / Busy Output low up crew (or
microprocessor) issued a data transfer
Send requests until the end of the
data transfer.
9.5 Sleep (low-power) mode
SYN 6288 After receiving the sleep command word master control system will go to sleep to save power; and can
be RxD Port receives any
Italian command word to wake up
the system.
Note: After the wake-up takes 16 Ms to enter the working
state.
10.
ReferenceCircuit
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10.1 3V Power supply module
reference circuit
SYN6288 Chinese speech synthesis chip data
sheet
Note 1: SYN6288 total of six sets of external power supply, each power supply are using a 47uF and a 0.1uF
capacitor; If you want to save costs, with
Users can use 0.1uF capacitors on each power supply, then add 47uF capacitor on VDDPP, and VDDA.
Remark 2: ExternalPower for the use of two batteries, or VDD =2.4V ~ ~ 3.6V
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10.2 5V Power supply module
reference circuit
SYN6288 Chinese speech synthesis chip data
sheet
Note 1: SYN6288 total of six sets of external power supply, each power supply are using a 47uF and a 0.1uF
capacitor; If you want to save costs, with
Users can use 0.1uF capacitors on each power supply, then add 47uF capacitor on VDDPP, and VDDA.
Note 2: The external power supply for use with three batteries, or VDD =2.7V ~ ~ 5.1V
Note 3: REGOUT instructions for use
SYN6288AsCVDDInternalPower supply module provides a linear regulatorREGOUT,This linear
regulatorImplementAsCVDDThe output voltage
Design: 2.8V ± 0.2V. Its features are:
Enter the external supply voltage: 2.7V ~ ~ 5.1V
Output Current: 20mA
Precise output voltage: 2.6V ~ ~ 3.0V
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10.3 Reset circuit and circuit
status indication
SYN6288 Chinese speech synthesis chip data
sheet
Remarks: Ready / Busy This signal is low STATUS pin description chip is waiting to receive data. In the system
design can take this pin
In the MCU interrupt input source to generate a falling edge interrupt request to send data to show PC MCU can
send data to the speech synthesis chip.
10.4 SYN6288 Speaker output
(1) Directly connected speakers for audio
output
(See left)
(2) adding amplifier SNAP01 Chip reference circuit
The easiest way is SYN 6288 Of STATUS Pin directly with SNAP01 Of CE Pin linked:
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SYN6288 Chinese speech synthesis chip data
sheet
Note: In this case, each time you turn the amplifier circuit SNAP01 When, in BN0/BPO There will be some
coupling capacitor connected to the discharge phenomenon, through the
Live SNAP01 After amplification will "wave" sound! Thus, SNAP01 The chip select pin, but you can save
MCU PC treasure
Dear IO Mouth.
The best way linking should
Without considering the power consumption
be:
of the case, CE Directly with VDD Linked, so that the amplifier
circuit module has been in standby mode.
In the case of the system considering power consumption, CE It can be made MCU Of IO Port for connection
control, broadcasting stage in the synthesis, will be open CE
Let the power amplifier module is in standby mode; broadcasting and after the synthesis stage, closed CE
SYN6288
Let SNAP01External
Is shutdown. high-speed
10.5
oscillator
10.6 Reverse serial
communication circuit
Sent to the host computer SYN6288 Serial communication data must be inverted data. PC can be selected in the
following two ways an inverted:
Code inverting mode: will be sent to the host computer software programs SYN6288 Data reverse with code.
Communication circuit hardware inverted mode: send in the PC SYN6288 Before adding a hardware data inverting
circuit:
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SYN6288 Chinese speech synthesis chip data
sheet
10.7 Reference circuit serial
communication
(A)
PC is PC Machine reference circuit
Remark 1:SYN6288 And MAX3221 Should be added between the inverter, refer to the specific
data sheet MAX3221
(B)
Remark 2: The above referenceCircuit MAX3221 Loading external power supply V33,Should 3.3V
PC
+0.3isV.MCU Reference Circuit
Note: sending data to the host computer SYN6288 When, in the
middle must have reverse, a
And shall follow the "reverse serial communication circuit" one of
the instructions.
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SYN6288 Chinese speech synthesis chip data
sheet
11.
AttachRecord
11.1 References
"MAX3221-3-V TO 5.5-V SINGLE-CHANNEL RS-232 LINE DRIVER / RECEIVER WITH +15- kV
ESD PROTECTION"
"Reverse IC" SN74LS04/D-Hex Inverter"Device User Manual"
"SNAP01-Class AB Power Amplifier Device User's Manual. "
"OSYNO 6188 Embedded speech synthesis chip - User Manual "
11.2 Version
History
Version
V1.0
Date
2010-02-22
Modify records
Officially released
version
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