Rohm BU94603KV Functional Specifications Download Page 2 | Manualshive

Page: 2 / 57

background image

BU94603KV Functional Specifications

2/57

Confidential

Target Spec 0.12

Table of Contents

I. FEATURES .................................................................................................................... 4

I/F ............................................................................................................................................................ 4

I/F ............................................................................................................................................................... 4

I/F ....................................................................................................................................................................... 4

............................................................................................................................................................ 4

............................................................................................................................................................. 4

........................................................................................................................................................... 5

.......................................................................................................................................................... 5

........................................................................................................................................................... 5

AMPLE RATE CONVERTER

........................................................................................................................................... 5

YSTEM CONTROLLER

............................................................................................................................................... 5

MATRIX CONTROLLER

......................................................................................................................................... 5

.................................................................................................................................................... 5

ONTROL FROM THE MASTER MICROCOMPUTER

............................................................................................................ 5

UNCTION SELECTION

................................................................................................................................................ 6

EAD FUNCTION IN

........................................................................................................................ 6

II. OVERVIEW ................................................................................................................... 7

ERMINAL LAYOUT DRAWING

........................................................................................................................................ 7

ERMINAL SPECIFICATIONS

.......................................................................................................................................... 8

ERMINAL EQUIVALENT CIRCUIT DIAGRAM

.................................................................................................................... 10

III. ABSOLUTE MAXIMUM RATING AND OPERATING CONDITIONS ......................... 11

BSOLUTE MAXIMUM RATING

..................................................................................................................................... 11

.......................................................................................................................................... 11

IV. ELECTRICAL SPECIFICATIONS .............................................................................. 12

V. I/O SIGNAL SPECIFICATIONS .................................................................................. 13

................................................................................................................................................... 13

SEL_SLAVE .......................................................................................................................................................... 13

SEL_MP3 .............................................................................................................................................................. 13

SEL_DOUT ........................................................................................................................................................... 14

SEL_VOL .............................................................................................................................................................. 14

SEL_APLAY .......................................................................................................................................................... 15

SEL_UTPKT .......................................................................................................................................................... 15

......................................................................................................................................................... 15

......................................................................................................................................... 15

................................................................................................................................................ 16

INTERFACE FORMAT

.......................................................................................................................................... 16

V.11.1 I2C protocol ................................................................................................................................................. 16

V.11.2 Slave address .............................................................................................................................................. 17

V.11.3 Write protocol from master .......................................................................................................................... 17

V.11.4 Read protocol to master .............................................................................................................................. 17

.......................................................................................................................................................... 18

..................................................................................................................................................... 19

I/F ................................................................................................................................................................ 20

I/F .................................................................................................................................................................. 20

«
1
2
3
4
...
»

Summary of Contents for BU94603KV

Page 1: ...BU94603KV Functional Specifications 1 57 Confidential Target Spec 0 12 BU94603KV Functional Specifications Target Spec ＲＯＨＭ System Audio Team ...

Page 2: ...AL LAYOUT DRAWING 7 II 2 TERMINAL SPECIFICATIONS 8 II 3 TERMINAL EQUIVALENT CIRCUIT DIAGRAM 10 III ABSOLUTE MAXIMUM RATING AND OPERATING CONDITIONS 11 III 1 ABSOLUTE MAXIMUM RATING 11 III 2 OPERATING CONDITIONS 11 IV ELECTRICAL SPECIFICATIONS 12 V I O SIGNAL SPECIFICATIONS 13 V 1 CLOCK AND RESET 13 V 2 SEL_SLAVE 13 V 3 SEL_MP3 13 V 4 SEL_DOUT 14 V 5 SEL_VOL 14 V 6 SEL_APLAY 15 V 7 SEL_UTPKT 15 V 8...

Page 3: ... 6 1 6 External HUB search 24 VI 2 MODE1 24 VI 2 1 KEY command operation 24 VI 2 1 1 KEY SCAN Single Mode 24 VI 2 1 2 KEY SCAN Hold Mode 25 VI 2 1 3 KEY operation 26 VI 2 2 LED operation 27 VI 3 MODE2 28 VI 3 1 Command operation 28 VI 3 3 Equalizer 42 VI 3 4 Resume information 45 VI 3 5 Language Code Information 45 VI 4 MODE3 46 VI 4 1 Command operation 46 VI 4 2 Status output 51 VI 4 3 Folder inf...

Page 4: ...ry Only a file that exists in root folder corresponds I 1 USB host I F Builds in the USB Full speed 12 Mbps HOST control function Supports the USB mass storage class It doesn t correspond to external HUB I 2 SD card I F Supports the SPI mode Supports the MMC and mini SD cards Supports the SDHC cards Supports the SD ver1 01 file system Does not support CPRM I 3 I2C I F Communicates with the master ...

Page 5: ...ted sample rates to 44 1 kHz using a poly phase operation I 10 System controller Controls all the system operations including KEY input LED output interface control with the master microcomputer USB device access SD card access FAT analysis sort function MP3 decode WMA decode and audio output I 11 KEY matrix controller Controls 12 types of KEY inputs play pause stop tune forward fast forward playi...

Page 6: ...put ON Sound volume operation selection SEL_VOL H volume adjustable L volume not adjustable MAX output Selects operation at power ON to check device SEL_APLAY H stop L play Enabled in MODE 1 only Selects MODE2 or MODE3 SEL_SMAN H MODE2 L MODE3 Enabled in MODE 2 3 only I 15 File Read function in USB memory The specified data of file that exists in the root folder of the USB memory reading is possib...

Page 7: ...EY_ROW1 MCHNG KEY_ROW2 BUSY KEY_COL1 A0 DVDDIO TEST3 SD_CON TMODE DVSS LED_PUSB TEST12 LED_PSD TEST11 LED_PLAY TEST10 DAVSS LED_ACCESS LED_ERROR TEST9 XOUT_PLL XIN_PLL TEST_PLL REXTI AVSSC SD_CLK SD_DI SD_CS DVSS TEST4 TEST5 CLKOUT12 DVDD_M2 TEST6 TEST7 AVDDC TEST2 SD_DO TEST8 VOREFI VDDPLL LED_RANDOM TEST17 TEST16 TEST15 LED_REPEAT DVDDIO ATEST1 RDACO VCDACO Audio DAC AAC WMA MP3 Decoder PLL USB ...

Page 8: ... F Clock Input 13 KEY_ROW4 B I PU KEY Input ROW4 SDA I O I2C I F Data Input Output 14 KEY_COL1 B O KEY Input COLUMN1 A0 I PU 1 I2C I F Slave Address Set0 15 KEY_COL2 B O KEY Input COLUMN2 A1 I PU 1 I2C I F Slave Address Set1 16 KEY_COL3 B O KEY Input COLUMN3 SEL_SMAN I PU 1 H MODE2 L MODE3 17 TEST3 B I Pull up to 3 3V system power supply for TEST 18 DVDDIO Connect to 3 3V System Power Supply 19 SD...

Page 9: ... LED_RANDOM B O Random Play LED Output BCK O I2S Output Bit Clock 55 3 LED_REPEAT B O Repeat Play LED Output DATA O I2S Output LR DATA 56 TEST13 I Pull up to 3 3V system power supply for TEST 57 DVDD_M1 Connect to Bypass Condenser 58 TEST14 F I Connect to GND 59 TEST15 I Pull up to 3 3V system power supply for TEST 60 TEST16 I Pull up to 3 3V system power supply for TEST 61 TEST17 I Pull up to 3 3...

Page 10: ...3 Terminal equivalent circuit diagram A B C D E F G H Figure II 3 I O terminal equivalent circuit diagram DVDDIO DVSSIO DVDDIO D P D M 15KΩ 15KΩ AVSSC AVSSC AVDDC AVDDC AVSSC VDD_PLL VDD_PLL VSS_PLL VSS_PLL XOUT XIN DAVSS DAVDD DVDDIO DVSSIO DVDDIO DVDDIO DVSSIO DVDDIO DVSSIO ...

Page 11: ... 4 5 V Terminal voltage VIN 0 3 VDD1 0 3 V Storage temperature range Tstg 55 125 C Operating temperature range Topr 40 85 C Power dissipation 1 PD 750 mW 1 When using the product at Ta 25 C or higher temperature 7 5 mW per 1 C should be subtracted III 2 Operating Conditions Item Symbol Rating Unit Applicable terminal Power voltage analog IO VDD1 3 0 3 6 V DVDDIO VDD_PLL DAVDD AVDDC Not designed to...

Page 12: ...0 6mA 6 H output voltage 4 VOH4 VDD1 1 0 VDD1 V IOH 0 6mA 7 L output voltage 4 VOL4 0 1 0 V IOL 0 6mA 7 USB interface H input voltage VIHUSB VDD1 0 6 VDD1 V 8 L input voltage VILUSB AVSSC VDD1 0 3 V 8 Output impedance H ＺOH 22 0 45 0 60 0 8 Output impedance L ＺOL 22 0 45 0 60 0 8 H output voltage VOHUSB VDD1 0 5 VDD1 V 8 L output voltage VOLUSB 0 0 3 V 8 Rise Fall time Tr Tf 11 nS 8 Output capacit...

Page 13: ...n input signal Signal name I O Function Remarks SEL_SLAVE I Selects MODE1 or MODE2 3 H MODE1 L MODE2 3 SEL_SLAVE selects MODE1 STAND ALONE MODE or MODE 2 3 SLAVE MODE By selecting SEL_SLAVE SLAVE mode terminal setting shown in Table II 2 is enabled SEL_SLAVE is set only at power ON Note that change of selection after power ON is ignored V 3 SEL_MP3 MPEG Audio Layer 1 2 3 play selection signal Sign...

Page 14: ...terminal 55 LED_REPEAT I2S LRDATA TEST terminal I2S LRDATA TEST terminal Table V 4 2 I2S_fs MODE1 32fs MODE2 3 Can select 32fs 48fs 64fs by command SEL_DOUT is set only at power ON Note that change of selection after power ON is ignored V 5 SEL_VOL Sound volume operation selection signal Signal name I O Function Remarks SEL_VOL I Sound volume operation H Sound volume operation enabled L Sound volu...

Page 15: ...st packet send H Disabled L USB test packet send A test packet signal is output from USB_DP terminal or USB_DM terminal when L is set to SEL_UTPKT at power ON Once enabled SEL_UTPK keeps that state regardless of operation modes and sends out a test packet A test packet signal is continuously output until power turns OFF Use SEL_UTPKT when evaluating the USB terminal In other cases use it from Pull...

Page 16: ...ng terminal A1 I Slave address selection terminal Slave address 1 bit setting terminal This is an I2C serial interface terminal By inputting L to SEL_SLAVE terminal the interface terminal becomes enabled The terminal supports slave I2C operation V 11 1 I2C protocol When I2C bus is in IDLE SDA and SCL are set to H by the external Pull up resistance When starting communications the master sets SDA t...

Page 17: ...ce status or memory data the I2C bus may possibly be occupied by the device during BUSY This LSI transfers the bus to the master so as not to generate such bus occupation However as a BUSY state still exists inside of the system appropriate data may not be transferred during BUSY Therefore the first byte of transfer data Step2 is used to judge the transfer data is enabled disabled When specifying ...

Page 18: ...I2S format to be output Figure V 12 1 I2S Output Timing 32fs Figure V 12 2 I2S Output Timing 48fs Figure V 12 3 I2S Output Timing 64fs S Slave Address A Data 8bit R W A Data 8bit P A A From Master to Slave From Slave to Master 0 write A Acknowledge SDA low A No Acknowledge SDA high S Start Condition P Stop condition Step1 S Slave Address A Data 8bit R W A Data 8bit P A A 1 read Step2 Data 8bit A S...

Page 19: ...0 3 as it is and others source code 4 31 as bi phase output It outputs L while the operation is stopped Synchronous preamble and C bit use 32 frames 4 4ms as one cycle Table V 13 1 and Table V 13 2 show these formats V bit is fixed to L U bit uses 98 frames 13 3ms as one cycle Table V 13 1 Synchronous Preamble Pattern L0 R0 L1 R1 L2 R2 L3 R3 L4 R4 L5 R5 0 B W M W M W M W M W M W 1 M W M W M W M W ...

Page 20: ... output SD_CON I SD card connect detection terminal H Not detecting SD card connection L Detecting SD card connection These I F enable communication with SD memory cards through SD memory card slots Since SD memory card slot requires detecting insertion of SD memory card use of slot equipped with SD memory card detecting terminal and connection to SD_CON terminal are required SD_CON terminal is pu...

Page 21: ...e folder and exceed the maximum number all the AAC WMA MP3 files may not be played Files less than 100 can be sorted by UNICODE in the FAT order within the folder Files over 100 are sorted in the FAT order Also the folders can be sorted in the same manner and those over 100 are sorted in the FAT order The searchable folder hierarchy is of 8 layers containing the root folder Figure VI 1 1 shows an ...

Page 22: ... The playing sequence of AAC WMA MP3 files is determined based on the following rules See Figure VI 1 3 1 Folders are sorted in the order written in FAT in the order of FAT and files 1 to 100 are sorted in the order of UNICODE See Chapter VI 1 4 Files over 100 are sorted in the order of FAT Folders over 100 are sorted in the same manner AAC WMA MP3 files are sorted by AAC WMA MP3 following SEL_MP3...

Page 23: ...3 H mp3 B_FODER I mp3 J mp3 C_FOLDER K mp3 L mp3 M mp3 N mp3 O doc P xls Q mp3 D_FOLDER R txt S txt T txt E_FOLDER U mp3 V mp3 W mp3 X mp3 Y mp3 Z mp3 Figure VI 1 3 Configurations of Folders and Files within Memory Device Table VI 1 3 MP3 File Playing Sequence for Folder File Configuration as in Figure VI 1 3 Playing sequence File to be played Remarks 1 A mp3 If MP3 files exist in the root folder ...

Page 24: ... reader is inserted or removed 6 1 6 External HUB search When the USB connector is connected to a HUB and a FAT supported drive is connected ahead of the HUB at mounting the USB for this LSI only one drive is recognized The LSI does not support external HUBs it cannot detect plugging unplugging of the drive ahead of the HUB after the USB is mounted VI 2 MODE1 VI 2 1 KEY command operation VI 2 1 1 ...

Page 25: ...detected the master starts the KEY operation in Hold Mode When KEY release is detected in Hold Mode the master finish the KEY operation The keys corresponding to Hold Mode are FF FB VOL and VOL Figure VI 2 3 KEY SCAN Waveform Note 1 Based on the above sequence the master determines that KEY is pressed and starts the operation of the pressed KEY pressing multiple KEYs at the same time will produce ...

Page 26: ...n the order of sort of files being played Upon completion of searching the master starts playing the file When receiving FB KEY over 1sec from top of file playing the master starts playing from top of this AAC WMA MP3 file When receiving FB KEY Hold Mode during play or pause the master starts fast backward playing the file When FB KEY release is detected the master return to normal playing When mu...

Page 27: ...ze either USB or SD Recognize both USB and SD Recognize either USB or SD Recognize both USB and SD Recognize either USB or SD Recognize both USB and SD PLAY PAUSE STOP FF FB FOLDER FOLDER VOL VOL 10 CHNG_DEV REPEAT RANDOM Enabled Disabled VI 2 2 LED operation Seven types of LEDs used to display the LSI operation states are controlled Table VI 2 2 shows the types and states of LEDs Table VI 2 2 Typ...

Page 28: ...hen SEL_VOL is set to H VOL command is enabled When receiving VOL command the master controls sound volume Sound volume can be controlled at 32 steps from minimum volume to 0dB maximum volume VOL 0x05 When SEL_VOL is set to H VOL command is enabled When receiving VOL command the master controls sound volume Sound volume can be controlled at 32 steps from minimum volume to 0dB maximum volume REPEAT...

Page 29: ... AAC WMA MP3 file in the order of sort of the file being played or paused During play of the last file the master returns to the first file in the order of sort Operation stops upon completion of search When ID3 or WMA TAG analysis is set by SEL_ID3 command operation stops upon completion of TAG analysis FF PLAY 0x01 When receiving FF PLAY command during play pause or stop the master searches the ...

Page 30: ... TAG analysis FOL PLAY 0x01 When receiving FOL PLAY command during play pause or stop the master searches the next folder in the order of sort of the folder in which the file being played or paused exists The master returns to the first folder in the order of sort during play of the last folder Operation starts playing after completion of search When TAG analysis is set by SEL_ID3 command the mast...

Page 31: ...en TAG analysis is set by SEL_ID3 command the master plays the file upon completion of TAG analysis USB_MNT_REA DY 4 0x5D 0x0B 0x01 0x00 This command prepares for USB memory mount Be sure to send this command when STATUS turns to USB_INS H and BUSY L SET_DOUT 4 0x51 0x20 0x00 0x58 This command outputs the audio data in the I2S 32fs format When the line output is selected by SEL_DOUT terminal the c...

Page 32: ...he current one being played at random STATUS RPT_OFF is set as ON It stops after the file playing The last setting to REPRAND REPEAT and RANDOM commands will be enabled SEL_ID3 2 0x56 0x00 This command does not perform ID3Tag analysis written to the MP3 file This command does not perform WMATag analysis written to the WMA file This command does not perform AACTag analysis written to the AAC file T...

Page 33: ...n Bury it by 0x20 when the file name NAME doesn t come up to eight bytes Bury it by 0x00 when the file extension doesn t come up to three bytes It targets neither the file name comparison since 0x00 of the end in the comparison UPLOAD_END 2 0x51 0x53 The File Read function is ended Transmit after completing the file reading SET_TOUT_M 4 0x5D 0x07 0xYY 0xXX The ACK timeout of the command under memo...

Page 34: ...ich was disconnected by FORCE_DISCON_SD command SET_LUN 4 0x5D 0x0D setting 0x00 LUN which USB memory mounts is specified LUN specified at the time of USB connection mounts When another LUN is already mounted it re mounts to specified LUN When not specifying LUN effective LUN becomes an AUTO setup and LUN detected first is mounted at the time of USB memory connection Initial value RESET_LUN 2 0x5D...

Page 35: ...e both USB and SD Recognize either USB or SD Recognize both USB and SD PLAY PAUSE STOP VOL VOL REPEAT RANDOM CHNG_DEV ABORT SET_RESUME_ INFO1 8 FF FF PLAY FFP_ON FFP_OFF FB FB PLAY FBP_ON FBP_OFF FOL FOL PLAY FOL FOL PLAY １０１０ PLAY １０１０ PLAY USB_MNT_READY SET_DOUT SET_EQ SET_VOL REPRAND SEL ID3 SEL_TOC SEL 12MOUT SET_WDT SET_RPM SET_UPLOAD_FILE1 After recognizing the USB memory only the halt con...

Page 36: ...BU94603KV Functional Specifications 36 57 Confidential Target Spec 0 12 FORCE_CON_USB FORCE_DISCON_SD FORCE_CON_SD SET_LUN RESET_LUN Enabled Disabled ...

Page 37: ...FILE Playable file within SD memory 0 Absent 1 Present MDEVUSB USB memory 0 Not recognized 1 Recognized MDEVSD SD memory 0 Not recognized 1 Recognized PDEVUSB PDEVUSB USB memory 0 Stopping 1 Playing Tag analyzing PDEVSD PDEVUSB SD memory 0 Stopping 1 Playing Tag analyzing 0x02 STATUS3 BUSY 0 Not BUSY 1 BUSY MCHNG Tune number change detection 0 Tune ended stopped 1 Playing stop before playing 0 ID3...

Page 38: ...r upper order byte 15 8 0x12 TFILEUSBLL TFILEUSBLL USB memory total file number lower order byte 15 0 7 0 0x13 TFILEUSBLH TFILEUSBLH USB memory total file number upper order byte 15 0 15 8 0x14 TFILEUSBHL TFILEUSBHL USB memory total file number lower order byte 31 16 23 16 0x15 TFILEUSBHH TFILEUSBHH USB memory total file number upper order byte 31 16 31 24 0x16 TFOLSDL TFOLSDL SD memory total fold...

Page 39: ...BU94603KV Functional Specifications 39 57 Confidential Target Spec 0 12 0x20 0x7F COMAREA COMAREA Data common area The content varies depending on the status read command ...

Page 40: ...3 file name see VI 1 4 READ_FOLDER_NAME 0x08 64 This command outputs the data of folder name includes playing AAC WMA MP3 file see VI 1 4 READ_RESUME_INFO See Chapter VI 3 4 0x09 42 This command outputs the data to resume see VI 3 4 READ_VERSION 0x10 1 This command outputs the data of Firmware version READ_FILE_SIZE 0x11 4 The size of a specified file of the File Read function is acquired It outpu...

Page 41: ...earching During play of device Searching Error READ_BUFF READ_STATUS READ_PLAY_INFO READ_VOL READ_EQ READ_ID3_TITLE READ_ID3_ALBUM READ_ID3_ARTIST READ_FILE_NAME READ_FOLDER_NAME READ_RESUME_INFO READ_VERSION READ_FILE_SIZE After recognizing the USB memory only the halt condition is the command effective READ_FILE_DATA READ_LUN READ_LUN_NUM READ_SET_LUN Enabled Disabled ...

Page 42: ...d even when line output is not selected No change of sound quality by the equalizer is found in digital outputs Figures VI 3 3 1 to VI 3 3 6 show the frequency characteristics of each filter Figure IV 3 3 1 POPS Frequency Characteristics Figure VI 3 3 2 JAZZ Frequency Characteristics POPS 10 5 0 5 10 15 20 10 100 1000 10000 100000 Freq Hz Mag dB POPS 0x52 0x01 POPS BassBoost1 0x52 0x09 JAZZ 10 5 0...

Page 43: ... Frequency Characteristics Figure VI 3 3 4 CLASSIC Frequency Characteristics Rock 10 5 0 5 10 15 20 10 100 1000 10000 100000 Freq Hz Mag dB ROCK 0x52 0x03 ROCK BassBoost1 0x52 0x0B Classic 10 5 0 5 10 15 20 10 100 1000 10000 100000 Freq Hz Mag dB CLASSIC 0x52 0x04 CLASSIC BassBoost1 0x52 0x0C ...

Page 44: ...pec 0 12 Figure VI 3 3 5 R B Figure VI 3 3 6 BassBoost R B 10 5 0 5 10 15 20 10 100 1000 10000 100000 Freq Hz Mag dB R B 0x52 0x05 R B BassBoost1 0x52 0x0D BassBoost 10 5 0 5 10 15 20 10 100 1000 10000 100000 Freq Hz Mag dB BassBoost1 0x52 0x08 BassBoost2 0x52 0x0F ...

Page 45: ...action cannot assure You can implement the resume function by reading the resume information read using the READ_RESUME_INFO command and then writing the information using the SET_RESUME_INFO1 7 command After SET_RESUME_INFO1 7 is all written the LSI automatically searches and plays a resume file from the time which read READ_RESUME_INFO command upon completion of writing of SET_RESUME_INFO7 VI 3 ...

Page 46: ... VOL command is enabled When receiving VOL command the master controls sound volume Sound volume can be controlled at 32 steps from minimum volume to 0dB maximum volume CHNG_DEV 0x08 The command selects the device between USB memory and SD memory card To do this both devices should be connected or one device should correspond to the other USB to SD or SD to USB Otherwise this command is ignored Af...

Page 47: ... number of obtained folders for those set by SET_DIRECT Parameter Number of obtained folders 2 bytes Number of obtained AAC WMA MP3 files 2 bytes By specifying 0 all the folders and files are obtained SET_RESUME_ INFO1 8 0x51 0x41 RESUME INFO 1byte 6byte This command sets byte 1 to 6 of 42 byte data obtained by READ_RESUME_INFO SET_RESUME_ INFO2 0x42 RESUME INFO 7byte 12byte This command sets byte...

Page 48: ...on of the folder file by specifying the folder file information access data 6 bytes Specify access data 6 bytes at 0xXX By specifying 0 the position is set to the root folder SET_WDT 2 0x5A 0x00 This command stops Watch Dog Timer 0x01 This command writes 1 to STATUS WDT_RFLG SET_RPM 6 0x5B 0x00 setting This command set up playtime and skiptime for fast forward playing and fast backward playing Fas...

Page 49: ...al value is 5 sec YY 0x32 XX 0x00 and maximam value is 60 sec YY 0x58 XX 0x02 If set point is over the maximam value this command is ignored Communication ERROR will be carried out if a timeout occur SET_USB_R_WAI T 4 0x5D 0x09 0xXX 0x00 The wait time after bus reset is set up at the time of USB memory recognition The set point XX x200 msec is wait time An initial value is 600 msec XX 0x03 and max...

Page 50: ...ther USB or SD Recognize both USB and SD PAUSE STOP VOL VOL CHNG_DEV GET_DIRECT GET_NUMBER GET_ID3 ABORT PLAY_DIRECT USB_MNT_READY SET_DOUT SET_NUMBER SET_RESUME_ INFO1 7 SET_EQ SET_VOL FFP_ON FFP_OFF FBP_ON FBP_OFF SEL 12MOUT SET_DIRECT SET_WDT SET_RPM SET_UPLOAD_FILE1 After recognizing the USB memory only the halt condition is the command effective SET_UPLOAD_FILE2 UPLOAD_END SET_TOUT_M SET_TOUT...

Page 51: ... Playable file within SD memory 0 Absent 1 Present MDEVUSB USB memory 0 Not recognized 1 Recognized MDEVSD SD memory 0 Not recognized 1 Recognized PDEVUSB PDEVUSB USB memory 0 Stopping 1 Playing ID3Tag analyzing PDEVSD PDEVUSB SD memory 0 Stopping 1 Playing ID3Tag analyzing 0x02 STATUS3 BUSY Command Busy 0 Not BUSY 1 BUSY MCHNG Tune number change detection 0 Tune ended stopped 1 Playing 0 ID3EXIST...

Page 52: ...r total file number upper order byte 15 0 15 8 0x14 RESFOLL RESFOLL Remaining analysis folder number lower order byte 7 0 0x15 RESFOLH RESFOLH Remaining analysis folder number upper order byte 15 8 0x16 RESFILEL RESFILEL Remaining analysis file number lower order byte 7 0 0x17 RESFILEH RESFILEH Remaining analysis file number upper order byte 15 8 0x18 SETFOLL SETFOLL Folder acquisition setting val...

Page 53: ...A MP3 file see VI 1 4 READ_RESUME_INFO 0x09 42 Acquire RESUME information in this command while being playbacking or pausing Set the data acquired in this command as it is when setting RESUME information by SET_RESUME_INFO1 7 READ_NUMBER 0x0A 4 This command outputs OFFSET 0x10 0x13 of status buffer READ_REST_NUM 0x0B 4 This command outputs OFFSET 0x14 0x17 of status buffer READ_SET_NUM 0x0C 4 This...

Page 54: ...N 0x19 1 Read LUN specified by the SET_LUN command In not setting up 0xFF is read 1 BOM Byte Order Mark might enter two head bytes according to ID3 data Table Ⅵ 4 2 3 After recognizing device Analyzing During play of device Searching Error READ_BUFF READ_STATUS READ_PLAY_INFO READ_VOL READ_EQ READ_ID3_TITLE READ_ID3_ ARTIST READ_ID3_ALBUM READ_FILE_NAME READ_FOLDER_NAME READ_RESUME_INFO READ_NUMBE...

Page 55: ...e output iii Cluster number Shows the cluster number where the folder information is written in the memory iv Folder name Outputs the folder name from the leftmost position 2 File information When the folder is specified using SET_DIRECT the LSI allows you to fetch the file information in the specified folder from the memory device at GET_DIRECT and read file information using READ_FILE_INFO Table...

Page 56: ...ET_WDT 0x5A 0x00 After WDT function is disabled this function cannot enable until a reset from external pin When WDT function is enabled and system is hang up Watchdog Timer function generates RESET When you want to watch RESET of WDT from master micon write command SET_WDT 0x5A 0x01 After write command SET_WDT 0x5A 0x01 status WDT_RFLG is 1 WDT_RFLG is bit6 of STATUS5 offset x04 This status is 0 ...

Page 57: ... Spec 0 12 VII Revision history Revision No Date Revised by Revising points Target0 01 2010 05 10 O O Initial release Target0 08 2010 10 26 M H Error correction command addition Target0 10 2010 11 22 M H Command addition Target0 12 2011 01 06 M H Error correction ...

Reviews:

No comments

Related manuals for BU94603KV

Brand: YOKOGAWA Pages: 58

Brand: R volution Pages: 24

Brand: Goobay Pages: 24

Brand: Clever Little Box Pages: 56

Brand: Optical Systems Pages: 2

Brand: Icy Box Pages: 16

Nelson LINK DAC III

Brand: MSB Technology Pages: 12

Brand: GALCO Pages: 8

Brand: Radyne ComStream Pages: 156

Brand: BASETech Pages: 8

High Speed Asynchronous to Synchronous Converter...

Brand: B&B Electronics Pages: 11

Brand: Cayin Pages: 38

Brand: Lantronix Pages: 24

Brand: Parker Pages: 16

Brand: Fujitsu Pages: 27

Brand: Fujitsu Pages: 40

Brand: Fujitsu Pages: 11

Brand: Fujitsu Pages: 174

Brands by name

0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Popular brands

Load more brands