TC6387XB Toshiba, TC6387XB Datasheet
TC6387XB
Specifications of TC6387XB
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TC6387XB Summary of contents
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... SD Memory Card / SDIO Card Controller TOSHIBA CONFIDENTIAL TC6387XB Specification TC6387XB Outline Rev. 1.0 2002-02-06 Rev. 1.0 02/02/06 62 TOTAL PAGE NO.1 ...
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... Revision History TITLE: TC6387XB Specifications REV DATE CONTENTS NO. 0.90a 2001-08-17 Released 1st edition 0.90b 2001-11-12 *Modified SD Control Register Map again(page 16). *Regarding [4.7 SDLED signal], added the comments in detail(page 21). *Regarding [4.7 Clock supply to SD Card], added the comments in detail(page 21-22). *Added DC and AC specifications(page 26-40). ...
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... SDIO Card interrupt __________________________________________________________________ 37 4.6 Card Slot Power Supply Control ____________________________________________________________ 38 4.6.1 SD Card Slot Power Supply Controller ___________________________________________________ 38 4.7 SDLED signal __________________________________________________________________________ 39 4.8 Clock supply to SD Card __________________________________________________________________ 39 4.9 Suspension_____________________________________________________________________________ 40 TOSHIBA CONFIDENTIAL TC6387XB Specification Rev. 1.0 02/02/06 62 TOTAL PAGE NO.3 ...
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... Package outline_____________________________________________________________________________ 56 Appendix ____________________________________________________________________________________ 57 A TC6387XB function confirmation with standard memory interface ____________________________________ 57 A.1 Sample soft for standard memory interface of TC6387XB _______________________________________ 57 A.2 Wait mode specification __________________________________________________________________ 58 A.3 The wiring image of 16bit internal wait mode _________________________________________________ 59 A.4 The wiring image of 16bit external wait mode _________________________________________________ 60 ...
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... Though Toshiba specified TC6387XB DC supply voltage range(3.0v < Vdd < 3.6v) as recommended commercial operating condition, SDIO card specification has different DC supply voltage range(3.1v < Vdd < 3.5v). Toshiba recommend DC supply voltage range(3.1v < Vdd < 3.5v) in case customer use a SDIO card with TC6387XB as recommended commercial operating condition. ...
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... Block Diagram Power Control Power Control Power Switch TOSHIBA CONFIDENTIAL TC6387XB Specification Interrupt System Interface Control Control SD Memory Card /SDIO Card Control Register SD Memory Card / SDIO Card Control SD Memory Card / SDIO Card Rev. 1.0 02/02/06 System System System System Bus Bus ...
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... CLK32 RSV0 B SDPWR VDD C VDD SDCD3 D SDCLK SDCMD E SDCD0 #SDCD F SDLED HRDY G #HINT VDD H HCLK VSS TOSHIBA CONFIDENTIAL TC6387XB Specification Top View TST1 #SUSPEND #HCS TST2 RSV1 HA2 SDCD2 TST0 RSV2 SDCD1 VSS VSS SDWP VSS VSS #PCLR HD14 HD12 #HOE ...
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... G3 I #HWE G4 I #HBEL H4 I #HBEH H3 I HRDY F2 O (OD Levels cannot be converted. TOSHIBA CONFIDENTIAL TC6387XB Specification VCC (V) FUNCTION/REMARKS System Data 15-0 3.3 System Address 11-1 3.3 Chip Selection Output Enabled Write Enabled Byte Enabled L Byte Enabled H Ready Rev. 1.0 02/02/06 62 TOTAL ...
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... E2 SDWP E3 SDLED F1 * Buffer with pull-up resistance SD Card Power Supply Control (1-pin) NAME Pin SDPWR B1 TOSHIBA CONFIDENTIAL TC6387XB Specification IO VCC (V) SD Card /Data Bus IO SD Card /Command 3 Card /Divided HCLK Clock for SD Card(Max.25MHz) SD Card /Detection I SD Card /Write Protection Media is write-protected when this Pin indicates "High". ...
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... C4 Other Pin (3-pin) NAME Pin IO RSV0 A2 I RSV1 B4 RSV2 C5 TOSHIBA CONFIDENTIAL TC6387XB Specification IO VCC (V) System Clock (max.33MHz) I Used for card detection and for interruption detection when HCLK is stopped. 3.3 Interruption All registers are cleared when this signal is asserted I Suspend VCC (V) Test Mode Signal 2,1,0 Utilized for Test Mode 3.3 Set " ...
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... VSS H2, D4, E4, D5, E5 VDD C1, B2, G2, B7, G7 3.4 Summary: Interface Pins Interface Host SD Card SD Card Power Supply Control System Total Power Supply GND Grand Total TOSHIBA CONFIDENTIAL TC6387XB Specification Pin # of Remarks Pins SYSTEM Interface, TEST Pins, Other Pins Rev. 1.0 02/02/06 FUNCTION/REMARKS GND 3 ...
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... Functionality Descriptions 4.1 Host Interface TC6387XB supports standard memory interfaces and the following suggests examples of circuits for connecting to Standard Memory Interface: Standard Memory A11-1 D15-0 -CS -OE -WE -BEH -BEL -RDY 4.2 Resource Area TC6387XB holds the following Resource Area Host Controller Configuration Area 2) SD Control Register Area See below for mapping of SD Host Controller Configuration Area and SD Control Register Area ...
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... As for accessing Resource in SD Control Register Area, use Configuration Register Base Address Reg.(Config.offset: 10h Host Controller for mapping the settings to access designated Memory Areas (800-FFFh). SD Host Controller Configuration Registers Base Address : TOSHIBA CONFIDENTIAL TC6387XB Specification Host Memory Space Offset Control Register FFh Rev ...
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... Register Map TC6387XB holds internal registers for SD Host Controller. SD Host Controller Configuration Register ・ ・ SD Control Register 4.3.1 SD Host Controller Configuration Register 31 23 Reserved 2 Reserved 3 Reserved 8 Clock Mode Power Control3 Reserved 16 Reserved 19 Reserved 18 Reserved 21 Reserved 24 SDLED Enable 1 Reserved 28 SDLED Enable 2 ...
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... SDIO Host Information 13Eh SDLED Control 1E2h SD Control Reserved 9 1E6h --- 1EAh --- 1EEh --- 1F2h --- 1F6h --- 1FAh --- 1FEh --- TOSHIBA CONFIDENTIAL TC6387XB Specification 07-00 bit Offset 000h 004h 008h 00Ch 010h 014h 018h 01Ch 020h 024h 028h 02Ch 030h 034h 038h 03Ch 0E0h 0E4h ...
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... Clock/Reset 4.4.1 Clock TC6387XB holds the following two Input Clock Pins: HCLK, CLK32 (1) HCLK : System Clock Input (33MHz Max.). Basic Clock for System Interface and internal operations. (2) CLK32 : Clock Input for 32KHz. The interrupt signal, implied for a SD card insertion and detachment, shall be generated synchronous to this signal ...
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... Interruption When the TC6387XB detects the each interrupt sources, TC6387XB asserts interrupt signals (#HINT necessary that the interrupt mask bits are released. This mask bits releasing is controlled by setting SD Interrupt Mask Register(Offset:020-023h, 120-123h). Each factor of the interrupt can be evaluated by referring to SD Card Status Register(Offset:01C-01Dh, 11C-11Dh Buffer Control & ...
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... In the case of SD memory Card, the SBWE bit(D9 Buffer Control & Error Status Register(Offset:01E- 01Fh) is set to "1". In the case of SDIO Card, the SBWE bit(D9 Buffer Control & Error Status Register(Offset:11E-11Fh) is set to "1". TOSHIBA CONFIDENTIAL TC6387XB Specification Write Data Write is enabled when the data is transferred from the internal buffer to the data transmission circuit ...
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... SBRE bit(D8 Buffer Control & Error Status Register(Offset:11E-11Fh). (6) "1" is written into the MBRE bit(D24 Interrupt Mask Register(Offset:120-123h). (7) Hardware reset by #PCLR = “0”. (8) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:1E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification Read Data Rev. 1.0 02/02/06 CRC16 62 TOTAL PAGE NO ...
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... SREP bit(D0 Card Status Register(Offset:11C-11Dh) (2) "1" is written into the MREP bit(D0 Interrupt Mask Register(Offset:120-123h). (3) Hardware reset by #PCLR = “0”. (4) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:1E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification End bit End bit Rev. 1.0 02/02/06 62 TOTAL PAGE NO ...
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... When read or write processing for an SD card is completed, an interrupt is generated. <In the case of read command> HCLK SDCLK SDCD3-0 #HINT <In the case of write command> HCLK SDCLK SDCMD SDCD0 #HINT TOSHIBA CONFIDENTIAL TC6387XB Specification Data CRC End End bit of Write CRC Status Rev. 1.0 02/02/06 62 TOTAL PAGE NO.21 ...
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... Though the REP2-0 bits(D10-8) are set to 011b(no response), the NTDT bit(D11) is set to 1b(with data). (3) Though the CMD1-0 bits(D7-6) are set to 00b and the CIX bits(D5-0) are set to 001100b(CMD12), the NTDT bit(D11) is set to 1b(with data). HCLK SDCLK HA[7-0] #HWE #HINT TOSHIBA CONFIDENTIAL TC6387XB Specification 0x00 Rev. 1.0 02/02/06 62 TOTAL PAGE NO.22 ...
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... In the case of SD memory Card, the SFUF bit(D5 Buffer Control & Error Status Register(Offset:01E-01Fh) is set to "1". In the case of SDIO Card, the SFUF bit(D5 Buffer Control & Error Status Register(Offset: 11E-11Fh) is set to "1". TOSHIBA CONFIDENTIAL TC6387XB Specification 0x30 Rev. 1.0 02/02/06 62 TOTAL ...
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... SFOF bit(D4 Buffer Control & Error Status Register(Offset:01E-01Fh). (2) "1" is written into the MFOF bit(D20 Interrupt Mask Register(Offset:020-023h). (3) Hardware reset by #PCLR = “0”. (4) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:0E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification 0x30 Rev. 1.0 02/02/06 62 TOTAL ...
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... SCTO bit(D6 Buffer Control & Error Status Register(Offset:11E-11Fh). (2) "1" is written into the MCTO bit(D22 Interrupt Mask Register(Offset:120-123h). (3) Hardware reset by #PCLR = “0”. (4) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:1E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification …… 640(SD memory) 64(SDIO) Rev ...
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... SD memory card> HCLK SDCLK SDCMD Setting time in RTO3-0 bits SDCD0 #HINT <In the case of SDIO card> HCLK SDCLK CLK32 SDCMD SDCD0 #HINT TOSHIBA CONFIDENTIAL TC6387XB Specification Setting time in TO3-0 bits Rev. 1.0 02/02/06 62 TOTAL PAGE NO.26 ...
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... SDTO bit(D3 Buffer Control & Error Status Register(Offset:11E-11Fh). (2) "1" is written into the MDTO bit(D19 Interrupt Mask Register(Offset:120-123h). (3) Hardware reset by #PCLR = “0”. (4) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:1E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification CRC End Setting time in RTO3-0 bits CRC ...
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... NRCS bit(D20 Error Detail Status Register(Offset:02C-02Fh) are set to "1". In the case of SDIO Card, the SDTO bit(D3 Buffer Control & Error Status Register(Offset:11E-11Fh) and the NRCS bit(D20 Error Detail Status Register(Offset:12C-12Fh) are set to "1". TOSHIBA CONFIDENTIAL TC6387XB Specification RTO3-0 bits TO3-0 bits Rev. 1.0 02/02/06 ...
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... Memory Card Option Setup Register(Offset:128h) in the form of a multiple number of the CLK32 period. <In the case of SD memory card> HCLK SDCLK SDCMD Setting time in RTO3-0 bits SDCD0 #HINT TOSHIBA CONFIDENTIAL TC6387XB Specification End bit of Write CRC Status Rev. 1.0 02/02/06 62 TOTAL PAGE NO.29 ...
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... MDTO bit(D19 Interrupt Mask Register(Offset:120-123h). (3) Hardware reset by #PCLR = “0”. (4) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:1E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification Setting time in TO3-0 bits End bit of Write CRC Status Rev. 1.0 02/02/06 ...
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... NWCS bit(D21 Error Detail Status Register(Offset:02C-02Fh) are set to "1". In the case of SDIO Card, the SDTO bit(D3 Buffer Control & Error Status Register(Offset:11E-11Fh) and the NWCS bit(D21 Error Detail Status Register(Offset:12C-12Fh) are set to "1". TOSHIBA CONFIDENTIAL TC6387XB Specification Write CRC Status RTO3-0 bits Write CRC Status TO3-0 bits Rev ...
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... SDTO bit(D3 Buffer Control & Error Status Register(Offset:11E-11Fh). (2) "1" is written into the MDTO bit(D19 Interrupt Mask Register(Offset:120-123h). (3) Hardware reset by #PCLR = “0”. (4) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:1E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification Rev. 1.0 02/02/06 62 TOTAL PAGE NO.32 ...
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... SEND bit(D2 Buffer Control & Error Status Register(Offset:11E-11Fh). (2) "1" is written into the MEND bit(D18 Interrupt Mask Register(Offset:120-123h). (3) Hardware reset by #PCLR = “0”. (4) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:1E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification End bit Error factor Rev. 1.0 02/02/06 Notes ...
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... CRC error interrupt + Interrupt Assert Condition If the CRC value for the response, read data or CRC status received from the card does not agree with the value internally calculated by TC6387XB, an interrupt is generated HCLK SDCLK SDCMD SDCD3-0 #HINT + Factor Evaluation Method In the case of SD memory Card, the SCRC bit(D1 Buffer Control & Error Status Register(Offset:01E- 01Fh) and the WCRCE bit, RCRCE bit, SCRCE bit and CCRCE bit(D11- Error Detail Status Register(Offset:02C-02Fh) are set to " ...
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... SCIX bit(D0 Buffer Control & Error Status Register(Offset:11E-11Fh). (2) "1" is written into the MCIX bit(D16 Interrupt Mask Register(Offset:120-123h). (3) Hardware reset by #PCLR = “0”. (4) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:1E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification Abnormal End bit Rev. 1.0 02/02/06 62 TOTAL PAGE NO ...
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... ILFSL bit(D13 Buffer Control & Error Status Register(Offset:11E-11Fh). (2) "1" is written into the IFSMSK bit(D29 Interrupt Mask Register(Offset:120-123h). (3) Hardware reset by #PCLR = “0”. (4) Software reset by writing "0" into the SRST bit(D0 Software Reset Register(Offset:1E0h). TOSHIBA CONFIDENTIAL TC6387XB Specification 0x00 Write data or Read data 0x00 Rev. 1.0 02/02/06 ...
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... The CINT0 bit(D12) of Card Interrupt Control Register(Offset:136h) is set to "1". +De-asserting Method (1) "0" is written into the CINT0 bit(D12) of Card Interrupt Control Register(Offset:136h). (2) "1" is written into the CIMSK0 bit(D8) of Card Interrupt Control Register(Offset:136h). (3) Hardware reset by #PCLR = “0”. TOSHIBA CONFIDENTIAL TC6387XB Specification Rev. 1.0 02/02/06 62 TOTAL PAGE NO.37 ...
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... Card Slot Power Supply Control TC6387XB is designed to provide connection with MIC2563(Power Supply Control LSI).The following suggests applicable circuits: System Power Supply 3.3V TC6387XB SDPWR 4.6.1 SD Card Slot Power Supply Controller Power supply for SD Card is controlled by configuring Power Control Register 2(Config Offset 49h) after detecting SD Card insertion ...
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... SDCLK=HCLK/8 01h : SDCLK=HCLK/4 00h : SDCLK=HCLK/2 In addition, TC6387XB holds a function that SDCLK can have same frequency as HCLK. In this case, D7-0 settings of SD Card Clock Control Register (Offset:024h)becomes invalid setting. * Set D0 of Clock Mode Register (Config Offset:42h) to 1b. * Set D15 of SD Card Clock Control Register (Offset:024h) to 1b. ...
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... Suspension TC6387XB executes buffer-off for Input Signals from Host interface and SD Card by asserting #SUSPEND. Phase I VCC #PCLR X X #SUSPEND Register Clear X (Internal) HCLK * Phase I: Immediately after the power is turned ON, #PCLR indicates "L" whereas #SUSPEND indicates "H". All the circuits are cleared in this state. ...
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... HA10 D6 HA9 C8 HA8 C7 HA7 B8 HA6 A8 HA5 A7 HA4 C6 HA3 B6 HA2 B5 HA1 A6 * This signal is not controlled by #SUSPEND signal. The state before suspend mode (#SUSPEND=high) is held. TOSHIBA CONFIDENTIAL TC6387XB Specification IO State NAME IO Hi-Z #HCS IO Hi-Z #HOE IO Hi-Z #HWE IO Hi-Z #HBEL IO Hi-Z #HBEH IO Hi-Z HRDY ...
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... Pull-up/down Resistance PULL- UP/DOWN Resistance installed for each interface in TC6387XB. Be aware that Resistance Values (described "Res. Val." in the following tables) indicated in the following tables are provided only for references. 4.10.1 Host Interface Pull-up/ NAME Pin IO Pull-down HRDY F2 O Pull-up (OD) 4 ...
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... Connection example of SD Card socket It is shown that total 10 signal connections example of TC6387XB which have 9 signals of SD card interface and 1 signal of a power supply control for SD card. As for our company, using FPS009-3000 of theYAMAICHI Company did a movement confirmation of the SD card. An outside pull-up/down resistance that is mentioned on an item of the "4.10 Pull-up/down resistance" ...
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... Absolute Maximum Ratings 5.2 DC Characteristic 5.2.1 Recommended Conditions for proper performances Symbol Vcc Supply Voltage for Core Logic Topr Ambient Temperature under bias TOSHIBA CONFIDENTIAL TC6387XB Specification Min Max -0.3 5.0 -0.3 Vcc+0.3 -0.3 Vcc+0.3 ...
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... Input Low Voltage Iilk Input Leakage Current Voh Output High Voltage Vol Output Low Voltage Note1-1: Applied for HD[15-0] ,HA[11-1], #HCS, #HOE, #HWE, #HBEL, #HBEH pins Note1-2: Applied for HD[15-0], HRDY pins TOSHIBA CONFIDENTIAL TC6387XB Specification Min Max 0.8Vcc - - 0.2Vcc -10 10 2.4 ...
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... SD Card Power Supply Control DC Characteristic SD Card Power Supply Control DC Characteristic: 3.3V Operation (Vcc =3.0-3.6V, Ta=0-70degree C) Symbol Parameter Voh Output High Voltage Vol Output Low Voltage Note2-5 Applied for SDPWR pin TOSHIBA CONFIDENTIAL TC6387XB Specification Min Max 0.7Vcc Vcc+0.3 Vss-0.3 0.175Vcc 0.8Vcc - - 0.2Vcc ...
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... Note3-2 Applied for #HINT pin 5.2.6 TEST Pin DC Characteristic TEST Pin DC Characteristic (Vcc =3.0-3.6V, Ta=0-70degree C) Symbol Parameter Vih Input High Voltage Vil Input Low Voltage Iilk Input Leakage Current Note4-1 Applied for TST[2:0] pins TOSHIBA CONFIDENTIAL TC6387XB Specification Min Max 0.8Vcc - - 0.2Vcc - 0.4 Min Max 0 ...
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... Power Supply Current Symbol Parameter Iccstd 1 Power Supply Current, Standby Iccstd 2 Power Supply Current, Standby IccSD/M Power Supply Current, MC Operating SD Card or MultiMedia Card TOSHIBA CONFIDENTIAL TC6387XB Specification Min Typ Max T.B.D Rev. 1.0 02/02/06 Unit Condition uA HCLK=0, CLK32=0 VCC=3.6V #SUSPEND=low uA HCLK=0, CLK32=32KHz VCC=3 ...
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... Symbol HCLK Tcyc CLK cycle time Thigh CLK High time Tlow CLK Low time t1d HCLK Rising Time t1e HCLK Falling Time HCLK Timing HCLK TOSHIBA CONFIDENTIAL TC6387XB Specification Parameter Min Tcyc Tlow Thigh t1e t1d Rev. 1.0 02/02/06 Max Unit Notes ∞ ...
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... Trst Reset active time after power stable Trst-clk Reset active time after CLK stable #PCLR Reset Timing POWER 0.8Vcc #PCLR 0.2Vcc HCLK TOSHIBA CONFIDENTIAL TC6387XB Specification Min Max 1 1 0.8Vcc Trst Trst-clk 0.8Vcc 0.2Vcc #PCLR Reset Timing #PCLR Reset Timing Rev ...
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... B. Internal wait mode method(ie. use CPU generated wait time): Please input #HOE/#HWE signal using enough pulse width, which should be 16HCLK minimum. If this has been applied, HRDY signal is not necessary for TC6380AF register read/write operations. TOSHIBA CONFIDENTIAL TC6387XB Specification Parameter after #HOE ...
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... HA[11:1] #HBEL, #HBEH #HOE t1 HRDY HD[15:0] thos1 #HCS HA[11:1] #HBEL, #HBEH #HWE t2 HRDY tpd0 HD[15:0] TOSHIBA CONFIDENTIAL TC6387XB Specification thos2 thos3 A0 thoh3 twl1 twh1 tw1 tos1 D0 tpdh1 thos2 thos3 A0 twl2 thoh3 twh2 tw2 thoh1 D0 Rev. 1.0 02/02/06 thoh2 thos4 ...
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... Clock High time Ttlh Clock fall time Tthl Clock rise time Tisu Input set-up time Tih Input hold time Todly Output delay time SD Card Interface Signals Timing SDCLK (output) INPUT OUTPUT TOSHIBA CONFIDENTIAL TC6387XB Specification Parameter Min 0.75Vcc Twl 0.125Vcc Tthl Vil=0 ...
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... CLK32 Tcyc32 CLK cycle time Thigh32 CLK High time Tlow32 CLK Low time t1d32 CLK32 Rising Time t1e32 CLK32 Falling Time CLK32 Timing CLK32 t1e32 TOSHIBA CONFIDENTIAL TC6387XB Specification Parameter Min Tcyc32 Tlow32 Thigh32 t1d32 Rev. 1.0 02/02/06 Max Unit Notes ∞ ...
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... SD card. 6.2 Regarding controlling Stop Clock Control Register Stop Clock Control Register(Config Offset:40h) is used to control internal clocks of TC6387XB. When you would set this register, you could not set different values between EMCK3 bit(D2) and EMCK1 bit(D0). TOSHIBA CONFIDENTIAL TC6387XB Specification Rev ...
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... Package outline TOSHIBA CONFIDENTIAL TC6387XB Specification A1 pin Rev. 1.0 02/02/06 62 TOTAL PAGE NO.56 ...
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... Appendix A TC6387XB function confirmation with standard memory interface TOSHIBA connected TC6387XB board to MN1A7T0200 board manufactured the COMPUTEX corporation. Then , TOSHIBA confirmed to the function of SD memory Card and MMC. The following indicates these circuits. MN1A7T0200 board CPU （ （ （ （ ARM7） ） ） ） ...
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... TOSHIBA deal with these mode by controlling #HCS, #HWE, #HRE, #HBEH, #HBEL, HA[11:1], HD[15:0] and HRDY with using FPGA LSI mounted to TC6387XB board. External wait access of 16 bit and 8 bit were realized by shifting address bits against external wait access of 32 bit from MN1A7T0200 board. These access(*3) can be switched by FPGA register ...
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... A.3 The wiring image of 16bit internal wait mode In 16 bit internal wait mode, the connection of MN1A7T0200 board and TC6387XB is as following. MN1A7T0200 board FNCS[3] FA[23] FA[22] FA[21] FA[20] FNWE[1] FNWE[0] FNRE FA[0] FA[11] FA[10] FA[9] FA[8] FA[7] FA[6] FA[5] FA[4] FA[3] ...
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... A.4 The wiring image of 16bit external wait mode In 16 bit external wait mode, the connection of MN1A7T0200 board and TC6387XB is as following. MN1A7T0200 board access to TC6387XB board with 32 bit. MN1A7T0200 board FNCS[3] FA[23] FA[22] FA[21] FA[20] FNWE[1] FNWE[0] FNRE FA[1] FA[12] FA[11] ...
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... TST0 RSV2 RSV1 RSV0 3.3V SDVCC * : Change the resistance value to be 33k in case one uses MMC. TOSHIBA CONFIDENTIAL TC6387XB Specification HOST I/F (33pin) TC6387XB SD Card Power SD Card I/F (9pin) Control Pin (1pin) Please check the chapter 4.6 application circuit. SD Card Socket ...
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... TOSHIBA for any infringements of patents or other rights of the third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of TOSHIBA or others. The information contained herein is subject to change without notice. TOSHIBA CONFIDENTIAL TC6387XB Specification Rev. 1.0 02/02/06 62 TOTAL ...