Transcend 80x CompactFlash Card 128MB
Contents
1. HIOWR Transcend Information Inc 5V 3 3V In Schmitt Trigger Pull up IOWR PC Card Memory Mode IOWR PC Card I O Mode IOWR True IDE Mode Transcend 80X CompactFlash Card 5V 3 3V In Schmitt Trigger Pull up OE PC Card Memory Mode OE PC Card I O Mode ATASEL True IDE Mode 5V 3 3V Output 4mA RDY BSY PC Card Memory Mode IREQ PC Card I O Mode INTRQ True IDE Mode 5V 3 3V In Schmitt Trigger Pull up REG PC Card Memory Mode REG PC Card I O Mode REGH True IDE Mode 5V 3 3V In Schmitt Trigger Pull up RESET PC Card Memory Mode RESET PC Card I O Mode RESET True IDE Mode HWAIT 5V 3 3V Output 4mA WAIT PC Card Memory Mode WAIT PC Card I O Mode IORDY True IDE Mode 5V 3 3V In Schmitt Trigger Pull up WE PC Card Memory Mode WE PC Card I O Mode WE True IDE Mode 5V 3 3V In Schmitt Trigger WP PC Card Memory Mode IOIS 16 PC Card I O Mode IOIS16 True IDE Mode Flash interface Pnname in No 100 54 55 56 57 58 Flash Data Bus 0 7 Connect to flash memory FDO FD15 59 60 61 63 66 In Out 3mA pins FDO FD7 67 68 69 70 71 72 Flash Address Latch Enable Connect to flash Out 3mA memory pin ALE Flash Command Latch Enable Connect to flash memory pin CLE Transcend Information Inc 4 Transcend 80X Compac2. attribute memory read and write AC characteristics For the definitions of parameters please refer to CompactFlash Specification Rev 2 1 Parameter Read cycle time Address access time ta CE Card Enable access time ta OE Output Enable access time tdis CE Output disable time from CE tdis OE Output disable time from OE tsu A Address setup time ten CE Output enable time from CE Output enable time from OE Data valid time from address change Write cycle time tw WE Write pulse width trec WE Write recovery time tsu D WEH Data setup time for WE Data hold time Common memory read and write AC characteristics For the definitions of parameters please refer to CompactFlash Specification Rev 2 1 Symbol Parameter ta OE Output Enable access time tdis OE Output disable time from OE Transcend Information Inc 8 Transcend 80X CompactFlash Card Address setup time th A Address hold time tsu CE Card Enable setup time th CE Card Enable hold time tw WT Wait width time tw WE Write pulse time tsu D WEH Data setup time for WE th D Data hold time trec WE Write recover time tv WT OE Wait delay falling from OE tv D WT Data setup for wait release tv WT WE1 Wait delay falling from WE tv WT WE2 WE high from wait release I O access read and wri
3. Transcend 80X CompactFlash Card Description Features The Transcend CF 80X is a High Speed e RoHS compliant products CompactFlash Card with high quality Flash Memory e Single Power Supply 5V 10 or 3 3V 10 assembled on a printed circuit board e Compliant to CompactFlash PCMCIA and ATA standards Support PIO mode 0 to PIO mode 6 Placement Operating Temperature 0 C to 70 C e Storage Temperature 25 C to 85 C e On the fly ECC Transcend e Host Interface 8 16 bit access CompactFlash Flash Interface 8 bit access e Endurance 1 000 000 Program Erase cycles Durability of Connector 10 000 times e MTBF 1 000 000 hours Dimensions 36 40 0 150 1 43 0 005 ee TETT 3 30 0 100 0 13 0 004 p 0 63 0 070 0 02 0 003 Transcend Information Inc 1 Transcend 80X CompactFlash Card Block Diagram POR N_ Program memory N Mask ROM RC OSC MCU Core Data memory Attribute SRAM Memory Data Mux Buffer Interface 08 pel 49 003 S08JSJU USE Buffer Banks Pinouts Pin Identification Pin Pin Pin Pin Pin Pin Name No Name No Name DO D15 Data Bus Bi directional NC RESET MAT INPACK REG DASP IREQ IOIS16 PDIAG RESET CSEL I O Handshaking Input Output D8 INPACK WAIT D9 DASP PDIAG Transcend Information Inc 2 Transcend 80X Compac
4. no liability in connection with the use of this product Transcend reserves the right to make changes in specifications at any time without prior notice Transcend Information Inc 12
5. rcuit GNDA VDDCLK o w 3 3V power for oscillator Ground for analog circuit GNDR 5 a Ground for LDO regulator Electrical specifications Absolute maximum ratings Symbol Vcc Voc Voltage 0 3 to 6 5 VDDPQ Von Voo Voltage 0 3 to 4 6 VDDG VDDQ Vin Vout 0 3 to VCC 0 3 vcr interface All input output voltages Vin Vout 0 3 to VDD 0 3 v Other I O except CF interface Tstg Storage temperature range 25 to 125 Recommended operating conditions Parameter Vcc voltage Vpp voltage Operating temperature DC characteristics oma vo dm nme en Transcend Information Inc 6 Transcend 80X CompactFlash Card High level input voltage for 3 3V domain Low level input voltage for 3 3V domain High level output voltage for 3 3V domain Low level output voltage for 3 3V domain High level input voltage for 5V domain under 3 3V Low level input voltage for 5V domain under 3 3V High level output voltage for 5V domain under 3 3V Low level output voltage for 5V domain under 3 3V High level input voltage for 5V domain under 5V Low level input voltage for 5V domain under 5V High level output voltage for 5V domain under 5V Low level output voltage for 5V domain under 5V Power on reset characteristics V POR Vr BOR Transcend Information Inc 7 Transcend 80X CompactFlash Card CF
6. tFlash Card Host interface Pin Name Pin No 100pin Pin No 128pin Type Function Refer to CF Specification HAO HA10 39 17 20 22 25 27 29 30 33 35 37 20 25 29 33 35 37 38 41 43 45 47 5V 3 3V In Schmitt Trigger HAO HA10 PC Card Memory Mode HAO HA10 PC Card I O Mode HAO HA2 True IDE Mode 5V 3 3V In Out Schmitt Trigger 4mA BVD1 PC Card Memory Mode STSCHG PC Card I O Mode PDIAG True IDE Mode 5V 3 3V In Out Schmitt Trigger 4mA BVD2 PC Card Memory Mode SPKR PC Card I O Mode DASP True IDE Mode 5V 3 3V In Schmitt Trigger Pull up CE1 CE2 PC Card Memory Mode CE1 CE2 PC Card I O Mode Card Enable CSO CS1 True IDE Mode HCSEL 5V 3 3V In Schmitt Trigger Pull up CSEL PC Card Memory Mode CSEL PC Card I O Mode CSEL True IDE Mode 1 2 3 4 5 7 9 HDO HD15 45 47 48 50 11 12 13 42 44 1 2 3 4 5 7 9 11 12 13 50 54 56 59 61 65 5V 3 3V In Out Schmitt Trigger 8mA HDO HD 15 PC Card Memory Mode HDO HD 15 PC Card I O Mode HDO HD15 True IDE Mode HINPACK 5V 3 3V Output 4mA INPACK PC Card Memory Mode INPACK PC Card I O Mode INPACK True IDE Mode HIORD 5V 3 3V In Schmitt Trigger Pull up IORD PC Card Memory Mode IORD PC Card I O Mode IORD True IDE Mode
7. tFlash Card Flash Read Write Enable Connect to flash memory FRE FWE 88 91 Out 3mA pin RE WE 73 74 75 76 80 Flash Chip Enable Connect to flash memory pin Out 2mA 81 82 83 CE FCE8 Flash Chip Enable Connect to flash memory pin Out 2mA FCE15 CE Flash Write Protect Connect to flash memory pin FWP 92 Out 3mA WP Flash Ready BSY signal Connect to flash memory FRDY 87 In pin Ready Busy System interface amp power pins Pnname Pin No 100 Connected to 3 3V to select internal oscillator or SEL_CLK In GND for external clock Connected to 3 3V to select internal power on reset SEL_RST 77 In or GND for external reset em gt ee m oms _ restpn noteoneotea Reset input if reset is provided externally If RESET 97 In SEL_RST is high this pin is connected to GND through a capacitor me en Connected to the same power source as VDDA ROSC Analog In through a resistor to configure oscillator frequency presen mn Repusoro e O O O momser m frestpin comecteato savornc vora wn Powertorcrintertace3avorsv onora 82348 round torr ieres VDDQ 64 85 fay power for flash interface GNDQ 62 84 Me Ground for flash interface Transcend Information Inc 5 Transcend 80X CompactFlash Card VDDC 15 65 fd 3 3V power for core GNDC 6 32 78 Po Ground for core VDD5 52 Power input for LDO regulator 3 3V or 5V 3 3V LDO regulator output VDDA 3 3V power for reset ci
8. te AC characteristics For the definitions of parameters please refer to CompactFlash Specification Rev 2 1 Parameter Data delay after IORD Data hold time following IORD IORD pulse width tsuA IORD Address setup time for IORD thA IORD Address hold time from IORD tsuCE IORD Card Enable setup time for IORD thCE IORD Card Enable hold time from IORD tsuREG IORD REG setup time for IORD Transcend Information Inc 9 thREG IORD Transcend 80X CompactFlash Card REG hold time from IORD tdfINP IORD INPACK delay falling from IORD tdrINP IORD INPACK delay rising from IORD tdflO16 IORD IOIS16 delay falling from address tdrlO16 IORD IOIS16 delay rising from address tdWT IORD Wait delay falling from IORD td WT Data delay from wait rising tsu IOWR Data setup time for IOWR th IOWR Data hold time from IOWR tw IOWR IOWR pulse width tsuA IOWR Address setup time for IOWR thA IOWR Address hold time from IOWR tsuCE IOWR Card Enable setup time for IOWR thCE IOWR Card Enable hold time from IOWR tsuREG IOWR REG setup time for IOWR thREG IOWR REG hold time from IOWR tdWT IOWR Wait delay falling from IOWR tdrlOWR WT IOWR high from wait high tw WT Wait width time True IDE mode I O access read and write AC characteristics For the defini
9. tions of parameters please refer to CompactFlash Specification Rev 2 1 Parameter Transcend Information Inc Cycle time 10 Transcend 80X CompactFlash Card Address valid to IORD IOWR setup IORD IOWR IORD IOWR register 8bit IOWR data setup IOWR data hold IORD data setup IORD data hold IORD data tri state IORD IOWR to address valid hold Read data valid to IORDY active if IORDY initially low after tA IORDY setup time IORDY pulse width IORDY assertion to release Read write timing for NAND type flash For the definition of parameters please refer to Toshiba flash datasheet Parameter FCLE setup time FCLE hold time FCEf setup time FCE hold time FCE high hold time FWE pulse width FALE setup time FALE hold time Transcend Information Inc Data Setup time 11 Transcend 80X CompactFlash Card Data hold time FWE high hold time FWP high to FWE low Ready to FRE Falling edge FRE pulse width FRE high hold time FRE high to FWE low FWE high to FCE low FWE high to FRE low FALE low to FRE low FCLE low to FRE low Above technical information is based on industry standard data and tested to be reliable However Transcend makes no warranty either expressed or implied as to its accuracy and assumes
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