PMePV6000 user manual
Contents
1. ELAN MICROELECTRONICS CORP PMePV6000 user manual FOR ePV Series Version 1 5 Date 2005 01 24 ELAN MICROELECTRONICS CORP No 12 Innovation 1 RD Science Based Industrial Park Hsin Chu City Taiwan R O C TEL 03 5639977 FAX 03 5780617 PMePV6000 VED Controller ICE TOP VIEW EALA D e O oO O19 DOO DOB B a p o a Bin C2 caci CEJC3 1 fe T CUTER TEP 68mm kan ap E sE fa E i Pa J Pa 6 e 8 6 6 6 6 Wa da ce 13 Camne C JIi 5 a 6 a TE r6d o 56d S6d 2 26d 95mm 1 Installation must be Authorized by EMC 2 Power on the E8 ICE before executing the control software or an error message due to lack of hardware will appear 3 E8 ICE uses the printer port to communicate with host PC If a user wants to use the printer it is recommended to install another printer port 4 Power on switch located on the left side of ICE box By switching left or right side to turn off or turn on the ICE power 5 Printer port and the adapter locate on the right side The ICE connects to personal computer by printer port The adapter connects to the power Be sure turn power off of ICE before plug in the adapter for avoiding over current which may be burn the chip off 6 On the top sight we have two connections and one ePVZ6300 Romle2. m pin pin PO JP3 6 GR6 P6E 16 GR16 P16 SG13 26 P22 SG7 KS7_ g GR8 P8 18 GR18 P18 SG11 KS11 28 P20 SG9 KS9 9 GR9 P9 SG20 19 GR19 P19 SG10 KS10 _ 29 INC mpi J GPIOBS 54 INC oO eee GPIO9 0 4 Aje EN N C GPIOC O 56 VDD GPIOBO A GPioBt 50 INC BV N gt AJA CO 00 NID 0 AIN lt osco g z O no O AN 4 CRYSTAL iE C ePVZ6300 32 768KHz C1 a Eee RESED VFD CONNECT bing JP8 VDD 2 we 2 5 mm KE VSS PLLC CDO Cig VEE 0 1uf C12 100uF 100v L1 SMD 0805 VDD lt AVDD ws 4 I C4 C5 L2 4 7u F 16v 0 1uf Mia JP6 vss gt lt AVSS HOLD i ENPC 1 C7 C6 JP5 JP7 VDD 68uF 16v 0 1uf Ld an bond a i O a ge 2 VSS 3 VSS 3 vss gt This specification is subject to change without further notice 01 24 2005 V1 5 2
3. ss chip and some switches The JP1 and the JP2 connect to the second layer of ICE for the code instruction accessing The JP3 and JP4 are more important for ICE user They are the ePVZ6300 control signal and I O ports ICE user can connect these connections to user s application board The connections are list in Table 1 1 7 The U1 is ePVZ6300 Romless chip The U2 is a 32K bytes ROM for on board testing one day by piggyback If user have developed application code by this ICE User can use PIGGYBACK user can buy from EMC to connect to user s application board with 32K bytes EPROM 27c256 To verify user s program 8 The D1 is a LED that indicate power is on or off 9 X1 is 32 768k crystal C1 and C2 is capacitor 27p C3 is PLL capacitor 0 01u 0 047u 10 ICE setup 1 JP4 open 2 JP5 connect to VDD 3 JP6 open 4 JP7 connect to VDD or GND 11 PIGGYBACK setup 1 JP5 connect to GND 2 JP4 short 3 JP8 exterior power connect 4 JP7 connect to VDD or GND 5 U2 gt 32k bytes EPROM 27C256 User can use file MIX which generate by WICE for masking EPROM The mix file is a binary file and addressing from zero 12 Run WICE software to enter ICE environment 13 Power up the VDD pin of the simulator first and then VEE pin 14 VEE pin must connect to HV or short to GND This specification is subject to change without further notice 01 24 2005 V1 5 l Pz PMePV6000 VED Controller Table 1 ICE Connection pp
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