ICE807 User manual
Contents
1. 0 Js Please always set thisjumpto2 3 O S O J Please always set thisjumpto2 3 O S O I Please always set thisjumptod 2 S O J8 J Please always set thisjumptod 2 S O JI Please always set thisjumptod 2 S O JO f Please always set thisjumptod 2 S O JI Please always set this jump to 1 2 H2 Please always set this jump to 1 2 ELAN Development Reference III Pin Description Please note that the pin assignment of JP3 JP4 and JP5 are different to ICES07C __ Pin Name Pin Name Pin Name Pin Name Pin Name JP3 1 GND nun INC j 21 NC L SEGO 2 GND 12 NC J 22 JNC 32 SEGI 3 DEDD 13 NC _ 23 COMO0 J 33 SEG 9 4 _ CDAO1 14 NC 24 COMI 34 SEG 5 NC 15 NC 25 COM2 35 SEG 6 CDAO2 16 NC 26 COM3 36 SEGS 7 NC 17 NC 27 COMJ4 P90 37 SEG6 8 INC J 18 NC 28 COM5 P91 38 SEG 3 RING P95_ 15 o COM6 P92 139 SEGB 10 TIP P94 20 NC 30 COM7 P93 40 SEGO JP4 2 VDD 12 P73 22 SEG32 P65 32 42 SEG12 P51 5 NC I15 SEG39 P97 25 SEG29 P85 35 SEGI9 PS3 6 NC 16 SEG38 P96 26 SEG28 P84 36 SEGIS P22 7 NC 17 SEG37 P77 27 SEG27 P63 37 SEGI7 PS1 8 NC 18 SEG36 P76 28 SEG26 P62 38 SEG16 P80 9 P74 9 SEG35 P75 29 SEG25 P61 39 SEGI5 P87 10 N2. C 20 SEG34 P67 30 SEG24 P60 40 SEG14 P53 JP5 1 GND 9 VRAI LI VRA4 25 VRDS 33 RC4AM 2 GND J 10 VRAU 18 VRA3 26 VRD4 34 PD 5 VRAI6 13 VRAB 21 VRA0 29 VRDI 6 VRAIS 14 VRA7 22 NC 30 VRD 7 VRAI14 JIS VRAG 23 VRD7 31 VRRD 8 VRAI3 16 VRAS j24 VRD6 32 VRRW JP5 pin description VRAO VRA18 O External voice ROM address VRDO VRD7 External voice ROM data bus VRRD External voice ROM reading signal Normal high When you read voice ROM it will generate a low pulse a instruction long VRRW External voice ROM writing signal Normal high When you write voice ROM it will generate a low pulse a instruction long I Power down control of RC 4MHz oscillator When PD is high the output pin RC_4M has 4MHz oscillating frequency output when PD 1s low RC oscillator is disabled This pin is normal low RC_4M O RC 4MHz oscillator output It is enabled disable by PD input pin
3. Seen TARIAN ERIS ELAN MICROELECTRONICS CORP an ICES07 User manual for EM78807 Version 1 2 ELAN MICROELECTRONICS CORP No 12 Innovation 1 RD Science Based Industrial Park Hsin Chu City Taiwan TEL 03 5639977 FAX 03 5630118 Elan SA2 ELAN Development Reference I Introduction ELAN IN CIRCUIT EMULATOR is intended to provide the product development engineer a powerful microcontroller design tool suit ICE807 is a simulation tool for developing EM78807 Power Adaptor w H a p Reset Buttom SS NES EN NM EN Of EM d ICES07 feo EE Y T WIT mmm TTE PIE OTT IT OUT DO AE PS FESS EEE KENAN SKI KA PRR ToL Rene og af LEUR SS e e e e 429 e e e mm me P 20 SICHT NAN DANA iL d i oua ah itin dd EUT ELETEYI UE Wm HH HH Ue ETE TUNN ATUN ANAA TITIKAN LLL LCP OUT E de 3 ipadad sana WS ba i my a r r mm m NM WE WW WW MM MU MM NI NM Viz Tp n Jl Jo Ho J1 J2 2 J3 JA JS J6 JT J8 1 Power on the ICE before executing the control software or an error message due to lack of hardware will appear 2 ICES07 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 3 Power on switch located on the right side of GIC box By switching left or right side to turn off or turn on the ICE power Please note that the operatio
4. n voltage of ICES07 is 3 6V it is necessary to open the jump on the top side of GIC for setting ICE operation voltage to 3 6 V 1 ELAN Development Reference Open this jump for setting ICE operation voltage to 3 6V UM M WADUH ANAA HA 4 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 5 On the top sight of ICE807 we have five connections one EM78R807 ROM less chip and some switches The JP1 and the JP2 connect to the GIC of ICE for the code instruction accessing The JP3 and JP4 is more important for ICE user they are the EM78R807 control signals and I O ports ICE user can connect these connections to user s application board 6 The Ul is EM78R807 ROM less chip User can use this ROM less IC to develop EM78807 The U2 and U3 are 32K 64K words ROM for on board testing one day by piggyback If user has developed application code by this ICE User can use PIGGYPACK to connect to user s application board with 32K 64K bytes EPROM 27C256 27C512 to verify user s program 7 The U4 can be placed a 512K bytes EPROM 27C040 for external voice ROM JP5 can be connected a 512K bytes SRAM for external voice ROM 8 The D1 is a LED that indicate power is on or off 9 X1 is 32 768k crystal C1 and C2 is capacit
5. or 27p C3 is PLL capacitor 0 01u 10 ICE setup a Connect ICE807 to GIC b U2floating c U3 floating 11 PIGGYBACK setup a Disconnect CE807 from GIC b gt U2 connect to a 32K 64K x8 EPROM 27C256 27C512 with o file for mimicking program ROM with low 8 bit data c U3 connect to a 32K 64K x8 EPROM 27C256 27C512 with hi file for mimicking program ROM with high 5 bit data d VDD gt 3 6V power supply User can use files hi and lo which generate by WICE software Tools gt Piggy back Hi Lo format for masking EPROM The i and o file are binary files and addressing from zero 12 Run WICE software to enter ICE environment ELAN Development Reference II Jump Description Symbol Function Description JP1 JP2 ICE interface Connect to ICE JP3 JP4 Connect to user application board JP5 External memory Connect to external SRAM for simulating voice ROM interface WE EN It mimicked to embedded low 8 bit program ROM It mimicked to embedded high 5 bit program ROM ERS Plesealwayssethisjumpto1 O O J3 POVD option Power on voltage detector reset This option simulates the code option of EM78807 1 2 disable POVD 2 3 enable POVD Current DA reference current control option This option simulates the code option of EM78807 1 2 set to 0 mA when IOCS PAGE bit Bit 3 Bit O VOL3 VOLO 0 2 3 set to 0 3125 mA when IOC5 PAGE bit Bit 3 Bit 0 VOL3 VOLO
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