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Flash-64P-M01/M09

Page 

1

Flash-64P-M01/M09

Evaluation Board

Documentation

 

Fujitsu Mikroelektronik GmbH

Rev. 1.1

Содержание Flash-64P-M01

Страница 1: ...Flash 64P M01 M09 Page 1 Flash 64P M01 M09 Evaluation Board Documentation Fujitsu Mikroelektronik GmbH Rev 1 1 ...

Страница 2: ...Flash 64P M01 M09 Page 2 History Revision Date Comment V1 0 10 05 99 New Document V1 1 09 07 99 History Table added on page 2 addendum 1 included in chapter 1 4 2 ...

Страница 3: ...ustomer Concerning the hardware components of the Product Fujitsu Mikroelektronik GmbH warrants that the Product will be free from defects in material and workmanship under use and service as specified in the accompanying written materials for a duration of 1 year from the date of receipt by the customer 2 Should a Product turn out to be defect Fujitsu Mikroelektronik GmbH s entire liability and t...

Страница 4: ...tsu Mikroelektronik GmbH and its suppliers be liable for any damages whatsoever including but without limitation consequential and or indirect damages for personal injury assets of substantial value loss of profits interruption of business operation loss of information or any other monetary or pecuniary loss arising from the use of the Product Should one of the above stipulations be or become inva...

Страница 5: ...4 Configuration of RS232 Interfaces J20 J23 S1 10 1 4 5 Reset Generation J9 J10 11 1 4 6 Configuration of the analog Interface J2 J3 J4 12 1 5 Serial Programming Interface 14 1 6 Related Products 15 1 7 Connectors 16 1 7 1 Edge connectors J16 J17 J18 J19 16 1 7 2 Serial Interface connectors X2 X3 18 1 7 3 Power connector X1 18 2 Installation 19 3 Schematics and Drawings 20 3 1 Top Assembly Flash 6...

Страница 6: ... 3V and 5V environment QFP 64 or DIP 64 package can be used In Circuit serial Flash programming All resources available for evaluation All pins routed to connectors 4MHz main crystal Two UART Interfaces 3V and 5V operating 8 User LEDs Reset Button Two Buttons configurable for external interrupts Prototyping area 1 3 General Description The Flash 64P M01 M09 was designed to support the MB90560 L se...

Страница 7: ...y available Note The pin numbers of the connectors correspond to the pin numbers of the QFP socket only For the DIL package please use the cross reference table at the end of this document The on board line regulator allows to connect a regulated DC input voltage between 7 5V to 12V In case of any modifications of the board the user has to take care for the complete power consumption To avoid any ...

Страница 8: ...ting Logical value ON closed 0 low MD0 S1 1 OFF open 1 high ON closed 0 low MD1 S1 2 OFF open 1 high ON closed 0 low MD2 S1 3 OFF open 1 high Figure 1 S1 DIP switch setting to set the Mode Pins default MD0 1 2 110 single chip mode default S1 7 and S1 8 are used to set the port pins P00 and P01 These two port pins are used to define the serial programming mode if the In Circuit serial programming o...

Страница 9: ...oltage default 2 3 5V 5 25V Power Supply NOTE If the evaluation board is used with the MB90560L or MB90565 series low voltage series the supply voltage for the µC must be switched to Vcc 3 3V Jumper setting J1 Additional it is necessary to connect manually the C Pin to Vcc by a wire Otherwise it could happen that the µC does not work correctly C Pin Connector J 18 pin 57 for QFP package Connector ...

Страница 10: ...rrupts default J8 0N J24 ON To disconnect the low pass filter and the push buttons just remove the corresponding jumper 1 4 4 Configuration of the RS232 Interfaces J20 J23 S1 J20 J23 are used to connnect the two on board serial transceivers to the UART0 and 1 interface of the microcontroller J20 and J21 are used to connect the UART0 interface J22 and J23 are used to connect the UART1 interface The...

Страница 11: ... OFF open No shortcut ON closed Shortcut RTS CTS0 RTS CTS 0 S1 6 OFF open No shortcut Figure 8 S1 DIP switch setting for the Serial Interface default RTS CTS 1 0FF RTS CTS 0 OFF 1 4 5 Reset Generation J9 J10 It is possible to use the DTR line of the UART interfaces to generate a reset for the evaluation board Therfore the jumpers J9 and J10 are used Jumper J9 is used to select whether the DTR line...

Страница 12: ...log interface J2 is used to connect the analog ground AVss to the digital GND J3 is used to connect the analog power supply voltage AVcc to Vcc Via jumper J4 the analog reference voltage AVR can be selected DIP switch setting Description ON closed AVss GND Analog Ground Digital Ground J2 AVss GND OFF open AVss disconnected ON closed AVcc Vcc Analog Voltage Supply Digital Voltage supply Vcc J3 AVcc...

Страница 13: ...nalog ground Avss to the analog interface Otherwise the analog unit will not work correctly If J4 is set to OFF the analog reference voltage AVR is defined by the resistors R5 R6 By default R5 and R6 are not mounted on the board and must be soldered by the user The reference voltage itself can be calculated by AVR AVcc R6 R5 R6 ...

Страница 14: ... of the UART1 interface Setting of the DIP switch S1 S1 S2 S3 S4 S5 S6 S7 S8 ON OFF OFF OFF ON OFF ON ON 4 Power on the board 5 Check that the Reset LED is off Otherwise change the DTR polarity and check the power supply voltage 6 Start the Flash programming software to download the program 7 After downloading and programming of the Flash memory switch off the power supply and set the mode and por...

Страница 15: ... DIP package DIP 64P M01 6 MB90V560CR Evaluation chip for emulator debugger 7 MB90F562LPF Flash Microcontroller 3V version package FPT 64P M09 8 MB90F562LP SH Flash microcontroller 3V version package DIP 64P M01 9 MB90F562PF Flash microcontroller 5V version package FPT 64P M09 10 MB90F562P SH Flash microcontroller 5V version package DIP 64P M01 11 NQPACK 64SB Socket for FPT 64P M09 Tokyo Eletech C...

Страница 16: ...he connectors correspond to the QFP 64 package only For the DIP package use the following cross reference table Connector Pin cross reference table for QFP 64 and DIP 64 package Connector J16 J18 J17 J19 µC Pin QFP 64 µC Pin DIL 64 1 1 P45 PPG4 9 P45 PPG4 2 2 P46 PPG5 10 P46 PPG5 3 3 P50 AN0 11 P50 AN0 4 4 P51 AN1 12 P51 AN1 5 5 P52 AN2 13 P52 AN2 6 6 P53 AN3 14 P53 AN3 7 7 P54 AN4 15 P54 AN4 8 8 ...

Страница 17: ... 49 P20 TIN0 42 42 P21 TO0 50 P21 TO0 43 43 P22 TIN 51 P22 TIN 44 44 P23 T01 52 P23 T01 45 45 P24 IN0 53 P24 IN0 46 46 P25 IN1 54 P25 IN1 47 47 P26 IN2 55 P26 IN2 48 48 P27 IN3 56 P27 IN3 49 49 VSS 57 VSS 50 50 P30 RTO0 58 P30 RTO0 51 51 P31 RTO1 59 P31 RTO1 52 52 P32 RTO2 60 P32 RTO2 53 53 P33 RTO3 61 P33 RTO3 54 54 P34 RTO4 62 P34 RTO4 55 55 P35 RTO5 63 P35 RTO5 56 56 VCC 64 VCC 57 57 C 1 C 58 5...

Страница 18: ...nal is used as an input which can be connected to generate a reset 1 7 3 Power connector X1 The following figure shows the power connection jack X1 This connector is used to connect an external regulated DC power supply voltage 7 5V 12V DC to the evaluation board It is recommended to use 7 5V to keep the power dissipation to a minimum Otherwise an additional heat sink for the linear voltage regula...

Страница 19: ...e seen Furthermore a welcome string is continously output on both UART channels The in circuit programming allows the user to program it s own application into the Flash memory How to program the Flash memory is described in chapter 1 5 Serial Programming Interface If the board is used as an emulator target board switch off the power supply and remove the microcontroller from the socket Now the pr...

Страница 20: ...Flash 64P M01 M09 Page 20 3 Schematics and Drawings 3 1 Top Assembly Flash 64P M01 M09 evaluation board 3 2 Schematics of Flash 64P M01 M09 evaluation board ...

Страница 21: ...Flash 64P M01 M09 Page 21 ...

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