background image

 

                           

                          

  

          

        

                     5      

 

Terminal Layout

Terminal Layout

Terminal Layout

Terminal Layout    

 

 

Figure 2 Terminals Layout – top view

 

 

J1 

J2 

Pin 

Main 

Function 

Alternate Function 

Pin 

Main 

Function 

Alternate Function 

P0.0/BOOT0 

TIM0_OC1 

VCC 

P0.29 

TIM1_TI1 / ADC_IN8 

GND 

P0.28 

TIM1_OC1 

3.3V 

P0.21 

UART1_TX (remappable 

to P0.15) 

GND 

P0.20 

UART1_RX (remappable 

to P0.14) 

NC 

P1.19 

USART1_RTS / CANTX 

TIM1_ETR / USBDP 

NC 

JTCK 

P1.18 

NC 

JTDO 

P1.17 

NC 

JTDI 

P1.16 

UDP_PUP 

10 

#NJTRST 

10 

DF_CS 

11 

RTCK 

P0.13/ 

UART0_RTS/UART2_TX 

11 

P0.2 

TIM2_OC1 / ADC_IN0 

12 

P0.12 

UART2_RX / 

UART0_CTS / 

ADC_IN2 / SMI_CS1 

12 

P0.1 

TIM0_TI1 / MCO 

13 

P0.11/BOOT1 

UART0_TX / SMI_CS2 

13 

P0.3 

TIM2_TI1 / ADC_IN1 

14 

P0.10 

UART0_RX / SMI_CS3 

14 

P1.12 

ADC_IN13 

15 

P0.9 

I2C_SDA 

15 

P1.5 

PWM3 

16 

P0.8 

I2C_SCL 

16 

P1.4 

PWM3N / ADC_IN9 

17 

P1.11 

UART0_RTS/ADC_IN12 

17 

P1.7 

PWM2 

18 

P0.19 

USB_CK / 

SSP1_NSS / ADC_IN4 

18 

P1.6 

PWM2N / ADC_IN10 

19 

P0.18 

SSP1_MOSI 

19 

P1.9 

PWM1 

20 

P0.17 

SSP1_MISO / ADC_IN3 

20 

P1.8 

PWM1N / ADC_IN11 

21 

P0.16 

SSP1_SCLK 

21 

P0.4 

SMI_CS0 / SSP0_NSS 

22 

V18BKP 

22 

P1.10 

PWM_EMERGENCY 

23 

#NRSTIN 

23 

P0.6 

SMI_DIN / SSP0_MISO 

24 

#NRTSOUT 

24 

P0.5 

SSP0_SCLK / SMI_CK 

25 

P0.14 

CAN_RX 

25 

P1.3 

TIM2_TI2 

26 

P0.15 

CAN_TX 

26 

P1.7 

PWM2 

    

Summary of Contents for MMstR75xFR

Page 1: ...totyping Boards m i lers Starter Kits Em bedded W eb 51 AVR ST PIC m icrocontrol Speed In System s program m e rocontrollers Starter Kits Em be ards for 51 AVR ST PIC m ic PC B designing Evaluation Bo ollers M icroprocesor system s rs for AVR PIC ST m icrocontrl dded W eb Serw ers Prototyping m ers for AVR PIC ST m icroco H igh Speed In System program controllers ethernet controllers Boards M inim...

Page 2: ...ction 9 3 3 3 3 Evaluation Board Evaluation Board Evaluation Board Evaluation Board 10 4 4 4 4 Specifications Specifications Specifications Specifications 11 5 5 5 5 Technical Assistance Technical Assistance Technical Assistance Technical Assistance 11 6 6 6 6 Guarantee Guarantee Guarantee Guarantee 11 7 7 7 7 Assembly Drawings Assembly Drawings Assembly Drawings Assembly Drawings 12 8 8 8 8 Dimen...

Page 3: ...AG connector and we can start loading 128kBytes of Flash memory of the microcontroller Through integration of the peripherals with the microcontrollers on one board the application of this module can lead to a shorter design period and facilitate the construction of systems based on ARM microcontrollers by eliminating the need to design the printed board The module is supplied with example softwar...

Page 4: ...k Diagram A block diagram of MMstr75xFR minimodule is shown on the image below Figure 1Block Diagram of MMstr75xFR Minimodule Minimodule can be ordered in different configurations with use of selector MMstr75xFR f d Flash Memory size 0 64kB 1 128kB 2 256kB SerialFlash Memory size 0 brak pamięci 1 8MB ...

Page 5: ...RTCK P0 13 UART0_RTS UART2_TX 11 P0 2 TIM2_OC1 ADC_IN0 12 P0 12 UART2_RX UART0_CTS ADC_IN2 SMI_CS1 12 P0 1 TIM0_TI1 MCO 13 P0 11 BOOT1 UART0_TX SMI_CS2 13 P0 3 TIM2_TI1 ADC_IN1 14 P0 10 UART0_RX SMI_CS3 14 P1 12 ADC_IN13 15 P0 9 I2C_SDA 15 P1 5 PWM3 16 P0 8 I2C_SCL 16 P1 4 PWM3N ADC_IN9 17 P1 11 UART0_RTS ADC_IN12 17 P1 7 PWM2 18 P0 19 USB_CK SSP1_NSS ADC_IN4 18 P1 6 PWM2N ADC_IN10 19 P0 18 SSP1_M...

Page 6: ...peed UARTs with Modem LIN capability 1 USB full speed 12 Mb s interface with 8configurable endpoint sizes Real Time Clock 10 bit 3 75 us A D converters 11 channel Up to 38 I Os Nested interrupt controller with 32 vectors Slow WFI Stop and Standby modes 4 to 8 MHz quartz oscillator Internal 5 MHz RC PLL for CPU clock 2 0 to 3 6 V application supply JTAG interfaces Serial Flash Serial Flash Serial F...

Page 7: ...FR has a built in voltage monitoring circuit built around the DS1818 integrated circuit The circuit generates a RESET signal in case when the supply voltage value is lower than 3V This takes place when the supply voltage is switched on or off when the VCC voltage changes its value from 0 to 3 3 V The guard circuit detects also momentary VCC voltage drops A short duration drop of VCC below 3V cause...

Page 8: ...ge can be also used outside the module if current draw will not exceed 300mA Figure 5 3 3V Voltage Regulator USB USB USB USB D Pull D Pull D Pull D Pull Up circuit Up circuit Up circuit Up circuit USB host recognize presence of device on the bus by sensing pull up on D line MMstr75xFR has built in pull up circuit shown on drawing below Figure 6 USB D Pull Up circuit implementation Pull up is by de...

Page 9: ...is interface are among others step operation full speed operation hardware and software breakpoints inspection and modification of contents of registers and data memories The method of connecting the JTAG connector to the minimodule is shown in the drawing Figure 7 JTAG connection on module JTAG programmer debugger may be found on page ARM cable I http www propox com products t_122 html ...

Page 10: ...10 3 3 3 3 Evaluation Board Evaluation Board Evaluation Board Evaluation Board EVBmm EVBmm EVBmm EVBmm ...

Page 11: ...ical Assistance Technical Assistance Technical Assistance In order to obtain technical assistance please contact support propox com In the request please include the following information a detailed description of the problem 6 6 6 6 Guarantee Guarantee Guarantee Guarantee The MMstr75xFR minimodule is covered by a six month guarantee All faults and defects not caused by the user will be removed at...

Page 12: ...12 7 7 7 7 Assembly Assembly Assembly Assembly Drawings Drawings Drawings Drawings Figure 8 TOP Figure 9 BOTTOM ...

Page 13: ...13 8 8 8 8 Dimensions Dimensions Dimensions Dimensions Figure 10 Top View Figure 11 Side View 9 9 9 9 Schematic Schematic Schematic Schematic ...

Page 14: ...14 ...

Reviews: