RIGADO BMD-200 Скачать руководство пользователя страница 2

BMD-200 Evaluation Kit User Guide 

August 10, 2016 

 
 

BMD-200-EVAL-UG-V1.4

 

  

Page 2 of 20

 

Table of Contents 

1.  Overview ............................................................................................................................................... 1 

1.1.  Key Features .......................................................................................................................................... 1 
1.2.  Useful Tools ........................................................................................................................................... 4 

2.  Hardware Kit .......................................................................................................................................... 4 
3.  Getting Started ...................................................................................................................................... 5 

3.1.  Evaluation Board with SEGGER J-Link ..................................................................................................... 5 

3.1.1.  Set up tool chain ........................................................................................................................... 5 
3.1.2.  Connect BMD-200 Evaluation Kit to computer .............................................................................. 5 
3.1.3.  Program BMD-200 Evaluation Kit with the S130 Soft Device ......................................................... 6 
3.1.4.  Set up the Application Project ....................................................................................................... 7 

3.2.  Evaluation Board with CMSIS-DAP (mbed) ............................................................................................. 9 

3.2.1.  Connect BMD-200 Evaluation Kit to computer .............................................................................. 9 
3.2.2.  Program BMD-200 Evaluation Kit (Drag and Drop) ........................................................................ 9 

4.  Hardware Description .......................................................................................................................... 11 

4.1.  Power .................................................................................................................................................. 12 
4.2.  Buttons ............................................................................................................................................... 12 
4.3.  LEDs .................................................................................................................................................... 12 
4.4.  Virtual COM Port ................................................................................................................................. 13 
4.5.  Accelerometer ..................................................................................................................................... 13 
4.6.  SPI EEPROM......................................................................................................................................... 14 
4.7.  Ambient Light Sensor........................................................................................................................... 14 
4.8.  32kHz Crystal Oscillator ....................................................................................................................... 14 
4.9.  Current Sensing Header ....................................................................................................................... 15 
4.10. Headers ............................................................................................................................................... 16 
4.11. GPIO Jumpers ...................................................................................................................................... 17 

5.  Schematic ............................................................................................................................................ 18 
6.  BMD-200 Pinout ................................................................................................................................... 19 
7.  Life Support Policy ............................................................................................................................... 20 
8.  Document History ................................................................................................................................ 20 
9.  Related Documents .............................................................................................................................. 20 
 

Table of Figures 

Figure 1 – BMD-200 Evaluation Board (Top View) ............................................................................................. 4 
Figure 2 – Segger J-Link DLL Updater ................................................................................................................. 5 
Figure 3 – nRFgo Studio SoftDevice Window ..................................................................................................... 6 
Figure 4 – Keil Flash Tools Target Window ........................................................................................................ 7 
Figure 5 – Keil Flash Tools C/C++ Window ......................................................................................................... 8 
Figure 6 – Keil Flash Tools Debug Window ........................................................................................................ 8 
Figure 7 – Keil Flash Tools Debug Settings Window ........................................................................................... 9 
Figure 8 – Pin Out and Functions ..................................................................................................................... 11 
Figure 9 – Assembly Drawing (Top View) ......................................................................................................... 11 
Figure 10 – LED Driver Layout & Circuit ........................................................................................................... 13 
Figure 11 – Accelerometer Layout ................................................................................................................... 13 
Figure 12 – LED Driver Layout ......................................................................................................................... 14 
Figure 13 – Ambient Light Sensor Layout ........................................................................................................ 14 
Figure 14 – 32KHz Crystal Oscillator Layout ..................................................................................................... 15 
Figure 15 – Current Sensing Header Layout ..................................................................................................... 15 
Figure 16 – Header Layout .............................................................................................................................. 16 

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Содержание BMD-200

Страница 1: ...Low Energy project The kit can be powered externally via USB or with a CR2032 coin cell battery for portable use USB provides a programming and debug interface J Link or CMSIS DAP as well as communica...

Страница 2: ...nsor 14 4 8 32kHz Crystal Oscillator 14 4 9 Current Sensing Header 15 4 10 Headers 16 4 11 GPIO Jumpers 17 5 Schematic 18 6 BMD 200 Pinout 19 7 Life Support Policy 20 8 Document History 20 9 Related D...

Страница 3: ...ugust 10 2016 BMD 200 EVAL UG V1 4 Page 3 of 20 Figure 17 GPIO Jumper Layout 17 Figure 18 BMD 200 Evaluation Board Schematic 18 Figure 19 BMD 200 Pin out 19 Downloaded from Arrow com Downloaded from A...

Страница 4: ...ces and communication Keil MDK ARM Development Kit A development environment designed for microcontroller applications that enables development using the nRF51 SDK application and example files SEGGER...

Страница 5: ...th step 4 below 2 Download and install the nRFgo Studio from www nordicsemi com eng Products 2 4GHz RF nRFgo Studio 3 Download and install the latest Segger J Link utilities from https www segger com...

Страница 6: ...he Program SoftDevice tab in the pane on the right 4 Click Browse and navigate to the location of the extracted SoftDevice unzipped SDK location components softdevice s130 hex Select the SoftDevice he...

Страница 7: ...e was selected in the previous section select an example that is also labeled for use with S110 3 Open the project file ble_app_hrs_s130_pca10028 uvprojx to start the Keil IDE 4 In the Project drop do...

Страница 8: ...w select J LINK J TRACE Cortex from the upper right hand drop down menu then click Settings The same 9 digit serial number from the nRFgo program should be in the SN field to acknowledge Keil sees the...

Страница 9: ...D6 will turn on indicating the board has power 3 After a few seconds the computer will recognize the board as a standard USB drive named MBED 3 2 2 Program BMD 200 Evaluation Kit Drag and Drop 1 Regi...

Страница 10: ...on board CMSIS DAP compatible programmer Note The BMD 200 can be fully erased by holding down Reset button for 5 seconds After 5 seconds status LED D6 will flash faster while erasing Once the erase pr...

Страница 11: ...Breakout Header Current Sense Header Current Sense Resistor 3 axis I2C Accelerometer Analog Ambient Light Sensor 16kb SPI EEPROM Figure 9 Assembly Drawing Top View Downloaded from Arrow com Downloade...

Страница 12: ...e device to become unrecoverable On the BMD 200 EVAL M the Reset button has three purposes If held while powering on the Evaluation Board it will enter the mbed bootloader mode for updating the mbed p...

Страница 13: ...munication LED D5 will turn on during virtual COM port activity 4 5 Accelerometer The BMD 200 Evaluation Board comes with an on board 3 Axis Accelerometer that communicates over I2C There is one progr...

Страница 14: ...BMD 200 ADC to use the internal band gap reference with input prescaling set to 2 3 will enable measurement for most of the usable light range with the greatest resolution The Ambient Light Sensor is...

Страница 15: ...ving R20 and using a current meter in series with pins one and two The default hardware configuration does not require any modification of the current sense header for the BMD 200 Evaluation Board to...

Страница 16: ...Header Pin Pin Name BMD 200 Pin nRF51 Port Default Function Alternate Function 1 VSYS 3 3V System Power 2 P0 08 20 P0 08 Accel I2C SDA 3 P0 06 17 P0 06 Ambient light ADC 4 P0 05 16 P0 05 Accel I2C SC...

Страница 17: ...erence from connected circuitry The SPI EEPROM is the only device that requires modifying jumpers to communicate with the BMD 200 To connect this the corresponding jumpers must be disconnected from th...

Страница 18: ...from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Downloaded from Arrow com Do...

Страница 19: ...WD IO RESET SWCLK 25 In SW Clock 1 VCC 18 Power 2 1 to 3 6VDC input 2 GND 1 2 3 4 7 10 19 26 27 28 opt Power Electrical Ground Note 1 SWDCLK has an internal 12 k pull down resistor Note 2 An external...

Страница 20: ...SDK 1 4 8 10 16 Updated logo and address on first page 9 Related Documents Rigado Documents BMD 200 DS Module Datasheet BMD 200 AN 1 MAC Address Provisioning Nordic Semiconductor Documents nRF51822 PS...

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