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AIR BoosterPack 

– User’s Manual 

 

 

Release Date 11/2/12 

 

2.5.  Using the Demo Application 

The “Simple Application” demo is an example sensor network that passes measured data from 
the Router(s) and/or End Point(s) to the Coordinator. 
 
All nodes configured as a Router periodically (about every 1.5 seconds) read the onboard IR 
Temperature sensor and transmit the value to the Coordinator.  To change the sensor readings, 
simply place a warm (e.g. palm of your hand) or cold (e.g. soda can) object a few inches from 
the sensor.  There is no need to have physical contact between the sensor and the object. 
 
Similarly, all nodes configured as an End Point periodically (about every 3 seconds) read the 
onboard RGB Light sensor and transmit the value to the Coordinator.  To change the sensor 
readings, shine a different color light at the sensor. 
 
After applying power to the nodes they should start communicating within a minute.  When 
communicating, each node blinks an LED. 

Coordinator flashes red LED D1 

Router RGB LED normally green, flashes blue 

End Point RGB LED normally OFF, flashes blue 

 
The Coordinator displays the received data from the Router(s) and End Point(s) in two ways. 

1)  The data is sent out the UART.  All messages received are displayed with details of the 

data transfer in addition to the actual measurements.  The information may be viewed on 
a terminal emulator connected to the LaunchPad USB Virtual COM port.  The port must 
be configured as 9600,8,N,1 for MSP430 and 115200,8,N,1 for Stellaris. 

2)  The measurements are displayed graphically via the onboard RGB LED (BoosterPack 

LED for MSP430, LaunchPad LED for Stellaris). 

a.  Router IR Temperature values are displayed as follows: 

  Blue = Cold 

  Green = Warm (room) 

  Red = Hot 

To select this mode, press the S2 pushbutton (SW1 on the Stellaris LaunchPad) 
one time on the Coordinator.  Red LED D8 should be OFF and yellow LED D9 
should be ON. 

 

b.  The color of light detected by the EndPoint RGB Light Sensor is displayed.  To 

select this mode, press the S2 pushbutton (SW1 on the Stellaris LaunchPad) a 
second time on the Coordinator.  Red LED D8 should be ON and yellow LED D9 
should be OFF. 

 
 

2.6.  AIR A2530 Wiki 

Please visit the AIR A2530 Wiki (

http://www.anaren.com/air-wiki-zigbee

) on the Anaren website 

for details regarding the example applications, Module Interface Specification (i.e. API), and 
general Zigbee® information. 
 

 

 

Содержание A2530E24A

Страница 1: ...Anaren Integrated Radio AIR BoosterPack User s Manual A2530R24A A2530E24A Release Date 11 2 12...

Страница 2: ...THIS PAGE LEFT INTENTIONALLY BLANK...

Страница 3: ...pplication on Stellaris 17 2 4 IMPORTANT Required Radio Setup 19 2 5 Using the Demo Application 20 2 6 AIR A2530 Wiki 20 3 AIR BoosterPack Hardware 21 3 1 Electrical Characteristics 21 3 1 1 Absolute...

Страница 4: ...THIS PAGE LEFT INTENTIONALLY BLANK...

Страница 5: ...each of which contains an AIR radio module with integrated antenna See Table 1 for a listing of the supported BoosterPacks and their operating bands The included AIR BoosterPack software applications...

Страница 6: ...er MCU removed when used with the Stellaris LaunchPad ROHS compliant See AIR Module Users Manual for radio specific features AIR BoosterPack Software Features Texas Instruments ZNP protocol Mesh netwo...

Страница 7: ...ule U6 Radio GPIO Test Points J5 Radio GPIO DIP Switches S4 J2 Test Point Solder Jumpers Sensor LED DIP Switches S3 MCU MSP430 Reset Pushbutton Switch S1 Duplicate of S1 on MSP430 LaunchPad Yellow LED...

Страница 8: ...nnector J1 Test Points Current Sense Amplifier U4 Current Sense Select Jumper JP1 Current Sense Disconnect Jumper JP2 20 Pin DIP Socket MSP430G2553 U5 SPI I2 C Test Points J3 J2 Test Points J2 LaunchP...

Страница 9: ...nchPad Rev1 5 and later change the orientation of the J3 TXD and RXD jumpers to use the HW UART 3 Ensure the VCC jumper is populated on J3 Jumpers RST and TEST also need to be installed when programmi...

Страница 10: ...Page 10 of 45 AIR BoosterPack User s Manual Release Date 11 2 12 Figure 4 Standard Installation MSP430 on BoosterPack Figure 5 Alternate Installation MSP430 on LaunchPad...

Страница 11: ...LaunchPad types i e MSP430 and Stellaris Since the Stellaris microcontroller supports using UART SPI and I2 C at the same time compared to the MSP430G2553 which only has two USCIs the BoosterPack may...

Страница 12: ...IR BoosterPack User s Manual Release Date 11 2 12 Figure 7 BoosterPack with Additional Connectors Installed Figure 8 Stellaris LaunchPad Figure 9 Installed BoosterPack with Additional Connectors Stell...

Страница 13: ...he following procedures Please note that the MSP430 and Stellaris LaunchPad boards each require different drivers 1 Install drivers using the instructions provided with the LaunchPad kit OR 2 Install...

Страница 14: ...oosterPack User s Manual Release Date 11 2 12 b Select which LaunchPad board will be used with the BoosterPack by clicking either the MSP430 button or Stellaris button c Click on the Install LaunchPad...

Страница 15: ...g that later steps may warn about drivers not being signed The installation may be cancelled at this point if you do not want to install unsigned drivers however the USB Virtual COM will be unusable C...

Страница 16: ...ows may provide a Security Warning due to the drivers not being signed Click on Install this driver software anyway to continue installation There may be up to three of these messages due to there bei...

Страница 17: ...s Follow these steps to load the Simple Application demo on each of the Stellaris LaunchPads 1 Plug in one of the Stellaris LaunchPads to a USB port 2 Run the Texas Instruments LM Flash Programmer uti...

Страница 18: ...plug the LaunchPad from the USB port 6 Repeat steps 1 thru 5 above for the SimpleApplicationRouter bin file 7 Repeat steps 1 thru 5 above for the SimpleApplicationEndDevice bin file Alternatively the...

Страница 19: ...he Stellaris devices as described in section 2 3 offers two radio operation options FCC IC for use in US Canada default and ETSI for use in Europe If your location is not covered by either FCC IC or E...

Страница 20: ...blue The Coordinator displays the received data from the Router s and End Point s in two ways 1 The data is sent out the UART All messages received are displayed with details of the data transfer in...

Страница 21: ...age 0 3 3 8 V Voltage On Any Digital Pin 0 3 VDD 0 3 max 3 8 V Input RF Level 10 dBm Storage Temperature Range 40 85 C ESD 2000 V According to JEDEC STD 22 method A114 Human Body Model HBM 500 V Accor...

Страница 22: ...Page 22 of 45 AIR BoosterPack User s Manual Release Date 11 2 12 3 2 Functional Description Figure 11 Hardware Block Diagram...

Страница 23: ...Temperature Sensor U3 The Texas Instruments TMP006 Infrared Thermopile Sensor I2 C measures the temperate of an object without the need to make contact with the object 40C to 125C operating range Plea...

Страница 24: ...river Yellow LED D3 Controlled by MSP430 P2 4 J2 2 active low This LED is shared with the I2 C SCL signal and is only usable when not using I2 C Tri Color LED D4 When using a MSP430 the Tri Color LED...

Страница 25: ...effect which is especially noticeable when the BoosterPacks are operated in a dark environment Figure 12 BoosterPack with Blue LEDs Installed 3 2 6 Switches MCU Reset S1 Duplicate of S1 reset pushbutt...

Страница 26: ...Red and Green LEDs D1 and D2 respectively Does not impact LEDs on the LaunchPad boards ON closed Red and Green LEDs are enabled and may be turned on by driving their control signals high OFF open Red...

Страница 27: ...nging the state of the A2530 GPIO input ON closed Signal is pulled to GND through a 2K Ohm resistor OFF open Signal is floating 2 GPIO1 Provides a method for changing the state of the A2530 GPIO input...

Страница 28: ...module only default 2 Current Sensor measures entire board Table 7 JP2 Jumper Settings Current Sensor Enable Jumper Position Description JP2 Closed Current Sensor analog output connected to MCU defau...

Страница 29: ...Tri Color LED SRDY is a required signal when using a secondary MCU with the A2530 radio module there JP105 should not be modified JP108 can be used to select whether MRDY is tied to MODULE_SS or uses...

Страница 30: ...losed P2 3 SDA SDA MSP430 P2 3 connected to J2 1 default Open MSP430 P2 3 disconnected from J2 1 Table 14 JP107 Jumper Settings SCL Jumper Position LaunchPad Signal Name MSP430 Signal Name Description...

Страница 31: ...a onboard MSP430 Not Connected external LaunchPad MCU J1 5 P1 3 S2 I O Pushbutton Switch connected in parallel with S2 on MSP430 LaunchPad active low J1 6 P1 4 CUR MRDY EXT_CS O Not Used onboard MSP43...

Страница 32: ...aunchPad Green LED Control active high onboard MSP430 O Radio Module SPI Data Output external LaunchPad MCU I Green LED control active high external LaunchPad MCU J2 5 P1 7 MOSI O SPI MOSI onboard MSP...

Страница 33: ...e active low J3 3 VDD O Supply voltage to external device s J3 4 P1 7 MOSI O MOSI output to external SPI slave MCU on LaunchPad or BoosterPack I MOSI input from external SPI master external MCU connec...

Страница 34: ...ins the LEDs and 2K pull down resistors sharing the GPIO signals may be electrically isolated by turning off the S4 DIP switches see Table 5 for more info regarding the DIP switches Table 21 J5 A2530...

Страница 35: ...AIR BoosterPack User s Manual Page 35 of 45 Release Date 11 2 12 3 3 Schematics Figure 13 Schematic Sheet 1...

Страница 36: ...Page 36 of 45 AIR BoosterPack User s Manual Release Date 11 2 12 Figure 14 Schematic Sheet 2...

Страница 37: ...AIR BoosterPack User s Manual Page 37 of 45 Release Date 11 2 12 3 4 PCB Layout Figure 15 PCB Layout Top Layer Figure 16 PCB Layout Inner Layer GND Plane...

Страница 38: ...Page 38 of 45 AIR BoosterPack User s Manual Release Date 11 2 12 Figure 17 PCB Layout Inner Layer Split PWR Plane Figure 18 PCB Layout Bottom Layer...

Страница 39: ...AIR BoosterPack User s Manual Page 39 of 45 Release Date 11 2 12 Figure 19 PCB Layout Top Silkscreen Figure 20 PCB Layout Bottom Silkscreen...

Страница 40: ...Page 40 of 45 AIR BoosterPack User s Manual Release Date 11 2 12 Figure 21 PCB Layout Bottom Layer Mirror Image Figure 22 PCB Layout Bottom Silkscreen Mirror Image...

Страница 41: ...QBC D or equivalent 11 J1 J2 2 CONN SOCKET 10POS 2 54MM SINGLE ROW VERTICAL T H 12 J3 1 NP CONN HEADER 12POS 2 54MM DUAL ROW VERTICAL T H Not populated 13 J4 1 NP CONN HEADER 10POS 1 27MM DUAL ROW VER...

Страница 42: ...SWITCH TACT SPST NO SMD S5 not populated Omron B3U 1000P or equivalent 28 S3 S4 2 SWITCH DIP 4POS 1 27MM SMD 29 U1 1 IC EEPROM 128KBIT 400KHZ 8UDFN Atmel AT24C128C MAHM T 30 U2 1 IC COLOR SENSOR DGTL...

Страница 43: ...AIR BoosterPack User s Manual Page 43 of 45 Release Date 11 2 12 HISTORY Date Author Change Note No Notes 11 2 12 Initial Draft...

Страница 44: ...THIS PAGE LEFT INTENTIONALLY BLANK...

Страница 45: ...Kirkville Road East Syracuse NY 13057 Tel 1 315 432 8909 1 800 411 6596 Fax 1 315 432 8970 Anaren Microwave Europe Inc 12 Somerset House Suite 16 17 Hussar Court Waterlooville Hampshire England P07 7S...

Страница 46: ...Mouser Electronics Authorized Distributor Click to View Pricing Inventory Delivery Lifecycle Information Anaren A2530R24A LPZ...

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