STEVAL-IFS009V1 SPZB250 module for the STR9 dongle Data brief Features SPZB250 radio communication module based on the SN250 ZigBee network processor LIS302DL digital MEMS in LGA14 package (optional). It can be accessed by the ZigBee 2 network processor through an I C bus STLM75 temperature sensor or compatible device in SO-8 package (optional). It is connected to the ZigBee network processor 2 through an I C bus 2 Digital interfaces: one I C and one SPI interface which can be used indifferently by the SN250 ZigBee network processor to interface STEVAL-IFS009V1 with the STR9 dongle Supply voltage The SN250 integrates a 2.4 GHz IEEE 802.15.4- The extension board can be supplied externally compliant transceiver with a 16-bit XAP2b from the STR9 dongle or internally by an on- microprocessor. It features embedded Flash and board Li-ion battery. The battery has a capacity RAM memories, as well as peripherals to help of 65 mAh which allows approximately one design ZigBee-based applications. hour of operation. It is charged through a mini- USB connector. Two LEDs can be used to The extension board is supplied with monitor the charging: demonstration firmware loaded in the SN250 Red LED: charge in progress Flash memory. The firmware source code is not provided by ST. Green LED: charge completed 1 button connected to the SN250 ZigBee network processor wake-up input 3 LEDs connected to the SN250 ZigBee network processor: Yellow LED: device connected Green LED: transmission ongoing Red LED: general purpose A debug port RoHS compliant Description The STEVAL-IFS009V1 demonstration board operates in standalone mode. Alternatively, it can be used as an SN250 ZigBee interface with an application using the STR9 dongle. November 2010 Doc ID 18261 Rev 1 1/4 For further information contact your local STMicroelectronics sales office. www.st.com 4 Obsolete Product(s) - Obsolete Product(s) Obsolete Product(s) - Obsolete Product(s) -2 -% -3 ) .4 N& . 37 .5 - LO YE 4 -% 0 )/5 4 ). 0 )/ E ) 3)& - 3 . 3) & -/ 3) . 3)& . 3) & , 4 ). 3) & ,/ 4 ). 6D 03 &2 -% 03 &2 -% 0 )/ 4 -% -3 Circuit schematic STEVAL-IFS009V1 1 Circuit schematic Figure 1. STEVAL-IFS009V1 extension board schematic 6 34 - N& /( 2 /( 2 6 6 N& 8 & 2 N& 6 6 : D : 4 6 N& K K 34,- 2 6 2 . 3 4). , /54 4,-3 6 6 5 6 / 2 6 3 ,+3 3 ). - N& 4 4 . 6 6 5 , X- 5 34 X- ,+ )4%-0 6 .4 4%-0%2 3 XB : 452% 3%.3/2 N& 4 6 K : FO 3-R 2 & 4 K 6 : : K 6 6 6 K 5 37 3 , AD(EER 5 ,) 4 6 .33330 6 . 34342 IS MASTER 2 ) -ASTER 3LA MEANS EV03 29 6 6 . O6DD I 3 6 + 6= > = : 2%& & 2 6 / 3 3 ) 5 , 6 : 2%& K %. 2%& ) /54 = = 6 6 /3.3 6 /02 : : 4( 4( : 6 6 02% 3 3 K 3 6 4( 3 B -%-3 ).4 , : 02 . : ) : K 02 K ). ).3.3 4 02% ) 6 6 2 GUB 2%& & 6 M6 4( M6 WHERE K 6 N&= AT SX4M AEC= > 6= 2 MIN N& =RG )P )E ND 6= 2 = 6= 2 ). 6 6 N& 03 4 + 2 N& 6 : 6 + 6 6 CHARGE DONE CHARGE IN PROGRESS 4).45 4 , RED , EEGRN : : 3 M M -/3) /3) ,+ )-) 6 ,% 4% -%-3 3)& 3)& 3)& 3 4)6% .4-0 ) .4 ) - 4 / 3)/ 3)/ % , / 46 %2 2/ 53 53 53 -).) ). ). 6 6 0)/ 0)/ 0)/ )/ 0 )/ 0 +, -/3)3)& /3)-3)& 3)& 3 )/3 330 . ,/ - 33 ,% ,% 0 .+,) 6 0)/ 0)/ . 6 6 6 5 :IGBEE3. MODUL E W NK ETIV C ,I , RED , REENG , L / , ) )4 . : : 6 : 0 0 0 0 00 00 00 0 0 0 0 M M M 30 +, +, 3 -04% 3/-) ).4 6 /23 TO 342 /. ,% /..% 4 + + :IGBEE 2/4 Doc ID 18261 Rev 1 Obsolete Product(s) - Obsolete Product(s) Obsolete Product(s) - Obsolete Product(s) 0 ,% ,) .+ ,% )/ 0 . 3 3 )/ 0 3 4 23 3 )/ 0 4 23 4 23 3 -) 3/ & 3) 30 , 3 )/ 0 3 3 , 3 3 - 3 )/ 0 )/ 0 2 )/ 0 2 2 ). 4 %8 2 2 2 -% 4 5, 4 2 2 2 4)6% ,% 03 34 : 34 34 3( 8 34 8 8 34 . ). () , 3 2 34 4%( 4 3 3 8 , 3 2 4 23 23 0 0 2 2 2 34 2/ 6