WISOL / SFM11R2D P/N: DATA SHEET Rev.01 WISOL 531-7, Gajang-ro,Osan-si,Gyeonggi-do Rep. of Korea http://www.wisol.co.kr
CONTENTS 1. Approval Revision Record... 3 2. Scope... 4 3. Numbering of product... 4 3-1. Product... 4 3-2. Part No.... 4 3-3. Lot. No.... 5 4. Absolute Maximum Ratings... 6 5. DC Characteristics... 6 6. I/O Specifications... 6 7. RF Specifications... 7 8. Pin Description... 8 8-1. Interface PIN(SMD Type : 31 Pin)_Bottom view... 8 8-2. Interface PIN description... 9 9. Block Diagram... 10 10. Dimensions & drawing... 11 10-1. Design dimension... 11 10-2. Soldering Footprint... 12 11. Reflow profile... 13 12. Package... 14 12-1. Dimension of Tape... 14 12-2. Dimension of Reel... 14 12-3. IN BOX... 15 12-4. OUT BOX... 15 12-5. Reel Label & Inner BOX Label... 16 12-6. Out BOX Label... 16 13. Power Modes... 17 13-1. RC2 Power Mode... 17 TX current test... 17 RX current test... 17 Sleep current test... 18 Deep sleep current test... 18 13-2. RC4 Power Mode... 18 TX current test... 18 RX current test... 18 Sleep current test... 19 Deep sleep current test... 19 14. AT command for Region change... 20 14-1. RC2 -> RC4... 20 14-2. RC4 -> RC2... 20 2 /20 쪽
1. Approval Revision Record NO REASON RECORD OF REVISION Date Remark 1 REV00 WSSFM10R2DAT Approval Releases 2017-04-11-2 REV01 BOX Label design added 2017-07-09 3 /20 쪽
2. Scope Description : Sigfox Module RC2&RC4 Type : SMD Type PCBA Size : 13mm(W) x 20mm(L) x 2.21mm(H) This module is SIGFOX verified and that the FCC are ongoing. FCC test result will be update. 3. Numbering of product 3-1. Product 3-2. Part No. W S S F M 1 1 R 2D A T (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) No. EXPLANATION (1),(2) WISOL (3),(4) Application (SF:Sigfox) (5) Type (M:Module) (6),(7) Group model numbering (8), (9) Region Code(R2D: US&AU) (10),(11) Application Type(Firm Ware Type) AT(AT command version) AP(API version) 4 /20 쪽
3-3. Lot. No. S A C J A 1 1 0 1 (1) (2) (3) (4) (5) (6) (7) (8) (9) 1 Sigfox Module 2 Manufacture Area Packing Lot A B C Area Korea China Vietnam 3 Year Year 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 Mark W X Y Z A B C D E F 4 Month Month 1 2 3 4 5 6 7 8 9 10 11 12 Mark A B C D E F G H I J K L 5 Day Day 1 2 3 4 5 6 7 8 9 10 Mark 1 2 3 4 5 6 7 8 9 A Day 11 12 13 14 15 16 17 18 19 20 Mark B C D E F G H I J K Day 21 22 23 24 25 26 27 28 29 30 31 Mark L M N O P Q R S T U V 67 89 Model Serial Number (10,11,12,13 ) A Serial Number (1serial: 900ea) 5 /20 쪽
4. Absolute Maximum Ratings Symbol Parameter Rating Unit VCC Module input voltage 0 to 4.2 V OT Operating Temperature -30 to +85 ST Storage Temperature -40 to +125 5. DC Characteristics Symbol Parameter Min Typ. Max Unit VCC Module input voltage 2.7 3.3 3.6 V Tx Current(@ +22.5dBm, MOD) - 170 - ma Current Rx Current - 32 - ma Sleep Current 2.5 ua 6. I/O Specifications Symbol Parameter Min Typ. Max Unit VIH VIL High level input voltage @VCC=3.3V Low level input voltage @VCC=3.3V 2.0 V 0.8 V 6 /20 쪽
7. RF Specifications Conditions: VCC=3.3V, Temp=25 RF Characteristics Parameter Min Typ. Max Unit RF Frequency RC2 RC4 Tx 902.2 MHz Rx 905.2 MHz Tx 920.8 MHz Rx 922.3 MHz Tx output power(at 24 setting) - 22.5 - dbm Frequency Error Tolerance(+25 ) -2.5 - +2.5 ppm 2 nd Harmonics(conducted) - -44 - dbm 3 nd Harmonics(conducted) - -47 - dbm Rx Sensitivity(@600bps, GFSK) - -129 - dbm Rx Spurious Emission(30MHz~12.75GHz) -54 dbm 7 /20 쪽
8. Pin Description 8-1. Interface PIN(SMD Type : 31 Pin)_Bottom view < RC2/ RC4 Module > 1 GND 9 GPIO5 17 TXLED/ DBG_CLK 25 GPIO2 2 GND 10 GPIO4 18 NC4/DBG_EN 26 GPIO3 3 GND 11 CPU_LED 19 RST_N 27 GND 4 GND 12 RADIO_LED 20 GND 28 GND 5 NC3/ SYSCLK 13 GPIO9 21 VDD_IO 29 GND 6 GPIO8 14 UARTTX 22 GND 30 RF_IO 7 GPIO7 15 UARTRX 23 GPIO0 31 GND 8 GPIO6 16 RXLED/ DBG_DATA 24 GPIO1 # Pin-map of RCZ1, RCZ2, RCZ3 and RCZ4 module is compatible (Pin to Pin) 8 /20 쪽
8-2. Interface PIN description PIN(s) NAME TYPE Description 1~4 GND P Ground 5 NC3/SYSCLK N Do not connect 6 GPIO8 I/O/PU General purpose IO 7 GPIO7 I/O/PU General purpose IO, selectable SPI functionality (MISO) 8 GPIO6 I/O/PU General purpose IO, selectable SPI functionality (MOSI) 9 GPIO5 I/O/PU General purpose IO, selectable SPI functionality (SCK) 10 GPIO4 I/O/PU 11 CPU_LED O CPU activity indicator 12 RADIO_LED O Radio activity indicator General purpose IO, selectable Δ DAC functionality, selectable dock functionality 13 GPIO9 I/O/PU General purpose IO, wakeup from deep sleep 14 UARTTX O UART transmit 15 UARTRX I/PU UART receive 16 RXLED/DBG_DATA O Receive activity indicator 17 TXLED/DBG_CLK O Transmit activity indicator 18 NC4/DBG_EN PD Do not connect 19 RST_N I/PU Optional reset pin 20 GND P Ground 21 VDD_IO P Power supply 22 GND P Ground 23 GPIO0 I/O/A/PU General purpose IO, selectable ADC functionality, selectable Δ DAC functionality, selectable clock functionality 24 GPIO1 I/O/A/PU General purpose IO, selectable ADC functionality 25 GPIO2* I/O/A/PU General purpose IO, selectable ADC functionality 26 GPIO3** I/O/A/PU General purpose IO, selectable ADC functionality 27 GND P Ground 28~29 GND P Ground 30 RF_IO A RF input/output 31 GND P Ground * GPIO2 is TX_EN pin of FEM. This pin can not be used by the user. ** GPIO3 is RX_EN pin of FEM. This pin can not be used by the user. 9 /20 쪽
9. Block Diagram 10 /20 쪽
10. Dimensions & drawing 10-1. Design dimension 11 /20 쪽
10-2. Soldering Footprint unit: mm [ TOP View ] 12 /20 쪽
11. Reflow profile <Reflow profile of Module> Preheat Soak Ramp PEAK SPEC 50~100 100~170 220 240 1~2 /sec 60~100sec 30~50sec ±5 result of measurement 1.5 69 44 237.5 OK OK OK OK 13 /20 쪽
12. Package 12-1. Dimension of Tape 12-2. Dimension of Reel Flip direction 14 /20 쪽
12-3. IN BOX 12-4. OUT BOX 15 /20 쪽
75mm 75mm PBA RF Module 12-5. Reel Label & Inner BOX Label SFM11R2DAT 000900 Model Name : Sigfox Sigle Module Assy Code : SFM11R2DAT Vendor : WISOL(OSAN) Quantity : 900 Vendor P/N : Vendor Lot : SACK311I01 (1) Vendor Barcode (2) Model Name (3) Assy Code (4) Vendor (5) Quantity (6) Vendor P/N (7) Vendor Lot 100mm 12-6. Out BOX Label SFM11R2DAT 004500 Model Name : Sigfox Sigle Module Assy Code : SFM11R2DAT Vendor : WISOL(OSAN) Quantity : 4,500 Vendor P/N : Vendor Lot : SACK311P01 (1) Vendor Barcode (2) Model Name (3) Assy Code (4) Vendor (5) Quantity (6) Vendor P/N (7) Vendor Lot 100mm 16 /20 쪽
13. Power Modes 13-1. RC2 Power Mode TX current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode (@500uA/ Remove J2-CPULED jumper) 6. TX current test method 1) Input AT command AT (UART condition checking) 2) Click the Quick command ( : default power table 24 ) or Input AT command AT$CW=902200000,1,24 and then click Send icon. 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check TX current RX current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode (@500uA/ Remove J2-CPULED jumper) 6. RX current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$RL and then click Send icon. 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check RX current. 17 /20 쪽
Sleep current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode (@500uA/ Remove J2-CPULED jumper) 6. Sleep current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$P=1 (sleep mode command) 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check Sleep current Deep sleep current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode (@500uA/ Remove J2-CPULED jumper) 6. Deep sleep current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$P=2 (Deep sleep mode command) 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check Deep sleep current 5) If the module wakes up, Push the tact switch(sw2: wakeup PIN) 13-2. RC4 Power Mode TX current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode (@500uA/ Remove J2-CPULED jumper) 6. TX current test method 1) Input AT command AT (UART condition checking) 2) Click the Quick command ( : default power table 24 ) or Input AT command AT$IF=920800000 click Send icon and then input AT command AT$CB=-1,1 click Send icon. 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check TX current RX current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode (@500uA/ Remove J2-CPULED jumper) 6. RX current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$RL and then click Send icon. 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check RX current. 18 /20 쪽
Sleep current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode (@500uA/ Remove J2-CPULED jumper) 6. Sleep current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$P=1 (sleep mode command) 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check Sleep current Deep sleep current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode (@500uA/ Remove J2-CPULED jumper) 6. Deep sleep current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$P=2 (Deep sleep mode command) 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check Deep sleep current 5) If the module wakes up, Push the tact switch(sw2: wakeup PIN) 19 /20 쪽
14. AT command for Region change 14-1. RC2 -> RC4 1. AT$DR=922300000 2. ATS400=<00000000><F0000000><0000001F>,63 3. AT$WR 4. AT$RC 14-2. RC4 -> RC2 1. AT$DR=905200000 2. ATS400=<000001FF><00000000><00000000>,1 3. AT$WR 4. AT$RC 20 /20 쪽