CONTENTS 1. Approval Revision Record Scope Numbering of product Product Part No Lot. No Absolu

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1 WISOL / SFM11R2D P/N: DATA SHEET Rev.01 WISOL 531-7, Gajang-ro,Osan-si,Gyeonggi-do Rep. of Korea

2 CONTENTS 1. Approval Revision Record Scope Numbering of product Product Part No Lot. No Absolute Maximum Ratings DC Characteristics I/O Specifications RF Specifications Pin Description Interface PIN(SMD Type : 31 Pin)_Bottom view Interface PIN description Block Diagram Dimensions & drawing Design dimension Soldering Footprint Reflow profile Package Dimension of Tape Dimension of Reel IN BOX OUT BOX Reel Label & Inner BOX Label Out BOX Label Power Modes RC2 Power Mode TX current test RX current test Sleep current test Deep sleep current test RC4 Power Mode TX current test RX current test Sleep current test Deep sleep current test AT command for Region change RC2 -> RC RC4 -> RC /20 쪽

3 1. Approval Revision Record NO REASON RECORD OF REVISION Date Remark 1 REV00 WSSFM10R2DAT Approval Releases REV01 BOX Label design added /20 쪽

4 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

5 3-3. Lot. No. S A C J A (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 Mark W X Y Z A B C D E F 4 Month Month Mark A B C D E F G H I J K L 5 Day Day Mark A Day Mark B C D E F G H I J K Day Mark L M N O P Q R S T U V Model Serial Number (10,11,12,13 ) A Serial Number (1serial: 900ea) 5 /20 쪽

6 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 DC Characteristics Symbol Parameter Min Typ. Max Unit VCC Module input voltage V Tx Current(@ +22.5dBm, MOD) ma Current Rx Current ma Sleep Current 2.5 ua 6. I/O Specifications Symbol Parameter Min Typ. Max Unit VIH VIL High level input Low level input 2.0 V 0.8 V 6 /20 쪽

7 7. RF Specifications Conditions: VCC=3.3V, Temp=25 RF Characteristics Parameter Min Typ. Max Unit RF Frequency RC2 RC4 Tx MHz Rx MHz Tx MHz Rx MHz Tx output power(at 24 setting) dbm Frequency Error Tolerance(+25 ) ppm 2 nd Harmonics(conducted) dbm 3 nd Harmonics(conducted) dbm Rx Sensitivity(@600bps, GFSK) dbm Rx Spurious Emission(30MHz~12.75GHz) -54 dbm 7 /20 쪽

8 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

9 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

10 9. Block Diagram 10 /20 쪽

11 10. Dimensions & drawing Design dimension 11 /20 쪽

12 10-2. Soldering Footprint unit: mm [ TOP View ] 12 /20 쪽

13 11. Reflow profile <Reflow profile of Module> Preheat Soak Ramp PEAK SPEC 50~ ~ ~2 /sec 60~100sec 30~50sec ±5 result of measurement OK OK OK OK 13 /20 쪽

14 12. Package Dimension of Tape Dimension of Reel Flip direction 14 /20 쪽

15 12-3. IN BOX OUT BOX 15 /20 쪽

16 75mm 75mm PBA RF Module Reel Label & Inner BOX Label SFM11R2DAT 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 Out BOX Label SFM11R2DAT 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.

17 13. Power Modes 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 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$CW= ,1,24 and then click Send icon. 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check TX current RX current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode (@500uA/ Remove J2-CPULED jumper) 6. RX current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$RL and then click Send icon. 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check RX current. 17 /20 쪽

18 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 Remove J2-CPULED jumper) 6. Sleep current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$P=1 (sleep mode command) 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check Sleep current Deep sleep current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode Remove J2-CPULED jumper) 6. Deep sleep current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$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) 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 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$IF= click Send icon and then input AT command AT$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

19 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 Remove J2-CPULED jumper) 6. Sleep current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$P=1 (sleep mode command) 3) Disconnect UART Switch(SW10~SW11) on EVB 4) And then, Check Sleep current Deep sleep current test 1. Disconnect Debug Switch(SW5~SW9) on EVB 2. Connect UART Switch(SW10~SW11) on EVB 3. Power switch ON(SW4) on EVB 4. Push the RESET Switch(SW1) on EVB 5. Initial mode=standby mode Remove J2-CPULED jumper) 6. Deep sleep current test method 1) Input AT command AT (UART condition checking) 2) Input AT command AT$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

20 14. AT command for Region change RC2 -> RC4 1. AT$DR= ATS400=< ><F >< F>,63 3. AT$WR 4. AT$RC RC4 -> RC2 1. AT$DR= ATS400=<000001FF>< >< >,1 3. AT$WR 4. AT$RC 20 /20 쪽

CAN-fly Quick Manual

CAN-fly Quick Manual adc-171 Manual Ver.1.0 2011.07.01 www.adc.co.kr 2 contents Contents 1. adc-171(rn-171 Pack) 개요 2. RN-171 Feature 3. adc-171 Connector 4. adc-171 Dimension 5. Schematic 6. Bill Of Materials 7. References