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SI4463 wireless module

E10 series user manual

Copyright ©2012–2017，Chengdu Ebyte Electronic Technology Co.,Ltd.

1

Version

Date

Description

Issued by

1.00

2017/10/27

Initial version

huaa

Brief Introduction

Based on originally imported RF IC SI4463 form Silicon Labs, E10 series are small size Sub-1GHz SMD wireless transceiver module, with SPI interface

and 26M crystal oscillator, developed by Chengdu Ebyte. The 30dBm module with PA and LNA, the communication stability and distance are largely

improved.

E10 series strictly stick to the design rules home and abroad of FCC, CE, CCC and meet the related RF certifications and export standards. As

hardware platform,, users need to carry out secondary development.

Model

Antenna

Packing

Transmitting power

Distance

E10-433MS

Stamp hole

SMD

20dBm

2000m

E10-433MS1W

Stamp hole

SMD

30dBm

6000m

E10-868M20

Stamp hole/IPX

SMD

20dBm

2000m

E10-868M30

Stamp hole/IPX

SMD

30dBm

6000m

E10-915M20

Stamp hole/IPX

SMD

20dBm

2000m

E10-915M30

Stamp hole/IPX

SMD

30dBm

6000m

Summary of Contents for E10 Series

Page 1: ...Module E10 Series This manual may be modified based on product upgrade please refer to the latest version All rights to interpret and modify this manual belong to Chengdu Ebyte Electronic Technology Co Ltd User Manual ...

Page 2: ...Ebyte The 30dBm module with PA and LNA the communication stability and distance are largely improved E10 series strictly stick to the design rules home and abroad of FCC CE CCC and meet the related RF certifications and export standards As hardware platform users need to carry out secondary development Model Antenna Packing Transmitting power Distance E10 433MS Stamp hole SMD 20dBm 2000m E10 433MS...

Page 3: ...ansmitting power 4 1 3 2 Receiving Sensitivity 4 1 3 3 Recommended operating frequency 5 1 4 TESTED DISTANCE 5 2 MECHANICAL CHARACTERISTICS 6 2 1 E10 433MS 6 2 2 E10 433MS1W 7 2 3 E10 868MS20 E10 915MS20 8 2 4 E10 868MS30 E10 915MS30 9 3 RECOMMENDED CIRCUIT DIAGRAM 10 3 1 E10 433MS E10 868MS20 E10 915MS20 10 3 2 E10 868MS30 E10 915MS30 10 3 3 E10 433MS1W 11 4 NOTES 11 5 PRODUCTION GUIDANCE 12 5 1 ...

Page 4: ...transmitting current value at different levels E10 433MS1W 607 2 660 0 726 0 mA E10 868MS20 87 4 95 0 104 5 mA E10 868MS30 672 5 731 0 804 1 mA E10 915MS20 90 2 98 0 107 8 mA E10 915MS30 692 8 753 0 828 3 mA 1 2 2 Receiving current Model Min Typ Max Unit Remarks E10 433MS 14 7 16 0 17 6 mA The current consumed when the RF chip is only working at receiving mode is called as receiving current the te...

Page 5: ... 3 1 Transmitting power Model Min Typ Max Unit Remarks E10 433MS 19 6 20 0 20 5 dBm Due to the error of the materials each LRC component has 0 1 error so error accumulation will occur since multiple LRC components are used in the whole RF circuit and the transmitting currents will be different at different modules The power consumption can be lowered by lowering the transmitting power but the effi...

Page 6: ...64 MHz E07 M1101D SMA 387 433 464 MHz 1 4 Tested Distance Model Min Typ Max Unit Remarks E07 M1101S 900 1000 1100 m The external antenna used is of 2 5dBi gain and vertical polarization The height is 2 5 meters The interval between each data packet is 2s sending 100 packets with 30 bytes in each packet the range at data lose rate of lower than 5 is valid range In order to obtain meaningful and rep...

Page 7: ...8V 3 6V DC 3 GPIO0 Output GPIO of SI4463 4 GPIO1 Output GPIO of SI4463 5 IRQ Output Interrupt request 6 SCK input Clock pin 7 MISO Output SPI master input slave output 8 MOSI input SPI master output slave input 9 nSEL input SPI Chip select 10 SDN The module working enable control the pin its low level when working See SI4463 manual for more details 11 ANT Antenna 12 GND Ground Find more details on...

Page 8: ...L Input SPI Chip select 6 MOSI Input SPI master input slave output 7 MISO Output SPI master output slave input 8 ENT Input Clock enable high level effective 9 SCK Output SPI master input slave output 10 IRQ Output Interrupt request 11 GPIO1 Output Output pin 12 GPIO0 Output Output pin 13 VCC Input Power supply 3 3V 5 5V DC Recommend 4 75 5 25V 14 GND Input Ground 15 ENP Input PA power enable High ...

Page 9: ...or are recommended 3 GPIO0 Output Configurable GPIO 4 GPIO1 Output Configurable GPIO 5 IRQ Output SPI interrupt request 6 SCK Input Serial Clock Input 7 MISO Output SPI master input slave output 8 MOSI Input SPI master output slave input 9 nSEL Input SPI Chip select for starting SPI communication 10 SDN Shutdown Input Pin It is low level when working See SI4463 manual for more details 11 ANT Anten...

Page 10: ...6 MOSI Input Module SPI data input pin 7 MISO Output Module SPI data output pin 8 GND Ground connecting to power supply reference ground 9 SCK Output Module SPI clock pin 10 IRQ Output Module interrupt pin 11 GPIO1 Output Module data output pin refer to SI4463 datasheet 12 GPIO0 Output Module data output pin refer to SI4463 datasheet 13 VCC Power supply must be 5 0 5 5V DC voltage higher than 6V i...

Page 11: ...463 wireless module E10 series user manual Copyright 2012 2017 Chengdu Ebyte Electronic Technology Co Ltd 10 3 Recommended Circuit Diagram 3 1 E10 433MS E10 868MS20 E10 915MS20 3 2 E10 868MS30 E10 915MS30 ...

Page 12: ... grounding and small power ripple Filter capacitor is necessary and make sure it is close to pin VCC and GND Air data rate for SPI shall not be too high 1Mbps is recommended Please refer to Operating Modes and Timing for status switch of SI4463 the switch between TX and RX must go through Ready cannot be switched directly One can reinitialize register setting when IC is free for better stability F...

Page 13: ...u0 5 Preheat Temperature min Tsmin 100 150 Preheat temperature max Tsmax 150 200 Preheat Time Tsmin to Tsmax ts 60 120 sec 60 120 sec Average ramp up rate Tsmax to Tp 3 second max 3 second max Liquidous Temperature TL 183 217 Time tL Maintained Above TL 60 90 sec 30 90 sec Peak temperature Tp 220 235 230 250 Aveage ramp down rate Tp to Tsmax 6 second max 6 second max Time 25 to peak temperature 6 ...

Page 14: ... power Due to antenna quality or poor matching between antenna and module 6 2 Module is easy to damage Please check the power supply source ensure it is within the recommended value voltage higher than that will damage the module Please check the stability of power source the voltage cannot fluctuate too much Please make sure antistatic measure are taken when installing and using high frequency de...

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