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Chengdu Ebyte Electronic Technology Co.,ltd.

E18-MS1PA2-IPX User Manual

Copyright ©2012–2019

，

Chengdu Ebyte Electronic Technology Co.,Ltd.

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Content

1. General introduction...........................................................................................................................................................

2

1.1

Brief introduction.....................................................................................................................................................

2

1.2 Features.....................................................................................................................................................................

2

1.3 Application................................................................................................................................................................

2

2. Specification and parameter...............................................................................................................................................

3

2.1 Limit parameter........................................................................................................................................................

3

2.2 Operating parameter.................................................................................................................................................

3

3. Size and pin definition........................................................................................................................................................

4

4. Usage..................................................................................................................................................................................

5

5. Programming......................................................................................................................................................................

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5.1 TI ZigBee FAQ.........................................................................................................................................................

7

6. Basic operation.................................................................................................................................................................

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6.1 Hardware design.....................................................................................................................................................

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7. FAQ...................................................................................................................................................................................

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7.1 Communication distance is too short......................................................................................................................

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7.2 Module is easy to damage......................................................................................................................................

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7.3 BER(Bit Error Rate) is high...................................................................................................................................

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8. Welding instruction...........................................................................................................................................................

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8.1 Reflow soldering temperature................................................................................................................................

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8.2 Reflow soldering curve...........................................................................................................................................

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9. E18 series..........................................................................................................................................................................

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10. Antenna recommendation...............................................................................................................................................

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11. Package...........................................................................................................................................................................

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Revision history....................................................................................................................................................................

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About us................................................................................................................................................................................

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Содержание E18-MS1PA2-IPX

Страница 1: ...E18 MS1PA2 IPX User Manual CC2530 2 4GHz 100mW ZigBee Wireless Module ...

Страница 2: ... Limit parameter 3 2 2 Operating parameter 3 3 Size and pin definition 4 4 Usage 5 5 Programming 7 5 1 TI ZigBee FAQ 7 6 Basic operation 10 6 1 Hardware design 10 7 FAQ 11 7 1 Communication distance is too short 11 7 2 Module is easy to damage 11 7 3 BER Bit Error Rate is high 11 8 Welding instruction 12 8 1 Reflow soldering temperature 12 8 2 Reflow soldering curve 12 9 E18 series 13 10 Antenna r...

Страница 3: ...have been pinned out for multiple development 1 2 Features Built in PA LNA Maximum transmission power of 100mW achieve long distance ZigBee transmission Communication distance can reach 1200m under ideal conditions Built in ZigBee protocol stack Support peripherals such as ADC PWM GPIO Built in 32 768kHz clock crystal oscillator Support the global license free ISM 2 4GHz band Rich resources 256KB ...

Страница 4: ... V ensures output power Communication level V 3 3 For 5V TTL it may be at risk of burning down Operating temperature 40 85 Industrial grade Operating frequency GHz 2 400 2 480 ISM band Power Consum ptio n TX current mA 100 Instant power consumption RX current mA 35 Sleep current μA 2 Shut down by software Max TX power dBm 19 6 20 20 5 Receiving sensitivity dBm 99 98 97 Air data rate is 250 kbps Ma...

Страница 5: ...in direction Application 1 GND Input Ground connecting to power supply reference ground 2 VCC Input Power supply must be 2 0 3 6V 3 P2 2 Input Output MCU GPIO 4 P2 1 Input Output MCU GPIO 5 P2 0 Input Output MCU GPIO 6 P1 7 Input Output MCU GPIO 7 P1 6 Input Output MCU GPIO 8 NC N C 9 NC N C 10 P1 5 Input Output MCU GPIO 11 P1 4 Input Output MCU GPIO 12 P1 3 Input Output MCU GPIO 13 P1 2 Input Out...

Страница 6: ... Output MCU GPIO 19 P0 4 Input Output MCU GPIO 20 P0 3 Input Output MCU GPIO 21 P0 2 Input Output MCU GPIO 22 P0 1 Input Output MCU GPIO 23 P0 0 Input Output MCU GPIO 24 RESET Input Reset port If you need to use the ad hoc network function please go to the official website to download E18 MS1PA2 IPX_UserManual S_CN for reference 4 Usage No Keyword Remark 1 Burn firmware The module is built in 8051...

Страница 7: ...e previous program In this example the pins P1 1 and P1 0 of the CC2530 are connected to the PA_EN LNA_EN of the internal PA At the same time it can be seen that LNA_EN is always in the high level and the receiving mode 4 Program modificati on Find macRadioTurnOnPower from file mac_radio_defs c and modify 5 Power modificati on Find static CODE const macPib_t macPibDefaults from file mac_pib c modi...

Страница 8: ...me 1 2 2a is specific for smart home products development 2 Z Stack Lighting 1 0 2 is specific for ZLL products development 3 Z Stack Energy 1 0 1 is specific for intelligent energy meter In Home Display and so on 4 Z Stack Mesh 1 0 0 is specific for private applications it only utilizes the function of standard ZigBee protocol Mesh route and so on the application layer shall be defined by the dev...

Страница 9: ...he Secondary IEEE address storage place if it exists not 0xFF write the address into NV and use this address as MAC address 3 If not in 2 read from the Primary IEEE address storage place if it exists not 0xFF write the address into NV and use this address as MAC address 4 If not in 3 generate one 64 bit variable randomly write it into NV use it as MAC address How to forbid node from searching netw...

Страница 10: ...the TI ZigBee protocol stack http www deyisupport com question_answer wireless_connectivity zigbee f 104 t 104629 aspx About the difference between OAD and OTA in TI protocol stack OAD is short for Over the Air Download OTA is short for Over the Air The functions of these two are the same they can be called the software upgrade on air In the earlier ZigBee protocol standard there was no standard f...

Страница 11: ...d it must be close to the digital part of the module and routed in the Bottom Layer Assuming the module is soldered or placed over the Top Layer it is wrong to randomly route over the Bottom Layer or other layers which will affect the module s spurs and receiving sensitivity to varying degrees It is assumed that there are devices with large electromagnetic interference around the module that will ...

Страница 12: ...wer than recommended value the lower the voltage the lower the transmitting power Due to antenna quality or poor matching between antenna and module 7 2 Module is easy to damage Please check the power supply source ensure it is between the recommended supply voltage voltage higher than the maximum will damage the module Please check the stability of power source the voltage cannot fluctuate too mu...

Страница 13: ...reheat temperature max Tsmax Max preheating temp 150 200 Preheat Time Tsmin to Tsmax ts Preheating time 60 120 sec 60 120 sec Average ramp up rate Tsmax to Tp Average ramp up rate 3 second max 3 second max Liquidous Temperature TL Liquid phase temp 183 217 Time tL Maintained Above TL Time below liquid phase line 60 90 sec 30 90 sec Peak temperature Tp Peak temp 220 235 230 250 Aveage ramp down rat...

Страница 14: ... 59 USB PCB 10 Antenna recommendation Model No Type Frequency Gain Size Cable Interface Function feature Hz dBi mm cm TX2400 NP 5010 Flexible Antenna 2 4G 2 0 10x50 IPEX Flexible FPC soft antenna TX2400 JZ 3 Rubber antenna 2 4G 2 0 30 SMA J Short straight omnidirectional antenna TX2400 JZ 5 Rubber antenna 2 4G 2 0 50 SMA J Short straight omnidirectional antenna TX2400 JW 5 Rubber antenna 2 4G 2 0 ...

Страница 15: ...d by 1 0 2019 12 13 Initial version 1 1 2019 12 14 Format adjustment Ren About us Technical support support cdebyte com Documents and RF Setting download link www ebyte com Thank you for using Ebyte products Please contact us with any questions or suggestions info cdebyte com Official hotline 028 61399028 ext 821 Web www ebyte com Address Innovation Center D347 4 XI XIN Road Chengdu Sichuan China ...

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