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Chengdu Ebyte Electronic Technology Co.,Ltd.

E610-433TxxS User Manual

Copyright ©2012–2023

Chengdu Ebyte Electronic Technology Co.,Ltd.

16

Mode

0-3

M

1

M

0

Model Introduction

Remarks

0

Continuous

mode

0

0

The module automatically calculates the over-the-air

transmission rate required for continuous uninterrupted

transmission based on the user-configured serial port baud

rate, so that the user can transfer data without interruption

Supports

continuous

uninterrupted

transmission

1 General

mode

0

1

The user-configured over-the-air transmission rate will be

implemented internally by the module. It will be transmitted

in packets of 55 bytes per packet.

General

transparent

transmission

2

Configurati

on mode

1

0

The user can access the registers via the serial port to control

the operating status of the module

Requires

configuration at

baud rate 9600

3 Deep

sleep

1

1

Module goes into hibernation

Low

power

consumption

6.1 Mode switching

No

Remarks

1

users can combine M1 and M0 high and low levels to determine the module operating mode.

2 GPIOs of the MCU can be used to control the mode switching.

when changing M1, M0: if the module is idle, it can start working according to the new mode

after 1ms.

if the module has serial data that has not yet finished transmitting through the wireless, it can

only enter the new operating mode after it has finished transmitting.

if the module has received wireless data and sent it out via the serial port, it needs to finish

sending it before it can enter the new operating mode.

So mode switching can only be effective when the AUX output is 1, otherwise the switching

will be delayed.

2

e.g. if the user enters a large amount of data continuously and switches modes at the same

time, the switch mode operation at this point is not valid; the module will process all user data

before performing a new mode detection.

So the general recommendation is: detect the AUX pin output state and wait for 2ms after

the output goes high before switching.

3

when the module is switched from other modes to hibernate mode, if there is data that has not

yet been processed.

The module will process this data (both incoming and outgoing) before it enters hibernate

mode. This feature can be used for fast hibernation to save power; for example, if the

transmitter module is operating in mode 0, the user initiates the serial data "12345" and then

does not have to wait for the AUX pin to be free (high), it can switch directly to hibernation

mode and hibernate the user's main MCU immediately, and the module will automatically

send all the user's data automatically go into hibernation within 1ms after being sent via

wireless.

This saves the MCU's working time and reduces power consumption.

4

Similarly, for any mode switch, this feature can be used, and the module will automatically

enter the new mode within 1ms after processing the current mode event; thus saving the user

the work of querying the AUX and enabling a fast switch;.

Summary of Contents for E610-433T S Series

Page 1: ...1 E610 433TxxS User Manual 433MHz 100mW 1W Wireless High Speed Link Module...

Page 2: ...RANSMISSION 12 5 3 BROADCAST ADDRESS 13 5 4 LISTENING ADDRESS 13 5 5 MODULE RESET 13 5 6 AUX EXPLAINED 13 5 6 1 Serial data output indication 13 5 6 2 Wireless transmission indication 13 5 6 3 Modules...

Page 3: ...Y TRANSMISSION DISTANCE 26 12 2 MODULE VULNERABLE TO DAMAGE 27 12 3 TOO HIGH BER 27 13 WELDING WORK INSTRUCTIONS 27 13 1 REFLOW TEMPERATURE 27 13 2 REFLOW PROFILE 28 14 OTHER RECOMMENDED MODELS 29 15...

Page 4: ...duction use modification or disclosure to third parties of this document or any part thereof without the express permission of EBYTE is strictly prohibited The information contained herein is provided...

Page 5: ...long distance communications and multiple networks running simultaneously in the same area supports user set communication keys which cannot be read greatly improving the confidentiality of user data...

Page 6: ...s building automation solutions wireless industrial grade remote controls healthcare products Advanced Meter Reading Architecture AMI automotive industry applications 2 Specifications 2 1 RF parameter...

Page 7: ...erial port baud rate 2 2 Working parameters 2 3 Working parameters Hardware parameters Unit Description Remark E610 433T30S E610 433T20S Packet length byte 55 No limit on package length in continuous...

Page 8: ...port baud rate bps 2400 230400 Packaging method SMD Stamp hole PA LNA Yes Only LAN Power amplifier low noise amplifier SAW Yes SAW filter Antenna interface IPEX 1 Equivalent impedance approx 50 Dimen...

Page 9: ...xternal TXD output pin 6 M1 Input very weak pull up In conjunction with M0 determines the 4 modes of operation of the module not suspended grounded if not in use 7 M0 Input very weak pull up In conjun...

Page 10: ...ensions and Pin Definitions Pin definition No Name Direction Remark 1 NC Empty feet 2 GND Module ground 3 NC Null pin 4 nNEST Output Module reset pin low reset 5 NC Empty pin 6 NC Empty Pin 7 NC Empty...

Page 11: ...le 20 M0 Input very weak pull up In conjunction with M1 determines the 4 modes of operation of the module not suspended grounded if not in use 21 M1 Input very weak pull up in conjunction with M0 dete...

Page 12: ...hengdu Ebyte Electronic Technology Co Ltd E610 433TxxS User Manual Copyright 2012 2023 Chengdu Ebyte Electronic Technology Co Ltd 12 5 Functions in detail 5 1 Targeted launch 5 2 Broadcast transmissio...

Page 13: ...shed the AUX outputs high and starts working normally according to the working mode formed by the combination of M1 and M0 Therefore the user needs to wait for the rising edge of AUX as the starting p...

Page 14: ...data over the wireless port it may be that the last packet of data is being transmitted Timing diagram of the AUX pins when the module receives data from the serial port 5 6 3 Modules are in the proce...

Page 15: ...of the output low conditions are met When all low conditions are not met the AUX outputs high 2 when the AUX output is low it means that the module is busy and no working mode detection will be perfor...

Page 16: ...the module has received wireless data and sent it out via the serial port it needs to finish sending it before it can enter the new operating mode So mode switching can only be effective when the AUX...

Page 17: ...g from the first frame of data until it has completed the data that the user needs to transmit This saves time in data packing and packetisation and greatly reduces the data latency time Data delay di...

Page 18: ...sion Recei ving When not transmitting data can be received normally 6 4 User configuration mode mode 2 Type When M0 1 and M1 1 the module operates in mode 3 Transmitting Unable to transmit wireless da...

Page 19: ...d channel Command Start address Length Parameter Send C1 05 01 Return C1 05 01 09 Example 2 Simultaneous reading of module address network address serial port airspeed Send C1 00 04 Return C1 00 04 12...

Page 20: ...ssion mode can have different serial port baud rates and different checksums it is generally recommended that both communicating parties have the same baud rate The serial baud rate of two modules com...

Page 21: ...register 0x01 RSSI 1 of the last received data Conversion formula dBm RSSI 2 154 Command format analysis Send C0 C1 C2 C3 start address read length Return C1 address read length read valid value Examp...

Page 22: ...ngth byte to indicate the signal strength at the time the data was received Conversion formula dBm RSSI 2 154 0 Close Default 1 Open 6 Transmission method For general transmission mode only For fixed...

Page 23: ...data and is unable to perform low power operations 4 The module resets the user parameters from mode 3 sleep mode to other modes or during a reset during which the AUX output goes low Trunking network...

Page 24: ...configuration and reading of parameters in the configuration of the upper computer the module address frequency channel network ID key are decimal display mode where the value range of each parameter...

Page 25: ...to connect the module VCC TX RX GND and control the M0 M1 level to enter the configuration mode Select the firmware upgrade tab in the official configuration tool click the Open File button to select...

Page 26: ...uency digital high frequency analogue power supply alignments which will also greatly affect the performance of the module it is advisable to keep them away from the module depending on the intensity...

Page 27: ...nterference from co channel signals near stay away from sources of interference or modify the frequency or channel to avoid interference Poor power supply to may also cause garbled codes be sure to en...

Page 28: ...2023 Chengdu Ebyte Electronic Technology Co Ltd 28 Slope of cooling Tp TL 6 S max 6 S min Room temperature to peak temperature time 6 minutes max 8 minutes max The peak temperature Tp tolerance of the...

Page 29: ...36 TTL E34 2G4H11 S 2 4G 11 0 13 SMD 12 19 TTL E34 2G4D11 S 2 4G 11 0 13 SMD 12 19 TTL E34 2G4H20 D nRF24L01 2 4G 20 2 5 DIP 21 36 TTL E34 2G4D20 D nRF24L01 2 4G 20 2 5 DIP 21 36 TTL E34 2G4H27 D nRF...

Page 30: ...Glue Stick Antennas 433M SMA J 2 0 52 Ultra Short Straight Omnidirectional Antenna TX433 JZG 6 Glue Stick Antennas 433M SMA J 2 5 62 Ultra short straight omni directional antenna TX433 JW 5 Glue Stick...

Page 31: ...Electronic Technology Co Ltd E610 433TxxS User Manual Copyright 2012 2023 Chengdu Ebyte Electronic Technology Co Ltd 31 16 Bulk packing methods 16 1 E610 433T30S Packaging Method 16 2 E610 433T30S Pac...

Page 32: ...ial version Ning 1 1 2023 02 9 New low power products Hao About us Technical support support cdebyte com Documents and RF Setting download link https www ru ebyte com Thank you for using Ebyte product...

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