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Introduces the E95-DTU (900SLxx-485) wireless data transmission radio, its features and applications.
Lists the key features of the E95-DTU, including LoRa technology, encryption, power supply, and industrial standards.
Guides users on how to connect and set up two E95-DTU units for initial testing.
Details the components and indicators of the E95-DTU, including ANT, DC, RS485, PWR, TXD, RXD, M0, M1.
Provides the physical dimensions and mounting information for the E95-DTU module.
Explains how to connect the E95-DTU to a DC power supply, detailing voltage range and connection.
Describes how to connect the E95-DTU via RS485 and RS232 interfaces, including pinouts.
Presents technical specifications for different E95-DTU models, including frequency, power, and distance.
Lists general specifications like size, weight, working temperature, voltage range, and communication interface.
Details the operating frequency range and the number of available channels for the E95-DTU.
Specifies the different transmit power levels available for the E95-DTU module.
Explains the different air speed settings (data rates) supported by the E95-DTU.
Provides information on the emission, receive, and sleep current consumption of the E95-DTU.
Describes how data is sent and received, including cache size and subcontracting methods.
Illustrates the process of fixed-point data transmission using hexadecimal commands.
Explains how to perform broadcast data transmission using hexadecimal commands.
Provides an example of setting broadcast addresses and channels for group communication.
Explains how to set listen addresses for monitoring data on a specific channel.
Details the transparent transmission mode, its indicators, and how transmit/receive functions work.
Describes the Wake-on-Radio (WOR) mode, its transmit and receive behavior.
Explains the configuration mode for setting radio parameters wirelessly or via serial port.
Details the deep sleep mode, where the radio is inactive for power saving.
Outlines the command formats for setting and reading registers in configuration mode.
Details various registers, their functions, and default values for configuring the radio.
Lists the default factory parameters for the E95-DTU, including frequency, channel, and power.
Explains rules for forwarding data in relay mode, including primary, secondary, and two-way relays.
Explains that radio programming can only be done in the configuration mode (M1=on, M0=off).
Lists related E95-DTU product models with their interface types, frequency, power, and features.
Advises on safe operation, power supply selection, and avoiding extreme environmental conditions.
Discusses antenna connection, dummy load use, human safety, and power supply ripple requirements.
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General
