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Specification
Brand : EBYTE
BulletPoint1 : E78-868LN22S (6601) is the LoraWan node module, operating band EU863to 870MMHZ, support CLASS - A/CLASS-C node type
BulletPoint2 : E78-868LN22S (6601) supports ABP /OTAA two ways to access the network, at the same time, the module has a variety of low-power modes, external communication interface using standard UART,
BulletPoint3 : With easy configuration of AT instructions, users can access the standard LoraWan network, 2000 is the perfect choice for current IoT applications.
BulletPoint4 : Application -Smart home and industrial sensors, etc;Security system, positioning system; Wireless remote control, drones; Wireless game remote control; Healthcare products; Wireless voice, wireless headphones;Automotive applications
BulletPoint5 : Hardware-TCPIP-protocol stack user built in, almost without understanding the complex network
Color : E78-868LN22S(6601)
CompatibleDevices : Desktop
DataLinkProtocol : Ethernet
ExternallyAssignedProductIdentifier1 : 768571598325
ExternallyAssignedProductIdentifier2 : 0768571598325
HardwareInterface : ethernet
ItemName : EBYTE LoRaWAN SoC ASR6601 868MHz LoRa Module E78-868LN22S(6601) 22dBm Wireless Transceiver SMD IPEX Stamp Hole Connector TCXO RF Radio
ItemPackageDimensions_Height : 11 centimeters
ItemPackageDimensions_Length : 0.2 centimeters
ItemPackageDimensions_Width : 7 centimeters
ItemPackageQuantity : 1
ItemTypeKeyword : network-transceivers
Manufacturer : EBYTE
Material : pex
ModelNumber : E78-868LN22S(6601)
NumberOfBoxes : 1
NumberOfItems : 2
PartNumber : E78-868LN22S(6601)
ProductDescription : Parameter description
When designing the power supply circuit for the module, it is often recommended to reserve more than 30% margin,
and the whole machine is conducive to long-term stable operation;
The current required at the moment of launch is relatively large, but often because the launch time is extremely short,
the total energy consumed may be smaller;
When the customer uses an external antenna, the impedance matching degree between the antenna and the module
at different frequency points will affect the size of the emission current to different degrees;
The current consumed when the RF chip is in a purely receiving state is called the receiving current. Some RF chips
with communication protocols or the developers have loaded some self-developed protocols on the whole machine,
which may cause the receiving current of the test to be too large;
The shutdown current is often much smaller than the current consumed by the power supply part of the whole
machine at no load, so it is not necessary to be excessively demanding;
Because the material itself has a certain error, a single LRC component has an error of ±0.1%, but hesitate to use
multiple LRC components in the entire RF loop, there will be a situation of error accumulation, resulting in a difference
between the transmit current and the receive current of different modules;
Reducing the transmission power can reduce power consumption to a certain extent, but for many reasons, reducing
the transmission power transmission will reduce the efficiency of the internal PA.
ProductSiteLaunchDate : 2021-12-17T05:20:25.445Z
SupplierDeclaredDgHzRegulation : not_applicable
UnspscCode : 43202222
Voltage : 3.3 volts