![Lucy (@chaos.social) on Twitter: "Yay more HF questions! I want to understand this Semtech design. Impedance left and right is 50 Ohm. C9=C10=3.3pF, L5=9.1nH. Using a PI matching calculator I found out Lucy (@chaos.social) on Twitter: "Yay more HF questions! I want to understand this Semtech design. Impedance left and right is 50 Ohm. C9=C10=3.3pF, L5=9.1nH. Using a PI matching calculator I found out](https://pbs.twimg.com/media/ED4F3bDWwAETggD.png)
Lucy (@chaos.social) on Twitter: "Yay more HF questions! I want to understand this Semtech design. Impedance left and right is 50 Ohm. C9=C10=3.3pF, L5=9.1nH. Using a PI matching calculator I found out
![Semtech Builds Out LoRa Edge Portfolio with New Enabling Solutions to Simplify and Accelerate the Development of IoT Applications - EEWeb Semtech Builds Out LoRa Edge Portfolio with New Enabling Solutions to Simplify and Accelerate the Development of IoT Applications - EEWeb](https://www.eeweb.com/wp-content/uploads/S057-Press-Image-LoRa-Basics-Modem-E.jpg?w=445)
Semtech Builds Out LoRa Edge Portfolio with New Enabling Solutions to Simplify and Accelerate the Development of IoT Applications - EEWeb
GitHub - ifTNT/lora-air-time: A Calculator that calculate the Time on Air (ToA) of LoRa packet. Based on the formula in Semtech's datasheet.
![LoRa P2P implementation cross talk? and security - Network Server Stack for LoRaWAN - RAKwireless Forum LoRa P2P implementation cross talk? and security - Network Server Stack for LoRaWAN - RAKwireless Forum](https://forum.rakwireless.com/uploads/default/original/2X/c/c0bf7b2d1f75cd24d4dd933ff2a9f4c474cf4eff.png)