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ARDUINO UNO R3 ATMEGA328P BOARD
Arduino
Arduino Project to Product-Part 5-Testing LoRa Range
4
2019-07-22 | By Maker.io Staff
In this video, Shawn Hymel continues the tutorial on operating voltage optimization by examining the effects of 1.9V and 5V supplies on the RFM95’s RF output power. He discusses power, dBm, antenna length and antenna radiation in detail as well as the formulas used to determine theoretical values. Using real-world tests to determine the actual effect on receiving range, Shawn employs RSSI (Received Signal Strength Indication) to quantify the empirical line-of-sight testing.
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Related Videos
- Arduino Project to Product – Part 1; How to Accurately Measure Current
- Arduino Project to Product – Part 2; How to Calculate Battery Life
- Arduino Project to Product – Part 3; How to Build an Arduino on a Breadboard
- Arduino Project to Product – Part 4; Optimizing Operating Voltage
Project
Recommended Reading
- Arduino Project to Product – Part 1 – How to Accurately Measure Current
- Arduino Project to Product – Part 2 – How to Calculate Battery Life
- Arduino Project to Product – Part 3 – How to Build an Arduino on a Breadboard
- Arduino Project to Product – Part 4 – Optimizing Operating Voltage
- Arduino Project to Product – Part 6 – Choosing a Voltage Regulator
- Arduino Project to Product – Part 7 – How to Measure Small Currents
- Arduino Project to Product – Part 8 – How to Put Arduino to Sleep
- Arduino Project to Product – Part 9 – Run for a Year on Batteries
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