設定
快速送達
免運費
國貿條規
付款類型
商城產品
製造商零件編號 A000066
ARDUINO UNO R3 ATMEGA328P BOARD
Arduino
Arduino Project to Product-Part 4-Optimizing Operating Voltage
5
2019-07-01 | By Maker.io Staff
In this video, Shawn Hymel continues the tutorial on operating voltage optimization using datasheet information and the physical characteristics of project components. Buck, boost and buck/boost regulators are discussed as well as how to run the Atmega 328P at lower voltages by reducing clock speed. Shawn explains brown out detection.
Related Items
- 1050-1024-ND – Arduino UNO R3
- 1528-1667-ND – Adafruit RFM95 LoRa Radio Tranceiver
- 1528-1359-ND – Adafruit BME280 Sensor
- ATMEGA328P-PU-ND – AVR – ATmega Microcontroller
- 1738-1326-ND – Breadboard
- 1276-1946-1-ND – 22pf Capacitors
- 13-CFR-25JB-52-10K-ND – 10,000 Ohm Resistor
- 1568-13746-ND – FTDI Breakout Board
- EF2104-ND – .1uF Capacitor
- 377-2093-ND – Jumper Wires
- WHB1R0FECT-ND – One Ohm Resistor
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
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 5 – Testing LoRa Range
- 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
Have questions or comments? Continue the conversation on TechForum, DigiKey's online community and technical resource.
台灣