Power constraint is a critical consideration undertaken by designers when selecting a microcontroller for an application — particularly with IoT applications where power plays a vital role. IoT nodes are only useful in the field if they last for years or even a decade on a single battery. The race for lower power devices between…
In the previous tutorial, we successfully set up a Raspberry Pi Linux desktop. Let us now start learning Python. We could have jumped right to controlling hardware using Python scripts, but this will defeat the very purpose of using Raspberry Pi and a Very-High-Level-Language (VHLL) like Python to control electronics. We can easily control electronics…
Electric vehicle adoption is expected to grow from 2% today to over 20% by 2030. See how Analog Devices’ capabilities in battery formation and test, battery management, and other E-mobility solutions are enabling this market shift.
Vehicle Electrification: Longer Range, Faster Charge, More Efficient
The Fourier Transform: How It Works
Putting the Traco Power TIB 120 industrial ac/dc supply through its paces
From ADAS to Full Autonomy with Analog Devices
Renesas Electronics Corporation recently launched the RL78/G14 Fast prototyping board. This one is a function and feature-rich, cost-effective board that enables speedy product development for all kinds of IoT endpoint equipment. This product is expected to reach in the list of most recommended products for its ability to enable users with quick response to rapidly…
In the previous tutorial, we successfully set up a Raspberry Pi Linux desktop. Let us now start learning Python. We could have jumped right to controlling hardware using Python scripts, but this will defeat the very purpose of using Raspberry Pi and a Very-High-Level-Language (VHLL) like Python to control electronics. We can easily control electronics…
Renesas Electronics Corporation recently launched the RL78/G14 Fast prototyping board. This one is a function and feature-rich, cost-effective board that enables speedy product development for all kinds of IoT endpoint equipment. This product is expected to reach in the list of most recommended products for its ability to enable users with quick response to rapidly…
Vehicle is part of our busy life but if we are in office or in house then we need to park vehicle outside or in parking lot. There is prone to theft or hit by other vehicle. The situation of vehicle can’t be track without visiting parking place. So this project is built to track status of vehicle, when somebody try to steal the vehicle or get hit by any others vehicle.
The project built on two boards one is for transmission which named as PARKING VEHICLE MONITOR-TX and other is for receiving which named as PARKING VEHICLE MONITOR-RX. The TX board is used to transmit the status of vehicle and other RX board is used to receive the status of vehicle and display the status on 16×2 LCD display.
