Power supply design Power supply design is an otherwise very demanding exercise. The design engineer is first required to define the power supply’s specifications. He will then be required to decide the topology. One the topology is complete; the engineer
Low power IoT applications Most IoT devices are battery-driven making optimizing for power the top design challenge. This challenge is even growing harder with AI inferencing moving from the data centre to the edge. Sensors are increasingly being required to
What is RISC-V? RISC-V has in the recent past attracted the attention of major corporations across the globe like Google, NVIDIA, and Qualcomm among others. It has thrown developers into a frenzy. What exactly is RISC-V though? RISC-V is an
Industrial IoT and PLCs Industrial IoT is growing rapidly. However, traditional PLCs don’t offer sufficient flexibility and connectivity as required by engineers. Customizing solutions to achieve the required flexibility and connectivity is costly and time-consuming. More so, very few engineers
Power and IoT The Internet of Things can now be considered a mature technology. With active devices hitting 9.5 Billion in 2019, IoT has certainly entered its golden age. Even so, IoT is still faced with numerous challenges one of
Additive manufacturing of electronics Additive manufacturing has been around for three decades and has since come a long way. The revenue for additive manufacturing had reached $5.2 billion by the end of 2015. It has exhibited an impressive compounded growth
Light-emitting diodes(LED) modules are LED self-contained devices that are designed to either function on its own or to plug into a compatible unit. These modules are mostly used in the development of both energy-efficient and portable lighting. An LED contains
Superheterodyne Receiver A way to Get People to like Superheterodyne Receiver is to inform them Know how the superheterodyne receiver operates and what its benefits are. Superheterodynamism means you are Superheterodyne when you are using the lower side band (the
What is BME680? The BME680 environmental sensor breakout board provides the capability of temperature, humidity, barometric pressure and VOC gas sensing in a single sensor. Bosch’s BME680 is an integrated environmental sensor primarily designed for mobile applications and wearables where
The Internet of Things has been christened the fourth Industrial Revolution, a title it rightfully deserves. It is estimated that by the end of 2019, 14.2 billion devices had been connected to the internet. It is further estimated that the
