So far I’ve discussed about the micro controller basics and the compiler software. I’ve yet not written anything about programming. ATmega32 series micro controllers support 3 types of programming Parallel Programming ISP Programming or serial Programming Programming via JTAG Here ISP stands for In System Programmer. To burn a micro controller just […]
ISP Programmer for ATmega32 Microcontroller Read More »
Introduction to Interrupts Although micro controllers can accept inputs from Digital I/O Ports,interrupts are preferred for accepting inputs generated by external events. This is mainly because of the less attention required for an interrupt based program. An Interrupt Event directs the flow of program execution to a totally independent piece of code, known as “Interrupt
Working with External Interrupts in AVR micro controller Read More »
After $5.5 millions collaboration and a lot of work during the past four years of engineers at Imec, the next-generation electrodes called Neuropixels probe were designed to record hundreds of neurons in the brain. Imec is an international nano electronics research center dedicated to build and test powerful new devices for detecting neural activity within the brain.
The “Neuropixels” probe records brain signals Read More »
How Television Works Television has been around long enough to seem entirely ordinary, but the box that brings TV shows into your home is an amazing device. What kinds of signals are being transmitted? How is the picture formed? Where does the color come from? Find out what’s going on inside a TV set. Learn
TV Signals Roundup Read More »
NORWOOD, Mass. (PRWEB) June 16, 2008 Crest-Factor RF Detector Extends Cell Phone Battery Life by 20 Percent The ADL5502 is the industry’s first dual-function RF detector in a single package that combines an RMS detector with an envelope detector to facilitate the crest-factor measurement of complex signals. Accurate power measurement and crest-factor calculation allows
NORWOOD, Mass. (PRWEB) October 20, 2008 The new SigmaDSP audio processors include up to eight stereo asynchronous sample rate converters, an S/PDIF (Sony/Philips Digital Interface) transceiver and serial inputs/outputs that support I2S (inter-IC sound) and TDM (time-division multiplexed) formats. Any of these inputs can be routed to the SigmaDSP core or any of the outputs
