News & Updates

ROLE OF VISION PROCESSING WITH ARTIFICIAL NEURAL NETWORKS IN AUTONOMOUS DRIVING

In next 10 years, the automotive industry will bring more change than we have seen in the last 50, due to technological advancement. One of the largest changes will be the move to autonomous vehicles, usually known as the self-driving car. Scientists from many universities are striving to implement vision processing with the artificial neural network to […]

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PICKIT 3 MINI

Previously, I made a Pickit 3 clone – (See previous Blog Post). It works well, but I have often wondered just how little of its circuitry was needed to program and debug the boards I make. For instance – I primarily use the newer 3.3V PIC32 processors, so I really don’t need the ability to

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projects or dual channel inductive loop vehicle detector

Specifications Number of operating modes: 4 Tuning: Automatic Detection type: Presence/Pulse Presence time: Adjustable in 3 steps Pulse duration: 250 ms / 500 ms Signal filtering: Adjustable in 2 steps (NORMAL, HIGH) Loop inductance: 20 uH – 1000 uH Frequency range: 20 kHz – 145 kHz Frequency selection: 2 combinations (LOW, HIGH) Sensitivity: Maximum 0.0025\%

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MaxProLogic FPGA Board With BLE Developers Module

SWEETENING THE DEAL With a few days left in our campaign, we will sweeten the MaxProLogic deal. We will now offer our newly developed BLE Board. This board includes the Texas Instruments CC2640 chip along with a 2.4GHz antenna and matching network. This board plugs directly into MaxProLogic. It communicates with the FPGA over a

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Third version of homemade 6 GHz FMCW radar

Introduction Previously I made a simple frequency-modulated continuous-wave (FMCW) radar that was able to detect distance of a human sized object to 100 m. It worked, but as it was made with minimal budget and there was a lot of room for improvement. FMCW radar working principle FMCW radar block diagram If you have read my

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PCBDRAW – KICAD BOARD INTO A NICE LOOKING 2D DRAWING

This small Python script takes a KiCAD board (.kicad_pcb file) and produces a 2D nice looking drawing of the board as an SVG file. This allows you to quickly and automatically create awesome pinout diagrams for your project. These diagrams are much easier to read than a labeled photo of a physical board or an

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RESEARCHERS DEVELOP LONG RANGE BACKSCATTER SENSORS THAT CONSUME ALMOST NO POWER

Researchers at the University of Washington developed a new backscatter sensors that can operate over long ranges with very little power. The researchers demonstrated for the first time that the device runs on almost zero power and can transmit data across distances of up to 2.8 kilometers. Backscatter communication works by emitting a radio signal and then monitoring the reflections

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LT8362 LOW IQ BOOST OR SEPIC OR INVERTING CONVERTER WITH 2A 60V SWITCH

LT8362 – LOW IQ BOOST/SEPIC/INVERTING CONVERTER WITH 2A, 60V SWITCH

Features Wide Input Voltage Range: 2.8V to 60V Ultralow Quiescent Current and Low Ripple Burst Mode® Operation: IQ = 9µA 2A, 60V Power Switch Positive or Negative Output Voltage Programming with a Single Feedback Pin Programmable Frequency (300kHz to 2MHz) Synchronizable to an External Clock Spread Spectrum Frequency Modulation for Low EMI BIAS Pin for Higher Efficiency n

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TERAHERTZ ELECTRONICS – WAY TO BRIDGE THE LARGELY-UNTAPPED REGION BETWEEN 100GHZ AND 10THZ

The terahertz (THz) region, which is based on 1THz frequency, separates electronics from photonics and has been difficult to access for ages. Semiconductor electronics cannot handle frequencies equal to or greater than 100GHz due to various transport-time related limitations. In other hand, photonics devices fail to work below 10THz as photon’s energy significantly drops to thermal energy. Terahertz

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NEW ULTRATHIN SEMICONDUCTORS CAN MAKE MORE EFFICIENT AND TEN TIMES SMALLER TRANSISTORS THAN SILICON

The researchers at Stanford University have discovered two ultrathin semiconductors – hafnium diselenide and zirconium diselenide. They share or even exceed some of the very important characteristics of silicon. Silicon has a great property of forming “rust” or silicon dioxide (SiO2) by reacting with oxygen. As the SiO2 acts as an insulator, chip manufacturers implement this property to isolate their circuits on

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