cmos
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MIT Combines GaN and Silicon Chips for Faster, Efficient Electronics Researchers from MIT and elsewhere have developed a new way to combine two types of chips: gallium nitride (GaN) and silicon-based CMOS chips into a single chip. The solution is cheaper, scalable, and more energy-efficient. Gallium nitride chips are not cheap or easy to work with, but they are faster and better at handling power. Silicon chips, on the other hand, are cheap and common but lack… |
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CD4047 Astable/Monostable Multivibrator: Modes, Waveforms & Simulation If you're after a reliable timing option for your next electronics project, the CD4047 multivibrator IC can provide the solution you need. Whether you need a CD4047 inverter circuit for power conversion or the more accurate CD4047 astable multivibrator circuit used in timing applications, this guide covers it all from the basic CD4047 pin diagram to more sophisticated CD4047 circuit diagrams… |
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Fourth Generation Automotive-Grade Relative Humidity and Temperature Sensor with CMOSens Technology Sensirion has introduced the new digital automotive sensor SHT4xA that is based on Sensirion’s CMOSens Technology and meets the most demanding reliability requirements, such as accelerated lifetime tests at 85°C / 85 %RH. Specifically designed for automotive applications, this sensor is available in different accuracy classes with an I2C or pulse… |
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Comparison between CMOS and TTL Logic - Which is Better and Why? It might be surprising to know that the patent for a ‘field effect transistor’ predated the creation of the bipolar transistor by at least twenty years. However, bipolar transistors were quicker to catch on commercially, with the first chip made of bipolar transistors appearing in the 1960s, with MOSFET manufacturing technology being perfected in the 1980s and soon… |
