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Day-40 of #100DaysOfRTL challenge: Clock Gating Clock gating is a technique used in digital circuits to reduce power consumption by disabling the clock signal to parts of the design when they are not in use. By gating the clock signal, we prevent unnecessary switching activity, which can significantly lower dynamic power consumption, especially in large-scale designs like ASICs and FPGAs. Checkout my GitHub Repository: https://lnkd.in/g8aVHwn6 #RTLDesign #VLSIDesign #Verilog #ClockGating #PowerSaving #100DaysOfRTL

Steady-state thermoreflectance (SSTR) revolutionizes thermal conductivity measurements by overcoming traditional method limitations. This non-destructive, non-contact technique boasts high sensitivity, enabling precise measurements in materials with low thermal conductivity. SSTR excels at micro and nanoscale resolutions, making it ideal for thin films and small-scale structures. Here you can learn about "Thin Film Thermal Metrology and its Implications for Electronic Devices" #SSTR #thermal #semiconductor #thinfilm #metrology

Excited to share this article on FPGA based real-time simulation of power electronics for high frequency #SiC and #GaN converters. https://lnkd.in/edyb6wwV #powerelectronics #hardwareintheloop #HIL #evcharging

As a wide bandgap semiconductor, ZnO has a direct bandgap energy of 3.3eV and an exciton binding energy of 60meV, which makes it widely used in optics, electronics, catalysis and other fields. Surface modification of ZnO quantum dots is an important way to keep their structural and optical properties stable. #wide #bandgap #semiconductor #ZnO #important #quantum #dots https://lnkd.in/g9qiRicx

Texas Instruments die shot of the SN2012027 EEPROM charging chip. RDL layers are still present to connect the solder balls to the pads. Frontside view. #semiconductor #IP #intellectualproperty #chiptechnology #chiplayout #RDL #BEOL #semiconductorindustry #microelectronics #microscopy #reverseengineering #keyence #competitiveinsights #keyencemicroscopy #VHX7000

✅ Want to get a deep dive into the ⚡ power consumption in an FPGA⚡ and understand why Lattice is a leader in this space? Sign up to Lattice Insights and get an in-depth exploration of FPGA power consumption mechanics, power estimation tools, optimization techniques, and unlock the secrets of FPGA power optimization! #fpga #design #innovation https://lnkd.in/d_4WhcCx

LM741 Op-amp Datasheet, Pinout, LTSpice #lm741 #amplifiers #electronics #ICS #semiconductor #integratedcircuits The LM741 operational amplifier stands as a cornerstone in electronics, celebrated for its versatility and widespread utility. This article serves as a comprehensive guide to the LM741 op-amp, exploring its datasheet, pinout configuration, and integration into LTSpice for simulation. As an integral member of the 741 series, the LM741 has earned its reputation as a reliable and essential component in countless electronic circuits. By unraveling the details of its datasheet and pinout, coupled with insights into its LTSpice simulation, this guide aims to empower both seasoned engineers and enthusiasts in harnessing the full potential of the LM741 op-amp. https://lnkd.in/gVZc_WJK...

We mentioned William Shockley last week on #ThrowbackThursday, so let's dig in a little deeper! Today marks the 74th anniversary of the patent awarded to "John Bardeen, Walter Brattain, and William Shockley" for the transistor - what does a transistor do? Hailed as "one of the basic building blocks of modern electronics" on Wikipedia, the transistor is "used to amplify or switch electrical signals and power" - this is key for practically all electronics, from computers to electric vehicles and wind turbines! #TheMoreYouKnow #Transistor https://lnkd.in/gbtR4Wjm

Hi Everyone, So far we have covered upto Lecture 4 of our Third chapter of Control Systems - "State Space Analysis". I'm uploading the complete notes of of those lecture here. From today onwards, we will be studying Eigen Vectors and Eigen Values which are really important if you want to understand the Concept of Controllability and Observability. Links to all the lectures are given in comments. #gate #gate2025 #controlsystems #electronics #notes

A few thoughts on Heisenberg's Uncertainty principle and clock jitter. Someone asked me this question sometime back. Is there any fundamental limit on the minimum achievable jitter? The WiFi PLLs and cellular PLLs have been steadily pushing the limits in achieving ultra low values of jitter over the past few decades. How far can we push the jitter values? Is there any physical limit on the minimum achievable jitter in analog and RF circuits?  Can Heisenberg's Uncertainty principle be applied to macroscopic electrical systems like capacitors to arrive at some interesting results in clock jitter? This article tries to arrive at such physical limits on the jitter values or uncertainties in time as the system transitions between two energy levels. The numbers are so small that even the best clocks today are like 5 orders of magnitude away from the limiting value. Let me know if you think there are any mistakes. #analog #physics #rfdesign #jitter #clock #pll #electronics