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Diving into the world of VLSI has been a thrilling journey! 🌟 Understanding basic concepts like MOSFETs, CMOS technology, and layout design forms the foundation of this fascinating field. The integration of millions of transistors into a single chip allows us to create powerful, efficient, and compact devices. 🏗️✨ Exploring digital and analog circuit design, along with simulation tools like Cadence, has broadened my perspective and honed my skills. The challenges are many, but the rewards are immense. 🚀 What's your favorite aspect of VLSI? Let's discuss and learn from each other! 💬 #VLSI #Semiconductors #MOSFET #CMOS #ChipDesign #Electronics #DigitalDesign #AnalogDesign #Cadence #TechInnovation

Hello everyone and welcome to Day 21 of #100daysamplifierdesign challenge. 🔬🚀 Without further ado, today we will be discussing about how to take into cognisance INTERSTAGE LOADING and IMPEDANCE matching when designing multistage amplifiers: When designing multistage amplifiers: 1. Manage Interstage Loading: - Ensure each stage's input impedance is high compared to the previous stage's output impedance. - Hence, use the appropriate topology at each stage to achieve the desired impedance characteristics. 2. Achieve Impedance Matching: - Match the output impedance of one stage to the input impedance of the next stage. - Use techniques like matching networks or buffer stages to enable proper impedance matching. 3. Consider System Requirements: - Align impedance matching and loading with desired gain, bandwidth, and noise performance. - Select the appropriate amplifier topologies at each stage to meet the overall system specifications. By addressing these factors and using the appropriate amplifier topologies at each stage, you can optimize the performance, stability, and reliability of the multistage amplifier. The image below is the layout view of the interstage matching network #MultistageAmplifiers #ImpedanceMatching #InterstageLoading #AmplifierDesign #CircuitTopology Pipeloluwa Olayiwola Blue Cheetah Analog Design, Inc. Tiny Tapeout Intel Corporation NVIDIA IEEE Computer Society

In this two days workshop on CMOS VLSI design using Cadence as a beginner i learned fundamentals such as digital and analog circuit connections, simulation techniques, layout essentials, and optimization strategies for performance and power efficiency so at the end created Integrated circuits based on requirements given

I’m thrilled to share that I have recently completed the “Winter Training: FinFET Physics and Modeling for Circuits Simulation” course offered by Siemens EDA (Siemens Digital Industries Software). The key topics are:  1- Technical review of MOSFET fabrication and design processes.  2- Exploring short-channel effects. 3- Mastery of different compact modeling techniques. 4- In-depth analysis of FinFET device physics and modeling.  5- Understanding FinFET parasitics. Special thanks to Dr. Amr Bayoumi, Eng. Abdallah Mohamed and Eng. Yasmen for supporting us throughout the course. This training experience has greatly contributed to my knowledge and skills in the area of semiconductor devices and CAD tools. #semicoductors #devices #modeling #Verilog #MOSFET #FinFET #CAD

These LGA (Land Grid Array) packages are produced using 3D-CSP (Chip Scale Packaging), relocating chip contacts beneath the chip to free up the surface for photonics or fluidic interfaces. In contrast to conventional packaging methods, 3D-CSP can replace bond wires on the top side of the chips, allowing for unrestricted access. #3Dprinting #LGA #3D-CSP info@microtec-d.com

Tips for IC Package Thermal Simulation Learn more: https://lnkd.in/g4MZ8G_g #ic #thermal #simulation #mcu #chip #component #electroniccomponent #pcbdesign #design #hardware #circuits

Leveling up VLSI one workshop at a time!🤖 Our VLSI Workshop: Design to Simulation, conducted by IETE-ISF CBIT, provided participants with valuable insights into the latest design and simulation techniques. From digital to analog and mixed-signal design, attendees gained hands-on experience and expanded their knowledge. #VLSI #Workshop #Design #Simulation #Tech #Education #IETEISFCBIT"

Experience a trip into the world of semiconductor innovation by reading our most recent article, which reveals the finer points of differential amplifiers made with Cadence 90nm technology. 🍂 🍂 🍁 This investigation explores the core of contemporary circuit design and demonstrates the interaction of advanced production methods with precise engineering. 🍁 Learn about every aspect of differential amplifiers and how important they are for signal processing, amplification, and other applications. 🍁 The work provides a thorough understanding of the revolutionary potential of Cadence 90nm technology in influencing the development of electronic systems, from design considerations to performance optimization. Come along with me as we explore the cutting edge of semiconductor engineering, where each circuit signifies a new height in technical capability. 🙇♀️ 🙋♀️ #Cadence #vlsi #Differentialamp

🌟 Excited to share my progress on the 100 Days Amplifier Design challenge! Today, let's dive into the fascinating world of Integrated Circuit (IC) fabrication. Understanding how chips are made is essential for every circuit designer. Here's a distilled guide to the key steps in IC fabrication: 1. Semiconductor Physics: Delve into concepts like resistivity and band gaps, crucial for understanding silicon's behavior. 2. Doping: Learn how doping modifies silicon's electrical properties, enabling precise control of current flow. 3. PN Junctions: Explore the creation of PN junctions, fundamental for directing current within circuits. 4. Diode Fabrication: Discover how diodes are made through PN junction formation on silicon wafers. 5. Solar Cell and LED Fabrication: See how IC fabrication extends to solar cells and LEDs, showcasing practical applications. 6. Historical Context: Trace the evolution of ICs from germanium transistors to silicon integration. 7. Maskless Photolithography: Explore advancements like maskless photolithography, streamlining pattern projection onto wafers. 8. Wafer Preparation: Learn about the meticulous preparation of silicon wafers, crucial for subsequent processing. 9. Microscope Alignment: Understand the importance of precise alignment during fabrication for quality assurance. By grasping these concepts, circuit designers can enhance their skills and drive innovation in microelectronics. Let's embark on this journey together! #ICFabrication #CircuitDesign #100daysamplifierdesign Pipeloluwa Olayiwola