Widlar Current Source
The Widlar Current Source is a circuit configuration that maintains a consistent current regardless of changes in the supply voltage or load conditions.
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The Widlar Current Source is a circuit configuration that maintains a consistent current regardless of changes in the supply voltage or load conditions.
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Allegro X Design Platform
Learn MoreThe gain-bandwidth product (GBWP) is often used to measure the performance of operational amplifiers and other electronic devices.
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An electrical rule check ensures that integrated circuits work the way they are supposed to. It helps improve PCB reliability and manufacturability.
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Optocoupler circuits offer critical electrical isolation from high-voltage sources that protect users and sensitive equipment.
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Explore how predictive maintenance, aided by AI and IoT, is revolutionizing electronics manufacturing, ensuring reliability, and increased efficiency.
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Watch PCB Tutorials or See What's New With Our Design and Analysis Tools
SUBSCRIBENoise voltage spectral density measures the amount of random electrical noise present in a circuit over a range of frequencies, which affects PCB design.
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It’s essential to consider and mitigate the conductor skin effect when designing PCBs, especially when dealing with high-frequency signals.
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Manufacturers often set minimum solder mask sliver widths to prevent PCB design problems such as solder bridging and wicking.
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Electromagnetic compatibility is essential for devices to perform without exerting or receiving undue influence from other electronics.
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Whether in production or in the field, PCB connector repair is a common prompt for rework. Designers will want to embrace DFM to minimize repair occurrence.
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IoT predictive maintenance is an alternative to reactive and preventive maintenance that combines both strengths through data analysis.
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Discover the advantages of embedded systems, including customizability, low power consumption, mass production, and high reliability.
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Embedded controller types differ by function and power consumption. However, all can improve electronic automation for particular circuit applications.
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Microcontroller types and applications are suited according to the design needs of the device, primarily the programmability and interrupt latency.
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Learn how IPC Class 3 requirements impact the layout and manufacturing of boards in critical applications.
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Supporting every plated through hole is the pad stack, which bolsters connectivity between mounted components and inner-layer traces.
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Learn how PCB thickness impacts electrical and mechanical board aspects as well as manufacturing ease.
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For DFM, IPC standard tolerances provide a template for testing and inspection that ensure devices meet minimum reliability requirements.
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Very-large-scale integration is the culmination of decades of IC manufacturing design techniques and technology that make modern devices realizable.
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IC packaging is complex and intricate. Learn more about the IC packaging process here.
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