As manufacturing processes for advanced semiconductor devices become more complex, precise defect localization and characterization are crucial for device failure analysis and reliability improvement. This review summ...
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This paper presents a new method for designing a differential amplifier using CMOS technology, incorporating a current mirror load (CMOS-DACML). To tackle the intricate optimization challenges presented by this nonlin...
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Currently, the research and application of wide-band semiconductors are rapidly developing. The new generation of power devices represented by silicon carbide (SiC) MOSFETs have shown excellent performance in high-fre...
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As we progress through the technological timeline, the importance of the phrase "sustainability" becomes more apparent. The use of non-renewable energy as a power source is out of date. To power the systems,...
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ISBN:
(纸本)9798350346787
As we progress through the technological timeline, the importance of the phrase "sustainability" becomes more apparent. The use of non-renewable energy as a power source is out of date. To power the systems, the new technologies and designs rely on renewable and sustainable energy. In order for a system to function successfully, it is critical to harvest the most possible power from the source, in which case the Energy Harvesting Power Management integratedcircuit (EH-PMIC) comes into the picture. A Maximum Power Point Tracking (MPPT) and Buck-Boost Converter are required as a result. These blocks, when used together, guarantee that the renewable energy source, in this case its solar cell, delivers the greatest amount of electricity to the system. This project aims to design an MPPT and power converter. This paper describes the design and implementation of EH-PMIC in Cadence virtuoso using TSMC-180nm technology. The whole EH-PMIC is designed and simulated in Virtuoso Schematic Editor and Spectre Simulator. Physical implementation is done using a virtuoso layout editor and DRC, and LVS is clean with post layout simulations matching the expected specifications.
This paper presents a differential common source fixed gain high efficiency power amplifier with performance determined by using chip-on-board PCB measurements. The amplifier is based on inductive load without degener...
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This paper presents a voltage regulator with current-sinking capability designed as a low-side supply for an HV gate driver circuit. The proposed novel topology regulates an input voltage from IOV to 60V into a stable...
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This paper presents the design and validation of a high-performance power detection circuit using a 40 nm CMOS technology, achieving wide dynamic range, high sensitivity, and miniaturization for wideband applications....
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Ku-band front-end chip with integrated switch on 130nm CMOS technology is implemented for satellite communication at 14-18 GHz bands. The single-pole-doublethrow (SPDT) switch with 46dB isolation reduces front-end per...
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Relative Timed design represents timing constraints in an integratedcircuit as mathematical equations. This differs from current state of the art integratedcircuitdesign methodologies and electronic design automati...
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This paper presents an Application-Specific integratedcircuit (ASIC) implementation suitable for healthcare applications that employ RISC-V as a digital processing unit and sensor interfacing circuits. Systems on Chi...
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