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16 июня 2023 г. 23:28:58
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LTspice-SPICE inner working and the simplest way to import SUBCKT modelsLTspice-SPICE inner working and the simplest way to import SUBCKT modelsHigh frequency model of the physical inductor:  Part II The Cauer modelHigh frequency model of the physical inductor: Part II The Cauer modelCompensating the leakage inductance in the basic DC-DC transformerCompensating the leakage inductance in the basic DC-DC transformerSome observations on power supplies for high side gate driversSome observations on power supplies for high side gate driversהרצאות של הקורס "מעגלים אלקטרוניים אנאלוגיים" שניתן באוניברסיטת בן גוריון ע"י פרופ' שמואל בן-יעקבהרצאות של הקורס "מעגלים אלקטרוניים אנאלוגיים" שניתן באוניברסיטת בן גוריון ע"י פרופ' שמואל בן-יעקבDefinitions of ‘Inductance’, ‘AC inductor’ and ‘DC inductor’: Correcting some misconceptionsDefinitions of ‘Inductance’, ‘AC inductor’ and ‘DC inductor’: Correcting some misconceptionsIntuitive explanation of SiC MOSFET thermal impedance, SOA, and LTspice simulationIntuitive explanation of SiC MOSFET thermal impedance, SOA, and LTspice simulationMOSFET SOA, SOA simulation and a capacitor pre-charger exampleMOSFET SOA, SOA simulation and a capacitor pre-charger exampleAir gap in AC inductors and DC inductorsAir gap in AC inductors and DC inductorsA self-adjusting and economical switched capacitor balancer for serially connected storage-cellsA self-adjusting and economical switched capacitor balancer for serially connected storage-cellsUtterly Simple Capacitors Pre-Charger  based on a Unique ‘Floating Integrator’Utterly Simple Capacitors Pre-Charger based on a Unique ‘Floating Integrator’BCM converters by triangular current injection, Part I: BasicsBCM converters by triangular current injection, Part I: BasicsAdvances in modeling Class II ceramic capacitors loss under high current and high voltageAdvances in modeling Class II ceramic capacitors loss under high current and high voltageThermally balancing multiphase converters. Part I: GeneralThermally balancing multiphase converters. Part I: GeneralLTspice simulation of a (spark-gap) surge arrester and a voltage surge generatorLTspice simulation of a (spark-gap) surge arrester and a voltage surge generatorPower dissipation of a gate driver and TI’s blunderPower dissipation of a gate driver and TI’s blunderDeep dive into an approximate inductor design using two alternative cores - CorrectedDeep dive into an approximate inductor design using two alternative cores - CorrectedAC Analysis (small signal) in SPICE (LTspice)AC Analysis (small signal) in SPICE (LTspice)Unfolding the fake inductor teaching of Dr. Sobhi BargUnfolding the fake inductor teaching of Dr. Sobhi BargAn intuitive explanation of the multiphase Buck Trans-Inductor voltage regulator (TLVR)An intuitive explanation of the multiphase Buck Trans-Inductor voltage regulator (TLVR)
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