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• 20% off for now!! Summary
• It contains a methodology for device modeling and evaluation analysis simulation of white light emitting diodes, and a simulation of a backlight control circuit for a mobile phone using white light emitting diodes.
• In particular, white light emitting diodes are characterized by their behavior in low-temperature environments, so we focus on circuit analysis simulation in temperature dependence.
• In addition, the control circuit uses a non-boosting driver IC, which is a recent system.
• Since it is a backlight for a mobile phone, a lithium-ion battery is used for the power supply, and we also introduce lithium-ion device modeling.
• Please use it to understand white light emitting diodes and application circuits.　
• Table of Contents
• 1.About Device Modeling
• 2.Introduction
• 3.Device modeling of white light-emitting diodes
• 3.1 Forward Characteristics
• 3.2 Capacitive Properties
• 3.3 Switching Characteristics
• 3.4 Light-emitting diodes other than white light-emitting diodes
• 3.5 About Thermal Device Modeling
• 4.Evaluation analysis simulation of white light emitting diode
• 4.1 Forward characteristic simulation
• 4.2 Capacity characteristic simulation
• 4.3 Switching characteristics simulation
• 5.Device modeling of lithium-ion batteries
• 5.1 Constant load resistance model
• 5.2 Variable Load Resistance Model
• 5.3 About Thermal Device Modeling
• 6.Evaluation analysis simulation of lithium-ion battery
• 7.Non-boosted white light-emitting diode driver at PSpice
• Temperature dependent circuit analysis simulation in circuit
• 7.1 Circuit analysis simulation at room temperature
• 7.2 Circuit Analysis Simulation at Low Temperature
• 7.3 Simulation of Circuit Analysis at High Temperature
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