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| Preface | |
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| Junction Diode Circuits | |
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| Exponential Form | |
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| Characteristics of p-n Junction Diode | |
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| Resistor Diode Circuit | |
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| Diode and RC Filter | |
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| Diode and RL Load | |
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| Single Phase Full-wave Rectifier and RL Load | |
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| Three Phase Rectifier and RL Load | |
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| Discrete Transistor Circuits | |
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| Transistor Parameters | |
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| Large Signal Amplifier- Class A, AB, and B | |
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| Nonlinear Distortion | |
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| Push-Pull Amplifier | |
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| Current source | |
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| Differential Amplifier | |
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| Differential Amplifier with Current Output | |
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| A Rudimentary Linear Integrated Circuit | |
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| Inductive Load Switching | |
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| Snubber Circuit | |
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| Zero-voltage and Zero-current Switching | |
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| Operational Amplifiers | |
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| Open-loop Gain | |
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| Limitation of Open-loop Gain | |
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| Closed-loop Gain and Virtual Ground | |
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| Type 1 Amplifier | |
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| Type 2 Amplifier | |
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| Type 3 Amplifier | |
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| Current Mode Operation | |
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| Voltage to Current Converter | |
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| Precision Current Source | |
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| Voltage Comparator | |
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| Voltage Integrator | |
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| RC Square Wave Generator | |
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| RL Oscillator and DC Current Measurement | |
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| Periodic, Large Signal Time-domain Studies | |
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| Transistors and Operational Amplifiers Combined- Medium Scale Circuit | |
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| Series Voltage Regulator with Bipolar Transistors | |
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| Series Voltage Regulator with MOSFET | |
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| Series Regulator in Other Configurations | |
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| Linear Battery Charger | |
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| Switching Battery Charger | |
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| Switching DC-DC Power Converter | |
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| Voltage-to-Frequency and Frequency-to-Voltage Converters | |
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| Introduction of Spacecraft Power System | |
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| Overview | |
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| Basic Architecture | |
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| Management of Operation Mode | |
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| Close Loop System | |
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| System Dynamics | |
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| Boost Converter--Battery Discharger | |
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| Mechanism of Operation | |
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| Boundary Condition | |
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| Sizing Inductor | |
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| Output Ripple and Output Capacitor Sizing | |
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| Parasitic Consideration | |
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| Current Feedback | |
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| Close Loop Output DC Regulation | |
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| Control Loop Stability and Loop Gain | |
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| Solar Array Shunt Regulators | |
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| Introduction | |
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| Linear Shunts | |
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| Nonlinear Shunt | |
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| Linear Shunt | |
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| A Typical Linear Shunt Stage, DC | |
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| Linear Shunt, AC Studies | |
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| Sequential Linear Shunt | |
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| Mode Control and Shunt Control Amplifier | |
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| Sequential Linear Shunt in Close Loop, DC | |
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| Linear Shunt in Close Loop--AC Studies | |
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| Sequential Pulse Width Modulated Shunts | |
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| Pulse Width Modulation (PWM) | |
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| The Sequencer | |
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| Steady State | |
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| Free Running Switching Shunt--Ripple Regulator | |
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| Introduction | |
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| Threshold Detection | |
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| Digital Sequencer | |
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| Threshold Detector and Shift Register Gain | |
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| Loop Gain | |
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| Loop Stability | |
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| Switching-mode Battery Charger | |
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| Operation of Boost (Step-up) Charger | |
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| Boost Charger at Steady State | |
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| Gate Drive | |
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| Lossless Snubber | |
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| Operation of Buck (Step-down) Charger | |
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| Buck Charger in Steady State | |
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| Reference | |
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| Appendix | |
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| Index | |