\section{Introduction} This assignment is designed to help us understand how a diode works when forward and reverse biased. The same scenario would be applied using a Light Emitting Diode(LED). The ...
Abstract: To clarify the influence of using different harmonic reduction circuits (HRCs) on open-circuit fault characteristics, and the relationship between steady-state and fault-state power quality ...
The I-V diagram of a tunnel diode inherits a voltage range corresponding to a specific current domain with a negative slope. Within this range, the electric resistance is negatively impacting the ...
Here is the simple diode circuit and the I-V characteristic curve of a diode. The circuit shows a diode connected in series with a resistor and a DC voltage source. The I-V characteristic curve ...
Abstract: This brief presents two new equivalent circuit schemes for triple-diode solar cell models (TDM). These schemes enable the formulation of an analytical relationship between current and ...
To measure a zener diode’s breakdown voltage, you need a dc voltage source whose voltage exceeds that of the zener voltage. In Figure 1, resistor R SER provides voltage drop between V IN and V ZEN. In ...
A YouTuber has developed a combat suit featuring a spinal battery system designed for improved power efficiency and reliability. The system includes voltage regulation, overcurrent protection, and ...
A special control IC that emulates a “smart diode” along with an external MOSFET allows positive inputs and prevents negative inputs for automotive and industrial applications. This new IC replaces ...
Nearly four decades ago (in his Designs for High Performance Voltage-to-Frequency Converters), famed designer Jim Williams cataloged five fundamental techniques for voltage to frequency conversion.
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