Technical

Technical

  • The main types and working principles of battery charge and discharge testers

    The main types and working principles of battery charge and discharge testers

    I. Overview and Core Objectives The battery charge and discharge tester is a specialized electronic device used to evaluate and diagnose the performance of batteries. Its ultimate goal is to verify whether the battery can meet its designed backup time and power requirements, and to determine its ...
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  • The resonance effects in series resonant circuits and parallel resonant circuits

    The resonance effects in series resonant circuits and parallel resonant circuits

    In electronic circuit design, resonant circuits play a crucial role. Among them, series resonance and parallel resonance, as two basic types of resonances, each exhibit unique frequency response characteristics. This article will delve into the principles, properties, and applications of these tw...
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  • The reasons for the decrease in the resonant frequency of a series resonant circuit

    The reasons for the decrease in the resonant frequency of a series resonant circuit

    Series resonant circuits are an important circuit structure widely used in electronic engineering. Their characteristic lies in that when the input signal frequency reaches a certain specific value, the circuit presents pure resistive properties, and at this time, the current in the circuit reach...
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  • Comparison of Selection Characteristics of Series Resonance and Parallel Resonance Circuits

    Comparison of Selection Characteristics of Series Resonance and Parallel Resonance Circuits

    In electronic circuit design, resonant circuits, as an important frequency-selecting network, are widely applied in communication systems, filter circuits, and signal processing fields. Among them, series resonance and parallel resonance, as two basic types of resonances, have their own unique fr...
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  • The transfer amplitude frequency characteristic of the series resonant circuit

    The transfer amplitude frequency characteristic of the series resonant circuit

    Series resonant circuit is a circuit structure that exhibits a special response at a specific frequency. The amplitude-frequency characteristic of this circuit is an important indicator for analyzing the performance of the circuit. This circuit is composed of inductors, capacitors and resistors. ...
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  • Measure the Q factor of the series resonant circuit

    Measure the Q factor of the series resonant circuit

    The series resonant circuit is an important circuit structure in electronic engineering. The accurate measurement of the quality factor (Q factor) of this circuit is of great significance for evaluating and optimizing the circuit performance. This article will provide a detailed introduction to t...
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  • The frequency characteristics of the series resonant circuit

    The frequency characteristics of the series resonant circuit

    The series resonant circuit is an important circuit structure in the field of electronic engineering. Its frequency characteristics are widely applied in various fields such as signal processing and communication systems. This circuit is composed of inductors, capacitors, and resistors. When the ...
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  • The frequency characteristics of series resonance

    The frequency characteristics of series resonance

    The series resonant circuit is a circuit structure that exhibits a specific response at a particular frequency. Its frequency characteristics are an important research topic in the field of electronic engineering. When the signal frequency is the same as the inherent frequency of the circuit, the...
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  • The energy relationship during series resonance

    The energy relationship during series resonance

    In the power system, series resonance is a specific working state of the circuit. When the inductive reactance and capacitive reactance in the circuit cancel each other out, resonance occurs. In this state, the circuit exhibits pure resistive characteristics, with the current and voltage being in...
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  • Selection methods for voltage withstand test equipment for different types of cables.

    Selection methods for voltage withstand test equipment for different types of cables.

    The core of selecting cable withstand voltage test equipment is matching the equipment to the requirements. This process should be carried out systematically, following the steps of clearly defining requirements, selecting appropriate methods, verifying parameters, and verifying functionality. Th...
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  • How to correctly calculate the frequency of a series resonant circuit

    How to correctly calculate the frequency of a series resonant circuit

    In electronic circuit design, series resonant circuits are a common and important circuit structure. Understanding and mastering the calculation method of their resonant frequency is essential basic knowledge for circuit engineers and electronics enthusiasts. This article will detail the working ...
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  • Test factors affecting the power frequency withstand voltage test

    Test factors affecting the power frequency withstand voltage test

    HV HIPOT specializes in manufacturing power frequency withstand voltage test equipment (also known as series resonance). Now, let’s introduce the test factors that affect power frequency withstand voltage tests. Some of the main factors affecting the power frequency withstand voltage test a...
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