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  • Methods for reducing ripple voltage

    Methods for reducing ripple voltage

    Jun , 06 2024
    Brief introduction Ripple voltage is a voltage fluctuation in the output of a DC power supply, referring to the AC component of the output voltage. Excessive ripple voltage can have an impact on the normal operation of electronic devices, so reducing ripple voltage is an important issue that needs to be addressed in the power supply design process. This article will introduce some commonly used me...
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  • Commonly used industrial communication protocols

    Commonly used industrial communication protocols

    May , 31 2024
    1、Modbus protocol (1) Modbus packet type Modbus protocol is an application-layer message transmission protocol that can be transmitted on various media, and the transmission mode is divided into three types: ASCII, RTU (Remote Terminal Control System), and TCP.  There are multiple versions of the Modbus protocol for serial ports, but the following three are the most common: Modbus-RTU: In thi...
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  • A Brief Introduction To Filter Circuits

    A Brief Introduction To Filter Circuits

    May , 25 2024
    In the rectifier filter circuit, there are two parts of the circuit altogether, respectively the rectifier circuit and the filter circuit, the functions of the two are different, the function of the rectifier circuit is to convert the sine wave AC voltage, and the function of the filter circuit is to convert the unidirectional ripple voltage, and the functions of the two parts of the circuit work ...
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  • Differences in communication serial ports

    Differences in communication serial ports

    May , 16 2024
    RS-232 and RS-485 are two common serial communication standards, with the following main differences between them: Different transmission methods: RS-232 adopts a single end transmission method, and its data signal is relative to the signal ground, usually used for point-to-point communication; RS-485 adopts differential transmission mode, allowing multiple transceivers to be connected on the bus,...
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  • Measures to suppress harmonics

    Measures to suppress harmonics

    May , 11 2024
    The fundamental cause of harmonic generation is due to nonlinear loads. When the current flows through the load and does not have a linear relationship with the applied voltage, it forms a non sinusoidal current, resulting in harmonics. The suppression of harmonics in the power system is to reduce or eliminate the harmonic current injected into the system, in order to control the harmonic voltage ...
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  • THE RELATIONSHIP BETWEEN APPARENT POWER, ACTIVE POWER, AND REACTIVE POWER

    THE RELATIONSHIP BETWEEN APPARENT POWER, ACTIVE POWER, AND REACTIVE POWER

    Apr , 20 2024
    The apparent power, active power, and reactive power meet the following triangular relationships: Figure (1): Schematic diagram of the power triangle S:Apparent power S 2 =P 2 + Q 2 Q:Reactive power P = S *cosφ
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  • Reactive power compensation

    Reactive power compensation

    Apr , 12 2024
    The electrical equipment of the power system will produce active power and reactive power when in use. Active power converts electrical energy into mechanical, thermal, chemical, or acoustic energy, while reactive power converts electrical energy into another form of energy, such as electrical energy occupied by electromagnetic components to build up a magnetic field. The hazards of reactive power...
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  • The difference between thermal magnetic and electromagnetic types of molded case circuit breakers

    The difference between thermal magnetic and electromagnetic types of molded case circuit breakers

    Apr , 07 2024
    The main differences between thermal magnetic circuit breakers and electromagnetic circuit breakers are reflected in triggering time, protection sensitivity, overload resistance, working principle, and applicable scenarios. The rmomagnetic Electronic Here is a detailed introduction: a. Trigger time. The triggering time of electromagnetic circuit breakers is relatively short, usually only a few ten...
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  • What are the application fields of inverters and  their applications in the building materials  industry

    What are the application fields of inverters and their applications in the building materials industry

    Mar , 15 2024
    What are the application areas of inverters? The most important role of installing an inverter power supply is to regulate the speed of the AC motor, with good speed regulation effect, high performance, safety and reliability, simple operation, and universal system. Due to these advantages, it is suitable for many industries and has been promoted. Below is an introduction to the application fields...
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