关键区别 - 欧姆的法律与基希霍夫的定律在理解电力方面，了解原始参数，电压和电流之间的关系至关重要。描述这种关系的基本原则是欧姆的定律。另一方面，基希霍夫定律是一种描述这些属性的理论[…]
不同选择ween SMPS and Linear Power Supply
Key Difference – SMPS vs Linear Power Supply Most electronic and electrical devices require DC voltage in order to function. These devices, especially electronic devices with integrated circuits, should be supplied with a reliable, distortion-less DC voltage for them to work without malfunctioning or burning. The purpose of a DC power supply is to […]
不同选择ween BTU and Watts
Key Difference – BTU vs Watts It is first important to identify the concepts of energy and power in order to understand the difference between BTU and Watts. If an object is doing a work, the object is given an amount of energy to perform the task. If there is a heat transfer from […]
电压转换器和变压器之间的差异
Key Difference – Voltage Converter vs Transformer In practice, voltage is supplied from many difference sources, often by the mains power. Those voltage sources, either AC or DC, have a specific or a standard value of voltage (for example, 230V in AC mains and 12V DC in a car battery). However, the electrical and […]
受监管和不受监管的电源之间的差异
关键差异 - 受调节的VS不受管制的电源，电源是为另一个电气设备提供能量（电源）的设备或电路。电源有许多类型；受监管和不受监管的电源是基于输出类型的两个类别。在受监管的电源中，[…]
在线和离线UPS之间的区别
Key Difference – Online vs Offline UPS UPS or Uninterrupted Power Supply is a device that supplies power to critical loads which should run continuously without an interruption, even during a power outage. UPSs have two types: rotary/mechanical type, which includes motors and generators as the power source, and static UPSs, which supply backup […]
电阻和电抗之间的差异
Key Difference – Resistance vs Reactance Electrical components such as resistors, inductors, and capacitors have some sort of an obstruction for the current passing through them. While resistors react to both direct current and alternating current, inductors and capacitors respond to variations of currents or alternating current only. This obstacle to the current from […]
电感和电容之间的差异
Key Difference – Inductance vs Capacitance Inductance and capacitance are two of primary properties of RLC circuits. Inductors and capacitors, which are associated with inductance and capacitance respectively, are commonly used in waveform generators and analog filters. The key difference between inductance and capacitance is that inductance is a property of a current carrying […]
安培和库仑之间的差异
关键差异 - 安培与库仑安培和库仑是两个用于测量电流的测量单元。导体中的电流以安培的形式测量，而库罗姆斯测量电荷量。一个安培等于一秒钟内电荷的一个库仑的流量。与库仑不同，[…]
电源和电源之间的区别
Key Difference – Power Source vs Power Supply Power is defined as the energy consumed or supplied within a given period. Since energy cannot be created as per the theory of conservation of energy, it should be transformed into a consumable form from an available source in order to make use of energy. Electricity […]