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What is the device used for converting AC to DC called?

What is the device used for converting AC to DC called?   The device used for converting alternating current (AC) to direct current (DC) is called a rectifier. A rectifier is an electrical device that converts alternating current (AC), which periodically reverses direction, into direct current (DC), which flows in only one direction. The process is known as rectification.   Rectifiers have many uses in a variety of electrical appliances, electronics and technology sectors. Their most notable use is in power supplies where they convert the AC voltage into a steady DC voltage. They are also commonly used in electronic devices such as radios and televisions to detect the audio and video signals from radio and television broadcasts. Rectifiers are fundamentally crucial for several gadgets, devices and appliances that rely on DC for their operations. Since most households, offices, industries, etc., receive AC power supply, it becomes necessary to convert the same into DC for thes...
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How can you complete electric field lines between -3 micro coloumb and +5 microcoloumb?

  On the other hand, positive charges, +5 micro coulombs in this case, are where the electric field lines originate or begin. The field lines radiate out from the positive charge. Here, given that this charge is greater than the negative charge, more field lines will originate from this charge. The pattern of these lines also suggests the interaction between these two charges. They would move along the electric field lines from the positive charge towards the negative charge, representing the motion of a positive test charge if it were released near the positive charge. Since field lines are denser closer to the charges and less dense further away, this indicates that the electric field is stronger near the charges and weakens with increasing distance. Moreover, these field lines never cross each other. Each line must begin on a positive charge and end on a negative charge, making an unbroken curve. It is crucial to keep in mind this fundamental concept while drawing electric field...

How can you complete electric field lines between -3 micro coloumb and +5 microcoloumb?

  How can you complete electric field lines between -3 micro coloumb and +5 microcoloumb? Let's start with the negative charge, -3 micro coulombs in this case. Negative charges are typically shown as the termination points of electric field lines. In other words, field lines end on negative charges. Since this charge is less in magnitude than the positive charge, fewer field lines will end on this charge, visually representing its lesser magnitude. Read more... 

What can you do if your DR1512 Xantrex Inverter Charger won't turn on?

  What can you do if your DR1512 Xantrex Inverter Charger won't turn on? Article 2: Common Reasons for the Problem To begin troubleshooting, you should first understand some of the possible causes that might be preventing your DR1512 Xantrex Inverter Charger from powering on. It could be as simple as a blown fuse or an internal fault, which prevents the charger from switching on. The problem may also be attributed to a weak or dead battery that needs charging or replacing. Incorrect wiring, defective parts, or issues with your power source can also result in the inverter charger not turning on. 👉Read more...