Assuming that you are talking about a p-n junction semiconductor diode, then yes. You can do it mechanically, electromechanically, configure a transistor circuit to rectify, use a thermionic triode (a vacuum tube) or a Mercury arc rectifier. Diodes cannot be used at very high voltages, and mercury arc rectifiers are still manufactured for these applications. It is not unknown for mercury arc rectifiers to be found which are older than the electricians working on them! A full answer would depend upon whether you are talking about simple signal level rectification, i.e effectively blocking negative components of an ac waveform, or power rectification, i.e converting ac to dc at high current, high voltage, or both.
control &alt.
All tools help humans (and rarely, animals) to perform tasks. So pick a tool, any tool. Then think about how you use it. That's a method of using it. If the task you need to perform is to safely knock down a wasp's nest, the tool you want may be a rock, and your method of using it is to throw it at the wasp's nest.
Computing is the act of using a computer. This can be anything from gaming, surfing the web, to banking. There are numerous activities that people perform using the computer.
Yes. In windows its often located in Start > Programs > Accessories > Calculator. They perform this using a math processor built into the CPU (Central Processing Unit). Older computers had a separate math processor called a Math-CoProcessor
There are various websites which enable users to perform a DSL speed test on a computer, the most prominent of which being speedtest and my-speedtest. Numerous others exist and these may be found by using google.
the ease of filtering their outpot voltages
Yes; solid state rectifiers were made using values (also called vacuum tubes). ************************************************************* A solid state device is a semiconductor device. A valve (vacuum tube) is a thermionic device, so yes, rectification can be achieved with a thermionic rectifier.
You can't convert ac to pure dc with diode only. The easiest way to convert ac to dc by with diode is by using rectification, it consist of at least 2 diodes (half wave rectifier) and (capacitor is to "smoother" the wave).
Special diode does special function. Diodes are originally used to rectify ac current into dc current . Other versions of diodes are constructed in a similar way using the same principles but their function is not rectification such as light emmision diode
is a device that smoothen your half-wave rectification into a full-wave rectification after using a 4 diode and 1 resistor , after adding a capacitor , there will be a almost steady output , it charges the capacitor when is forward biased which is the first half wave , and discharge when is reverse biased to stablelize the wave into a almost same potential difference compare to a.c
uncontrolled wave rectification is achieved using a single diode in a one phase supply, or by using three diodes in a three phase supply. In uncontrolled wave rectification, either the positive or negative half of the AC wave is passed or the other half is blocked. Since only one half of the input waveform reaches the output, it is very incompetent if used for power transfer. A controlled wave rectifier uses a thyristor instead of a diode, therefore the firing angle can be adjusted with a gate pulse.
As far as general principles apply, they both perform the same function: using a diode.
yes we can produce electricity without magnetism by using semiconductor for example photo diode is used in solar cells.
A Power Diode is used when a large current is involved which needs a larger junction to dissipate the heat generated. An advantage of using the Power Diode is it is able to withstand high voltage without being damaged. A disadvantage about the Power Diode is that being a large junction it is unable to stand high frequency applications.
you don't
No. An ordinary diode, be it silicon or germanium, conducts in one direction only, whereas a zener diode conducts in both directions, but at different voltages. An ordinary diode is used to rectify, using its forward bias characteristics, while a zener diode is used to regulate, using its reverse bias characteristics.
A person can perform a task without using their hands or head by using other parts of their body, such as their feet, elbows, or mouth. They can also use tools or technology to assist them in completing the task.