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电路 (diàn lù)
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- Scope and Excitement of Physics
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- To determine equivalent resistance of resistors when connected in series and in parallel
- To convert the given galvanometer of known resistance and figure of merit into a voltmeter of desired range and to verify the same experiment
- To determine minimum deviation for given prism by plotting graph between angle of incidence and angle of deviation
- To compare the emf of two given primary cells using potentiometer experiment
肖特基二极管
Introduction
一个电路的二极管是一个组件,它允许电流流动只有一个方向。看到的是肖特基二极管的使用金属半导体结而其他使用pn结二极管。有不同的优势因素的系统,它可以帮助第一次切换应用程序。
Definition of Schottky diode
肖特基二极管也被称为半导体结二极管。这种类型的二极管称为低压二极管,热载流子二极管、肖特基势垒二极管。它只不过是一个类型的金属,它是由半导体与金属结(Georgiadou et al . 2020年)。这种类型的二极管提供快速交换行动,它也有一个较低的正向电压降。看到在PN结二极管,p型和n型作品在一起这种二极管的形成。在这个学期肖特基二极管,铝和铂等金属应用而不是p型半导体。
Construction of Schottky diode
肖特基二极管的建设喜欢一样的PN结二极管的施工过程。建设的唯一区别是p型半导体取代使用铂等金属或铝。
在这种类型的二极管,结是由通过n型半导体材料和金属的加入。这是原因命名金属半导体结。
Figure 1: Construction of Schottky diode
这个二极管设计尤其是替代的p型半导体快速交换的原因。这是这种类型的二极管的施工过程。
Uses of Schottky diode
肖特基二极管主要用于数字音频混合器的应用。它被设计在某种程度上,以便它可以用于高频无线电传输的应用程序。这种类型的二极管也用于开关模式电源,它被称为最重要的应用程序这个二极管(Mathew &溃败,2021)。
Schottky diode systems are also useful in digital communication systems. Another use of this diode system is in the place of rectifier circuits also. That is why it is seen that the diode and its apppcation happened for high-frequency apppcation.
Figure 2: Symbol of Schottky diode
Characteristics of Schottky diode
肖特基二极管有其不同的特点和它说这个二极管前锋降低电压下降时相比其他二极管。二极管增加其前进下降与n型半导体的掺杂浓度的增强(Mathew &溃败,2021)。
正向电压下降的障碍这种二极管构成的半导体硅。二极管的类型系统作为一个单极设备,它显示了n型导体电流的流动。
Difference between Schottky diode and normal diode
这两种类型的二极管之间的主要区别是,一个典型的二极管结合n型和p型半导体pn结的形成。另一方面,肖特基二极管的金属可以取代p型半导体(Electronics-tutorials, 2022)。
金属可以迅速从白金黄金、钼和钨。看到,在结合金属与n型半导体时,形成一个m结。这是正常二极管、肖特基二极管之间的主要区别。
Difference between Zener and Schottky diode
齐纳和肖特基二极管是两种不同类型的二极管。有这两个二极管之间的主要区别和它说的肖特基二极管是由金属半导体结(Pediaa, 2022)。另一方面,齐纳二极管是由两个highly-doped半导体pn结的。
Figure 3: Difference between Zener and Schottky diode
区别这两个因素还说,肖特基用于使应用程序开关速度。另一方面,齐纳提供了一个稳定的参考电压。这两个二极管的主要因素是,他们都是用于电力供应参考电压的普罗维登斯。
Advantages of Schottky diode
肖特基二极管电路的系统有不同的优势。它说,二极管系统快速恢复的时间。这是系统用于高速切换应用程序(欧特克,2022)。二极管产生更少的噪音比典型的二极管系统。肖特基二极管提供了更好的性能比任何正常的二极管系统。这个二极管系统有能力提供多个电源和它是一个很好的利用这个系统。二极管已被用于大功率应用的能力。
Conclusion
肖特基二极管是一种特殊类型的二极管由一种金属半导体结。这个二极管似乎是小相比其他二极管。系统提供快速转换作用的地方,它有能力在下降较低的正向电压。金属半导体使用铂等金属或铝。系统被认为是类似于PN结二极管。这些是肖特基二极管系统的概念。
FAQs
Q1。二极管的定义是什么?
答。二极管在电路是一个组件,它允许流电流的电路。这是见过,目前只在一个方向流动。这个二极管是由p型和n型半导体接触。
Q2。什么是肖特基二极管?
Ans。这是一种特殊类型的二极管,二极管的建筑发生了通过使用一个金属半导体结pn结的代替。它在电路有不同的特征,有不同的用途。
第三季。齐纳二极管是什么?
答。齐纳二极管是一个重掺杂二极管相比其他二极管。齐纳二极管的原因可以进行分解而不致损坏。