Applications of Digital Voltmeter

DVM is a useful device and has many applications like:

  • It is used in laboratory and labs for determining accurate and precise voltage level across various devices mainly resistors, diodes, capacitors in electronics circuits.
  • Often times unknown current values are determined with the help of DVM. As DVM helps to calculate voltage and once voltage level is known we can calculate the corresponding current in the circuit.
  • DVM are employed in for verification purposes like they are used in cathode ray tubes to verify the accuracy of the findings and readings. They help in electrical maintenance and inspection of circuits.
  • In certain circuits tree ammeter method and the three voltmeter method are used for measuring of power. They are used to calculate the power factor of a specific load in circuit.
  • DVM is largely used for the purpose of circuit designing and prototype. They help in measuring and verifying voltage levels at every stage. This is used for designing the required circuit.

Working Principle of Digital Voltmeter

A voltmeter is a significant device used in electronics engineering for measuring potential developed across various devices. Depending on the requirements these voltmeters can be designed into two types that being digital and analog. In this article, we will briefly discuss the two types of voltmeters. Later we will study about digital voltmeter and the working principle behind it. We will also see the block diagram of a digital voltmeter and how it works. The digital voltmeter can further be divided into certain types and we will discuss them too. This description will include talking about their specifications as well. After the discussion, we will talk about the advantages and disadvantages of digital voltmeters which are considered while using digital voltmeters in some real-life appliances. This will conclude the article with some Frequently Asked Questions for user reference.

Table of Content

  • Digital Voltmeter
  • Working Principle
  • Block Diagram
  • Types
  • Advantages
  • Disadvantages
  • Applications

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Digital Voltmeter

With the gradual development of technology, there has been a need for more precision while making experimental calculations. This led to the development of digital voltmeters. A digital voltmeter is used for measuring potential differences between two specific points in an electric circuit. Being a digital meter, the values measured either alternating or direct are discrete meaning that output values are more similar to “On” and “Off” values. This results in more precise results ensuring minimum error due to pointer errors....

Working Principle of Digital Voltmeter

Let us discuss the working of a digital voltmeter. It is important to note that the working of digital voltmeter matches to that of an analog to digital convertor because it basically transforms given input signal into a sequence of pulses . Let us see the working...

Block Diagram of Digital Voltmeter

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Types of Digital Voltmeter

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Advantages of Digital Voltmeter

Digital voltmeter has various advantages and some of them have been stated below...

Disadvantages of Digital Voltmeter

There are certain limitations of digital voltmeter like:...

Applications of Digital Voltmeter

DVM is a useful device and has many applications like:...

Conclusion

The article presents us a brief introduction to the types of voltmeter and a detailed picture of digital voltmeter. The working and block diagrams of voltmeter have been discussed to give readers some insights into the DVM. The applications of DVM shows us how important DVM is to the electronics industry mainly because of the precise readings it can give. That being said , developments in technology are peaking and there is a large possibility of further improvements in DVM to make it better in terms of fragility and other factors. Readers can refer to the FAQs for any doubts....

FAQs on Digital Voltmeter

What is Analog voltmeter?...