What Are The Different Types of Fujutsu Takamisawa Relays

From the high voltage switchboards to the simple traffic controller, it is easy to find Fujutsu Takamisawa relays almost everywhere. In simpler terms, relays are a kind of switch that can help in making or breaking a connection. That means, with the help of the relays, you can either disconnect or connect two different points.

Even though it sounds very simple, the relays play a pretty vital role in maintaining the electricity load on a circuit. That is why there are several different Raychem Chip Ceramic Capacitors available in the market from which you need to take your pick. Each of these various kinds of relays has different structural conditions, the basic principles of the working are almost the same. Let's take a deeper look at the relays in the following section of this article.

 

What Are The Relays?

A relay is nothing but an electromechanical component that one can use for breaking or making an electrical connection. That means the relays come with a flexible part that you can control through the electromagnet. A relay is nothing but a mechanical signal which you can turn on or off manually. However, this kind of working principle fits only for the electromechanical relays.

There are several different relays available in the market from which you should choose according to the requirements of our device.

Different Types of Relays

As we have already mentioned, other than the electromagnetic relays that work depending on various types of principles. In the following section of this article, we have tried to mention different types of relays.

Electrothermal Relays

 

If you join two different types of metals and bind them together it creates a bimetallic strip. When the strip gets energized, it tends to get bent. In this kind of relay, this property of the metallic strip is used in such a way that the bending creates a significant connection between the contact points.

 

Electromechanical Relays

This kind of relay comes with some mechanical parts that can be controlled by the properties of the electromagnet.

 

Solid State Relay

This kind of relay does not contain any mechanical parts like the electromechanical and electrothermal relays. 

This type of relay uses various kinds of semiconductor devices. That makes the switching process faster and easier. The basic benefit of using this relay is that it has more life span and faster switching options compared to the other relays available in the market.

 

These are the basic types of relays that you can find in the market. You should consider your requirement first to determine which of the relays you should choose for yourself.