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Showing posts with the label Cable Ties

What is MOSFET – Working, Types, Applications, Advantages & Disadvantages

What is MOSFET Metal oxide silicon Field impact electronic transistor is abbreviated as MOSFET . It is just a unipolar electronic transistor AN used as an electronic switch and to amplify electronic signals. The device has 3 terminals consisting of a supply, gate and drain. Apart from these terminals there's a substrate usually known as the body that is usually connected to the supply terminal for sensible applications. In recent years, its discovery has led to the dominant usage of those devices in digital integrated circuits because of its structure. The Silicon di-oxide (SiO2) layer acts as an insulator and provides electrical isolation between the gate and an active channel between the source and the drain which provides high input electrical resistance that is sort of infinite so capturing all the signal. Working Principle of MOSFET It is fabricated by the oxidation of silicon substrates. It works by altering the width of the channel through which the movement of ...

Explained BNC Connector

A BNC cable connector may be a type of frequency (RF) connector used with coaxial cables. It is primarily utilized in radio, television, check instruments and video signals. BNC connectors ar ordinarily designed to control up to three GHz at seventy five Ohm. BNC Connector Types Not all BNC connectors are made the same. There ar many differing types of BNC connectors, designed with various methods of attachment. The different BNC connectors embrace the BNC Crimp on connector, the BNC twist on connector and the BNC compression connector. BNC Crimp on connector is out there in 2 designs – two piece and three piece. To attach the BNC Crimp on connector onto a cable, additional tools needed are a coax cable stripper and a coax crimping tool. Steps: Slide the crimp cap piece of the connector onto cable, slimmer side first. Using a cable stripper, trim the jacket off the edge of the cable and peel it off. Fold the copper trimming over the long aspect of the cable. Next tri...

Basics Of Solid State Relays

What do you mean by Solid State Relay? Solid State Relay is a totally electronic device that depends on the magnetic, electrical and optical properties of semiconductors to control the flow of current in a circuit. An alternative to Electro-mechanical relay giving enhanced electrical performance and reliability. A electronic switch that has no moving mechanical parts - Solid State. Solid State Relays have a long lifespan and superior reliability when exposed to vibration and shock. They are very small-sized, need less control power, and have very short response times. Loads can be switched without any disturbance or no bounce and no switching noise is generated. Neighbouring components cannot be disturbed during the switching process by the electromagnetic radiation typically caused by switching sparks or coil. When comparing with mechanical relays, the solid-state relays experience more power loss on the load circuit. Due to this reason they are often mounted on a heat sink. ...