Skip to main content

Disclaimer


Disclaimer

This disclaimer ("Disclaimer", "Agreement") is an agreement between Website Operator ("Website Operator", "us", "we" or "our") and you ("User", "you" or "your"). This Disclaimer sets forth the general guidelines, terms and conditions of your use of the electronichub20.blogspot.com website and any of its products or services (collectively, "Website" or "Services").

Representation

Any views or opinions represented on the Website are personal and belong solely to Website Operator and do not represent those of people, institutions or organizations that the owner may or may not be associated with in professional or personal capacity unless explicitly stated. Any views or opinions are not intended to malign any religion, ethnic group, club, organization, company, or individual.

Content and postings

You may not modify, print or copy any part of the Website. Inclusion of any part of this Website in another work, whether in printed or electronic or another form or inclusion of any part of the Website in another website by embedding, framing or otherwise without the express permission of Website Operator is prohibited.

Indemnification and warranties

Website Operator guarantees the accuracy, reliability and completeness of the information and content on, distributed through or linked, downloaded or accessed from this Website. Furthermore, information contained on the Website and any pages linked to and from it are subject to change at any time and without warning.
We reserve the right to modify this Disclaimer relating to the Website, products or services at any time, effective upon posting of an updated version of this Disclaimer on the Website. When we do we will revise the updated date at the bottom of this page. Continued use of the Website after any such changes shall constitute your consent to such changes. Policy was created with WebsitePolicies.

Acceptance of this disclaimer

You acknowledge that you have read this Disclaimer and agree to all its terms and conditions. By accessing the Website you agree to be bound by this Disclaimer. If you do not agree to abide by the terms of this Disclaimer, you are not authorized to use or access the Website.

Contacting us

If you would like to contact us to understand more about this Disclaimer or wish to contact us concerning any matter relating to it, you may send an email to amolkolekar0304@gmail.com

Popular Posts

MOSFET Symbol

MOSFET stands for Metal Oxide Silicon Field Effect Transistor or Metal Oxide Semiconductor Field Effect Transistor. This is also called as IGFET meaning Insulated Gate Field Effect Transistor. The FET is operated in both depletion and enhancement modes of operation. The following figure shows how a practical MOSFET looks like. Construction of a MOSFET The construction of a MOSFET is a bit similar to the FET. An oxide layer is deposited on the substrate to which the gate terminal is connected. This oxide layer acts as an insulator (sio 2  insulates from the substrate), and hence the MOSFET has another name as IGFET. In the construction of MOSFET , a lightly doped substrate, is diffused with a heavily doped region. Depending upon the substrate used, they are called as  P-type  and  N-type   MOSFETs . The following figure shows the construction of a MOSFET . The voltage at gate controls the operation of the MOSFET . In this case, both positive and n...
Post a Comment
Read more

What is Electrical Switch

What is an Electrical Switch : An electrical switch is any device used to interrupt the flow of electrons in a circuit. Switches are essentially binary devices: they are either completely on (“closed”) or completely off (“open”). There are many different types of switches, and we will explore some of these types in this chapter. Learn the Different Types of Switches : Switches can be of mechanical or electronic type, Mechanical switches  must be activated physically, by moving, pressing, releasing, or touching its contacts. Electronic switches  do not require any physical contact in order to control a circuit. These are activated by semiconductor action. Mechanical Switches : Mechanical switches can be classified into different types based on several factors such as method of actuation (manual, limit and process switches), number of contacts (single contact and multi contact switches), number of poles and throws (SPST, DPDT, SPDT, etc.), operation and ...
Post a Comment
Read more

Thyristors Working

Thyristor Tutorial In many ways the Silicon Controlled Rectifier, SCR or just  Thyristor  as it is more commonly known, is similar in construction to the transistor. It is a multi-layer semiconductor device, hence the “silicon” part of its name. It requires a gate signal to turn it “ON”, the “controlled” part of the name and once “ON” it behaves like a rectifying diode, the “rectifier” part of the name. In fact the circuit symbol for the  thyristor  suggests that this device acts like a controlled rectifying diode. Thyristor Symbol However, unlike the junction diode which is a two layer ( P-N ) semiconductor device, or the commonly used bipolar transistor which is a three layer ( P-N-P, or N-P-N ) switching device, the  Thyristor  is a four layer ( P-N-P-N ) semiconductor device that contains three PN junctions in series, and is represented by the symbol as shown. Like the diode, the Thyristor is a unidirectional device, that is it ...
Post a Comment
Read more