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Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
In the rectangular form, if the active part is zero, the impedance is purely reactive. +j indicates inductive reactance - j indicates capacitive reactance.
Explanation with circuit Diagram, Illustration
Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
Open circuit between any terminals can be defined in terms of the figure below
Explanation with circuit Diagram, Illustration
Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
Short circuit between any two points can be defined in terms of a figure. If a circuit element is replaced by a short length of an ideal conductor, the terminals are said to be short circuited
Electric Circuit Analysis
Subject and UNIT: Electric Circuit Analysis: Unit I: a. Introduction
In electrical circuits, we can classify the circuit elements mainly as (a) active elements (energy sources) (b) passive elements
Nano Devices | Physics for Electrical Engineering
Subject and UNIT: Physics for Electrical Engineering: Unit V: Nano Devices
Physics for Electrical Engineering: Unit V: Nano Devices : Part B (16 Marks Questions)
Nano Devices | Physics for Electrical Engineering
Subject and UNIT: Physics for Electrical Engineering: Unit V: Nano Devices
Physics for Electrical Engineering: Unit V: Nano Devices : Part A '2' Marks Q and A
Types, Working Principle, Advantages, Disadvantages, Applications, Uses | Nano Devices
Subject and UNIT: Physics for Electrical Engineering: Unit V: Nano Devices
The quantum well based lasers are called quantum well laser.
Nano Devices
Subject and UNIT: Physics for Electrical Engineering: Unit V: Nano Devices
Nanomaterials have attracted much attention due to their novel optical properties that are markedly different from bulk materials.
Nano Devices
Subject and UNIT: Physics for Electrical Engineering: Unit V: Nano Devices
Spintronics is the abbreviation of spin transport electronics, also known as spin electronics. Magneto electronics, Spin Electronics and Spintronics are different name for the use of electrons' spins (not just their electrical charge) in information circuits.
Subject and UNIT: Physics for Electrical Engineering: Unit V: Nano Devices
The unusual properties of carbon nano tubes have many applications such as battery electrodes, electronic devices and reinforcing fibers for stronger composites etc.
Carbon nanotubes | Nano Devices
Subject and UNIT: Physics for Electrical Engineering: Unit V: Nano Devices
Carbon nanotubes are metallic or semiconducting depending on the diameter and chirality (ie., how the tubes are rolled).
Definition, Structures, Types, Classification | Nano Devices
Subject and UNIT: Physics for Electrical Engineering: Unit V: Nano Devices
A group of nanostructures with large potential applications carbon nanotubes. The hexagonal lattice of carbon is simply graphite. A single layer of graphite is called graphene.