(a)   is the process whereby a portion of the output voltage of an amplifier

is returned to the input with a phase angle that opposes (or subtracts from) the input

signal.

(a)   mode of operation that results when the input signal is connected to one input with the other input connected to ground.

(a)   mode of operation in which two opposite polarity signals are applied to the inputs.

(a)   mode of operation in which two in-phase and equal signals are applied at the two input terminals and the resultant output signal at each output terminal is zero.

(a)   is the voltage gain of an op-amp with external feedback.

(a)   refer to the measure of the amplifier’s ability to reject common-mode signals.

(a)   is a very high gain differential amplifier with a high input impedance and low output impedance.

(a)   operational amplifier configuration with closed loop gain and attenuation that is equal to unity.

An op-amp contains a number of (a)   stages to achieve a very high voltage gain.

(a)   refer to the range of voltage that an electronic device or circuit can produce at its output terminal.

Op-amp is abbreviated as (a)   .

Op-amp is a (a)   type of amplifier.

(a)   it is the voltage that must be applied between the two input terminals of the op-amp to obtain zero volts at the output.

Op-amp has (a)   inputs.

Op-amp has (a)   outputs.

. (a)   it is defined as the average of the currents into the two input terminals with the output at a specified level.

CMRR parameter in an instrumentation amplifier stands for (a)   .

Op-Amp with positive input type configuration is represented as (a)   .

Op-Amp with negative input type configuration is represented as (a)   .

(a)   refers to the maximum rate of change of an op-amp output voltage.

Op-Amp with positive input type configuration +V or V is called (a)   .

Op-Amp with negative input type configuration -V is called (a)   .

. (a)   it is the measure of the source’s propensity to drop in voltage when the load draws current.

(a)   Value of CMRR of an ideal instrumentation amplifier.

The ratio that quantifies the device's ability to reject the common mode signals is called (a)   .

(a)   refers to the difference between the input bias current at the non-inverting terminal minus the input bias current at the inverting terminal of the amplifier.

In an op-amp, the input impedance is _________________ and the output impedance is __________________.

(a)  

The process of limiting the output range of an amplifier or other circuit.

(a)  

A circuit that compares two input voltages and produces an output in either of two states indicating the greater than or less than relationship of the inputs.

(a)  

Characteristic of a circuit in which two different trigger levels create an offset or lag in the switching action.

(a)  

A comparator with built-in hysteresis.

(a)  

An op-amp configuration with two or more inputs that produces an output

voltage that is proportional to the negative of the algebraic sum of its input voltages.

(a)  

(a)   are basically inverting amplifiers where we replace the feedback resistor with a capacitor of suitable value.

(a)   is any continuous signal for which the time varying feature of the signal is a representation of some other time varying quantity.

(a)   is a signal that represents data as a sequence of discrete values; at any given time, it can only take on one of a finite number of values.

(a)   is an electronic process in which a continuously variable, or analog, signal is changed into a multilevel digital signal without altering its essential content.

A digital technique that involves sampling an analog signal at regular intervals and coding the measured amplitude into a series of binary values, which are transmitted by modulation of a pulsed, or intermittent, carrier.

(a)  

(a)   is a process of measuring the amplitude of a continuous-time signal at discrete instants, converting the continuous signal into a discrete signal.

(a)   is also known as instantaneous or impulse train sampling.

(a)   states that the sampling rate must be at least 2 times the highest frequency contained in the signal.

(a)   is the effect of new frequencies appearing in the sampled signal after reconstruction, that were not present in the original signal.

The difference between the unquantized sample x(n) and the quantized output xq(n) is called the (a)   .

The digitization of the analog signal is done by the (a)   .

is a field which combines Power (electric power), Electronics and Control systems.

(a)  

(a)   deals with the static and rotating power equipment for the generation, transmission and distribution of electric power.

(a)   deals with the study of solid state semiconductor power devices and circuits for

Power conversion to meet the desired control objectives.

(a)   refers to the process of controlling the flow of current and voltage

and converting it to a form that is suitable for user loads.

(a)   is a type of diode that is commonly used in power electronics circuits.

(a)   is a type of metal –semiconductor junction diode, which is also known as hot-carrier diode.

(a)   is a semiconductor device that consists of three layers and three terminals, with alternating

p-type and n-type layers.

(a)   --- It has three terminals Gate, Source, Drain.

The gate is insulated from the channel by a

layer of SiO2. It is also called as Insulated Gate Field

Effect Transistor (IGFET)

(a)   combines the physics of both BJT

and power MOSFET.

(a)   is a special

type of thyristor and are fully

controllable switches which can be turned

on and off by switching the polarity of the

gate signal.

(a)   is a power switch with a MOS gate for turn- on and turn-off. It is derived

from a thyristor by adding the features of a MOSFET.