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a give the characteristics of ideal op-ampb illustrate inverting operational amplifier with feedback get the expression for voltage gain with
a how transistor will be used as an amplifierb give relation between alpha and betac show the biasing arrangement for the pnp transistor in common
a what is understand by clipping circuit draw and illustrate different types of diode clipping circuitsb with the help of circuit diagram describe
a draw and illustrate the v-i characteristics of pn junction diode how the characteristics reflected with change in temperatureb describe physically
draw the circuit of transistor in the common base configuration draw the active saturation and cut-off regionlist the characteristics of ideal op-amp
illustrate the working of full wave rectifier using bridge rectifier how is it different from centre tapped rectifier illustrate avalanche and zener
a draw robot configurationb explain the significance of end effectorsc define the termsi accuracyii repeatabilityiii work volumeiv control
a diagram fms layout configurations with labelingb what are the basic components of fmsdiscuss in brieflyc describe the function of material handling
a write short notes on part feeding devices and transfer mechanismb explain with example automation for machining operation with relevant diagramsc
describe the termi automationii automated lines 04list out the reasons for automation and discuss in detail the process of work part
a what is the working of sensor in robotics b define the following i proximity sensorii tactile sensorsiii optical sensorc what is an end effectors
a what are the elements of flexible manufacturing systemsb what are the basic types of workstations typically found in an fms describe them
a illustrate the concept of part families b explain briefly the general process to solve the problem of grouping the parts into
what are the broad principals that will be applied in product design to facilitate automated assembly
a what do you understand by detroit-type automationb what are the situations under which the above kind of automation can be planned
what do you understand by solid modeling and wireframe modeling in cad systems explain and compare the both modellingsdescribe the following1
define ruled surface and surface of revolutionillustrate in detail b-spline and cubic bezier surfaces with their important
what do you mean by bezier curve shown b0 11 b1 23 b2 43 b3 31 the vertices of bezier polygon calculate seven points on bezier curvewrite in brief
give an industrial look at modern camcaddefine explicit implicit and parametric representations what are the basic advantages of parametric
the corners of wedge-shaped block are a002 b003 c023 d022 e-122 and f-123 and the reflection plane goes the y-axis at 450 between -x amp z axis
what is the process of metal removal in electrochemical machining what are the basic functions of electrolyte in ecmillustrate the following key
can you explain how electrochemical grinding is advantageous over conventional grinding how metal is moved in electrochemical grindingwhat is the
breifly explain abrasive jet machining inbriefly explain the following key terms in electrochemical machininga electrolytesb ecm tooling techniques
discribe the ultrasonic machining with main emphasis on the followinga basic working principle and machining set upb accuracy and surface complete on
explain the basic working principle of ultrasonic machining with the help of diagramwhat are the different kinds of tool materials explain tool