Common-collector configuration, Electrical Engineering

Assignment Help:

Common-collector configuration:

 The common-collector that is abbreviated CC transistor configuration is displayed in figure.  In this type of configuration, the collector is common to both of the input and output of the circuit.  This is fundamentally similar as the common-emitter configuration; apart from that the load is in the emitter in place of the collector.  Just as in the common-emitter circuit, the current flowing via the load while the transistor is reverse-biased is zero, with the collector current being extremely small and equal to the base current.  As the base current is raised, the transistor gradually gets out of cut-off, goes into the active region, and eventually becomes saturated.  One time saturated, the voltage across the load becomes maximum, when the voltage Vce across the collector and emitter of the transistor goes down to a extremely low value, that is as low as a few tens of milli volts for germanium and 0.2 V for silicon transistors.

843_Common-collector configuration.png

Figure:  Common-Collector Transistor Configuration


Related Discussions:- Common-collector configuration

Explain about the term embedded system, Explain about the term embedded sys...

Explain about the term embedded system. An embedded system is a system which has software embedded within computer-hardware that makes a system dedicated for an application(s)

RC coupled transistor amplifier., why we plot graph to find bandwidth is dr...

why we plot graph to find bandwidth is drawn b/w av/avmax v/s frequency not av v/s frequency?

Electrical fundamentals, Electrical Fundamentals 1. An aircraft compan...

Electrical Fundamentals 1. An aircraft company has decided to replace the copper cables to the main aircraft generators onboard it's Boeing 747s with aluminium cables that are

Alternator, How can I design alternator?

How can I design alternator?

Determine current for a bjt, Q. For a BJT with vBE = 0.7V, I CBO = 4 nA, ...

Q. For a BJT with vBE = 0.7V, I CBO = 4 nA, i E = 1 mA, and i C = 0.9 mA, evaluate α, iB,iSE, and β.

Explain about differentiator, Q. Explain about Differentiator? Shown in...

Q. Explain about Differentiator? Shown in Figure is a differentiator which is obtained by replacing R1 in the inverting amplifier of Figure by a capacitor C. Assuming ideal op-

Matlab code, Linear Equalizer and Decision Feedback Equalizer ...

Linear Equalizer and Decision Feedback Equalizer Simulation and Performance Comparison In this project , performance of decision feedback equalizer is analyzed,

Explain the advantage of synchronous counters, Explain the Advantage of Syn...

Explain the Advantage of Synchronous Counters? The most significant advantage of synchronous counters is that there is no cumulative time delay because all flip-flops are trigg

D/a converter, weighted resistor and r2r ladder d/a converter

weighted resistor and r2r ladder d/a converter

Slip-power controlled wound-rotor induction-motor drives, Q. Slip-power con...

Q. Slip-power controlled wound-rotor induction-motor drives? Slip power is that portion of the air-gap power that is not converted into mechanical power. The methods involving

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd