Common emitter is the preferred circuit because the collector voltage drops to a well defined low value when the transistor is 'on', therefore it absorbs only a small amount of power.
Slightly less than cc configuration but greater than cb
The common emitter (CE) configuration provides large current amplification because it utilizes a small base current to control a much larger collector current, resulting in a significant current gain (β). In contrast, the common base (CB) configuration does not offer the same level of amplification since it is designed for high-frequency applications and has a lower input impedance, which leads to a smaller output current relative to the input. Additionally, the CB configuration does not allow for the same degree of control over the collector current by the base current as the CE configuration does.
Reason: The common Emitter mode has voltage and current gain better than the other two configurations(CB and CC). i.e it has a current gain greater than that of CC mode and greater voltage gain than that of CB mode.
A sexy transistor are two type. NPN and PNP..... c means common b means base .
result of output characteristics of npn transister in CB mode
Actually ce configuration is preferred for amplification since it has a current gain of 20-500 and also has appreciable voltage and power gain. It has moderate output to input impedence ratio(about 50).
the CB configutration is having low impedance & hence used in I-V converters(current -voltage converters)
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Open Messages > Settings > Scroll Down to 'Cell Broadcast (cb) Setting > deselect CB Activation
Slightly less than cc configuration but greater than cb
cc/ce/cb doesn't give the no current gain
comparerission between CB,CC&CE
Common Emitter(CE) Configuration possess largest voltage gain among the three(CE CB CC).
The common emitter (CE) configuration provides large current amplification because it utilizes a small base current to control a much larger collector current, resulting in a significant current gain (β). In contrast, the common base (CB) configuration does not offer the same level of amplification since it is designed for high-frequency applications and has a lower input impedance, which leads to a smaller output current relative to the input. Additionally, the CB configuration does not allow for the same degree of control over the collector current by the base current as the CE configuration does.
Reason: The common Emitter mode has voltage and current gain better than the other two configurations(CB and CC). i.e it has a current gain greater than that of CC mode and greater voltage gain than that of CB mode.
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A sexy transistor are two type. NPN and PNP..... c means common b means base .