What is transistor saturation?

For the circuit below, VDD = 10V and VOUT = 2V. Assume the transistor is in saturation, VTN = 1.2V, VDSQ = 5? For the circuit below, VDD = 10V and VOUT = 2V. Assume the transistor is in saturation, VTN = 1.2V, VDSQ = 5? Here is the link for the circuit...

please help me about transistor saturation.. i have a report on monday,, i don't understand from the book.. please help me, what it is,and what is the function of transistor saturation THANKSSS

When a transistor goes frm active to saturation ,collector to emitter voltage is said to be slightly less than 0.7 which makes base collector junction +ve bias 1. How the base at .7 and collector at slightly less than .7 v makes base collector junction...

For the circuit below, VDD = 10V and VOUT = 2V. Assume the transistor is in saturation, VTN = 1.2V, VDSQ = 5? Note there is no more information just what I have written Here is the link for the circuit: http://www7.0zz0.com/2012/03/26/01/464318029.gif...

For the circuit below, VDD = 10V and VOUT = 2V. Assume the transistor is in saturation, VTN = 1.2V, VDSQ = 5V, and VGS ≈ ID*RS. The current across the bias resistors (I1) is equal to .05*ID, and R1 || R2 = 96. Find R1, R2, RD, and RS. I need to...

Seems basic, but I fail to see in this diagram how the transistor will fall in the saturation region.  For a given Ib, wouldn't the Ic value just trace the blue line for whatever value of Vce from start zero to Vce max? Say for about 1 volt Vce and Ib...

The saturation region, in which both the collector and emitter junctions are forward-biased, lies in the portions of the curves wherein Vcb is just very slightly above 0 V and Ie > 0. When both are forward biased then how can so much current be flowing...