The transmission gate shown above has the following parameters: kn′ =

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The transmission gate shown above has the following parameters: kn′ = 100 μA/V2 kp′ = 40 μA/V2 VTN = |VTP| = VT VDD = 5 V VT0 = 1 Vγ = 0.5 V1/2 2ϕf = 0.6 V(W/L)P = 2(W/L)N = 2 a) Calculate VOH and VOL b) As the vi changes instantaneous from 0 V to VDD, Calculate iDN(0), iDP(0), iDN(tPLH), iDP(tPLH), and tPLH . iDP(tpH) ) and tpHL. d) Calculate tP.

The transmission gate shown above has the following parameters: kn′ = 100 μA/V2 kp′ = 40 μA/V2 VTN = |VTP| = VT VDD = 5 V VT0 = 1 Vγ = 0.5 V1/2 2ϕf = 0.6 V(W/L)P = 2(W/L)N = 2 a) Calculate VOH and VOL b) As the vi changes instantaneous from 0 V to VDD, Calculate iDN(0), iDP(0), iDN(tPLH), iDP(tPLH), and tPLH . iDP(tpH) ) and tpHL. d) Calculate tP.

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The transmission gate shown above has the following parameters:

\begin{array}{l} k_{n}^{'} = 100 μ A / V^{2} k_{p}^{'} = 40 μ A / V^{2} V_{T N} = | V_{T P} | = V_{T} V_{D D} = 5 V \\ V_{T 0} = 1 V γ = 0.5 V^{1 / 2} 2 ϕ_{f} = 0.6 V {(\frac{W}{L})}_{P} = 2 {(\frac{W}{L})}_{N} = 2 \end{array}

a) Calculate

V_{O H}

and

V_{O L}

b) As the

v_{i}

changes instantaneous from

0 V

to

V_{D D}

, Calculate

i_{D N N} (0), i_{D P} (0), i_{D N} (t_{P L H})

,

i_{D P} (t_{P L H})

, and

t_{PLH}

.

i_{D P} (t_{p H})

) and

t_{p H L}

. d) Calculate

t_{P}

.

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