Vpp м, м. Figure P6.138 TABLE 6.10 NMOS Inverter Time Delays TPHL TPLH t; 1.2RsC 3.7RmsC 3.7 RonsC Resistor load 0.69RC 2.2RC Pseudo NMOS 1.2RonsC 1.2RonlC 3.7RonC Depletion load 1.2RonsC 3.6RonlC 3.7 RonsC 8.1 Ront C 1.2RmsC 1.2RonsC 0.69 Ronl.C 3.7RonsC Saturated load 3.0Rn C 3.7RnsC 11.9Rn C Linear load 3.7RonlC Rons = Ront. = Ks(VH - VrNs) KL|VGs - VTNL|

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 What are the rise and fall times and average propagation delay of the NMOS gate if
C = 0.5 pF and VDD = 2.5 V? Use the estimates
in . (b) What are the rise and fall times
and average propagation delays of the NMOS gate
 if C = 0.3 pF and VDD = 3.3 V?

Vpp
м,
м.
Figure P6.138
Transcribed Image Text:Vpp м, м. Figure P6.138
TABLE 6.10
NMOS Inverter Time Delays
TPHL
TPLH
t;
1.2RsC
3.7RmsC
3.7 RonsC
Resistor load
0.69RC
2.2RC
Pseudo NMOS
1.2RonsC
1.2RonlC
3.7RonC
Depletion load
1.2RonsC 3.6RonlC
3.7 RonsC
8.1 Ront C
1.2RmsC
1.2RonsC 0.69 Ronl.C 3.7RonsC
Saturated load
3.0Rn C
3.7RnsC 11.9Rn C
Linear load
3.7RonlC
Rons =
Ront. =
Ks(VH - VrNs)
KL|VGs - VTNL|
Transcribed Image Text:TABLE 6.10 NMOS Inverter Time Delays TPHL TPLH t; 1.2RsC 3.7RmsC 3.7 RonsC Resistor load 0.69RC 2.2RC Pseudo NMOS 1.2RonsC 1.2RonlC 3.7RonC Depletion load 1.2RonsC 3.6RonlC 3.7 RonsC 8.1 Ront C 1.2RmsC 1.2RonsC 0.69 Ronl.C 3.7RonsC Saturated load 3.0Rn C 3.7RnsC 11.9Rn C Linear load 3.7RonlC Rons = Ront. = Ks(VH - VrNs) KL|VGs - VTNL|
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