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Calculate the PMOS device width to achieve symmetric propagation delays in an inverter (tPLH=tPHL). Use Wn=450nm Ln=300nm and Lp=300nm and solve for Wp Hand calculate the values of Wp of PMOS for the inverter The following values may be used in your hand analysis: K 95.7504 K 274.754/² W₁1.35pm W₂ = 0.45um L₂ - L₁ = 0.3 μm Vp0.54V V~0.49 V Load Cap: C 1pF V 25V Vana-OVV Source de 2.5 P

Calculate the PMOS device width to achieve symmetric propagation delays in an inverter (tPLH=tPHL). Use Wn=450nm Ln=300nm and Lp=300nm and solve for Wp Hand calculate the values of Wp of PMOS for the inverter The following values may be used in your hand analysis: K 95.7504 K 274.754/² W₁1.35pm W₂ = 0.45um L₂ - L₁ = 0.3 μm Vp0.54V V~0.49 V Load Cap: C 1pF V 25V Vana-OVV Source de 2.5 P

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Calculate the PMOS device width to achieve symmetric propagation delays in an inverter (tPLH=tPHL). Use Wn=450nm Ln=300nm and Lp=300nm and solve for Wp E Hand calculate the values of Wp of PMOS for the inverter. The following values may be used in your hand analysis: k 95.754 K274.754/² W, 1.35pm W₁ = 0.45µm = L = 0.3 μm Vp0.54V V~0.49 V Load Cap:C1pF Vad = 2.5V Vand-OV Vsource de = 2.5 P Find Wp, Tphl, Tplh, Rising, Falling?
Transcribed Image Text:Calculate the PMOS device width to achieve symmetric propagation delays in an inverter (tPLH=tPHL). Use Wn=450nm Ln=300nm and Lp=300nm and solve for Wp E Hand calculate the values of Wp of PMOS for the inverter. The following values may be used in your hand analysis: k 95.754 K274.754/² W, 1.35pm W₁ = 0.45µm = L = 0.3 μm Vp0.54V V~0.49 V Load Cap:C1pF Vad = 2.5V Vand-OV Vsource de = 2.5 P Find Wp, Tphl, Tplh, Rising, Falling?
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P-channel Metal-Oxide Semiconductor (PMOS), N-channel Metal-Oxide Semiconductor (NMOS), and Complementary Metal-Oxide Semiconductor (CMOS)
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