analyze voltage transfer characteristic (VTC) of the ECL inverter step by step with equations
analyze voltage transfer characteristic (VTC) of the ECL inverter
step by step with equations
Homework Answers
- With Vin < VBB, Qi is off and Qr is in the forward active region of operation; then
Vinv = VCC = VOH
Vninv = VCC –IE *Rcr = VOL
- With Vin = VBB, Qi and Qr are both active
Vinv = Vninv = VCC –[(VBB –VBE(ECL) +VEE)/(2*RE)]*Rc.
- As Vin increased beyond VIL, Qi begins to conduct
Vinv = VCC –(Rci/Rcr)*[VIH –VBE(ECL) + VEE] = VOL
- When Vin is increased beyond VIH
Vinv= VCC –(Rci/Rcr)*[Vin –VBE(ECL) + VEE].
- Qi will eventually saturate with further increases of the input.
![VCC + VBC(sat) +RCI (VBE(sat) - VEE] RE Vs= 1+RCI RE](http://img.homeworklib.com/questions/f7da06f0-ec82-11ea-a52c-1da96c385891.png?x-oss-process=image/resize,w_560)
- And
Vin = Vs , Vinv = Vs –VBC(sat)
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analyze voltage transfer characteristic (VTC) of the ECL inverter
step by step with equations
Write report about Study and analyze noise margin of the ECL inverter. Write report about Study...
Write report about Study and analyze noise margin of the ECL inverter. Write report about Study the static power dissipation of the ECL inverter.
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Write by computer because the line is not clear about analyze noise margin of the ECL inverter. And Write by computer about the static power dissipation of the ECL inverter. And ues equations
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NEED AN ANSWER ASAP Q3: Estimate the low-to-high propagation delay for the RTL inverter Shown in...
NEED AN ANSWER ASAP
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