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Q4. Determine the current
Two different NMOS transistors with exactly the same threshold voltage form a current mirror like circuit connections as shown below. Determine the current I_D.
Q3. Determine the current
For the current mirror below, determine the current I_{REF}.
Q9. Determine the current and output impedance
The non-ideal op-amp with gain A=50000, but with infinite input resistance and zero output resistance below is used to increase the overall output resistance of NPN current source below. Find the current
I_C and the output resistance,
R_{out}.
Q10. Determine the current and the emitter resistance
For the current source below, determine the Zener current I_Z, and the BJT's emitter resistance
R_E if
I_0 = 2\text{mA}.
Q2. Determine the current
For the current mirror below, determine the current I_{REF}.
Q1. Determine the current
For the current mirror below, determine the current I_0.
Q10. Find component values to make the transfer function frequency independent
The filter given below has the transfer function T(s)= v_{out}(s)/v_{in}(s) where
s is the Laplace variable. If
C_1 \neq C_2, and
R_1 \neq R_2, given
C_1,
R_1, find
C_2, and
R_2, if gain is frequency independent and equal to
-G where
G is a real positive number.
Q6. Find the resistance
The filter given below is known as an all pass filter. If T(s) is the transfer function
v_{out}(s)/v_{in}(s) of the filter where
s is the Laplace variable, first find
|T(\omega)| and angle
T(\omega), where
\omega is the Fourier variable. If the desired phase shift is
-30^o (
-30 degrees) at operating frequency of
5\times10^3\text{rad}/\text{s}, what is the value of
R if
C=10\text{nF}?
For the filter below, determine the condition which gives real poles to the transfer function v_{out}(s)/v_{in}(s) where
s is the Laplace variable.
Q2. Determine the type and poles and zeros of the filter
For the circuit below, determine poles and zeros of the transfer function v_{out}(s)/v_{in}(s) where
s is the Laplace variable. What type of filter is this?