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Find the mid-band gain AM and the 3-dB (high) frequency of a MOS cascade amplifier as shown in the following circuit.
The MOSFET device parameters are as follows:
(Consider M1 and M2 are the same.)
gm= 1.2 mA/V, ro= 100 kΩ; Cgs= 20 fF, Cgd= 8 fF, and Cdb= 10 fF.
The source has a large Rsig =50 kΩ. On the load side, RL= 2 M, and CL= 50 fF.
(Hint: This problem uses cascoding resistance in time-constant method for calculation of high corner frequency.)
Discuss how improvements in electrical conduction and/or advancements in magnets might affect the device you identified
any noise will pass straight through to the ADC subsystem, introducing measurement error. You have two choices to mitigate this: SW filtering and HW filtering. Either way around, you need a HW anti-aliasing (low pass) filter following the output.
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What about the flow of energy from the resistor to the water?
Which of these metrics are dependent on link conditions: CINR, SNR, or BER Evaluate the pros and cons of using the SNR and signal - to - interference - noise ratio ( SINR ) for estimating signal quality versus using the absolute value of the signa..
Assume the triac of an ac output module fails in the shorted state. How would this affect the device connected to this output
introduction to the topic and survey of what has been done on the topic (we expect citations to relevant journal and conference papers).
a.) Plot x[n] as a function of n and use the definition of the z - transform to find x[z]. b.) Use the z - transform of u[n] and properties of the z - transform to find x[z]. Verify that the expressions obtained above for x[z] are identical.
Determine the magnitude of the charge induced on each dielectric surface.
Explain a basic measurement system and explain the basic working principles of a variety of temperature sensors.
Draw the synchronous generator's per phase voltage and current phasor diagram and calculate the per phase output voltage and determine the voltage dropped across the synchronous impedance
The voltage and current at the terminals of the circuit element are zero for t 40s. in the interval between 0 and 40 s the expressions are v=t(1-.025t) V, 0i=4-.2t A, 0 a.)at what instant of time is the power being delivered to the circuit element ..
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