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Design a differential amplifier with active current mirror load in Cadence using TSMC 0.35 micron process. The power supply voltage is 3.3V. A 10µA current reference is available to provide tail current through a current mirror. The required ICMR is 2V and the required low-frequency gain is 40dB.
Please turn in the following:
1. Circuit schematics with a table listing all the device size.
2. Find out the ICMR.
3. Perform a DC sweep to find out large signal voltage transfer function (the output voltage Vout vs. input differential voltage Vin+ - Vin-) for an input common level in the middle of the ICMR, and the derivative of the output voltage vs. input differential voltage.
4. Perform an AC sweep to find out the find out the low-frequency voltage gain, the -3dB frequency, and the unity gain frequency.
The no-load and blocked-rotor tests on a three phase, wye-connected induction motor yield the following results: • No-load test: line-to-line voltage 400 V, input power 1770 W,
Extrinsic Material In addition to thermally generated carriers, it is possible to create carriers in the semiconductor by purposely introducing impurities into the crystal
Explain Information Obtained for the Load Flow Analysis (i) Magnitude and phase angle of the voltage at each bus. (ii) Active and Reactive power flow in each line. (iii
solve problem by neural network using matlab code
The aim of this project is to design, construct and build a motorised base driven by two small dc motors. The motor drives are two H-bridges. The switching devices in these bridges
Q. Explain the conditions under which an RC circuit behaves as Differentiator Differentiator is a circuit in which the output voltage is directly proportional to the derivative
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