This item covers Modules 5-8. Scan, handwrite answers and upload
solutions. Show all required calculations for full credit.

1.
Design a 16-Bit
DAC Circuit

1.
Calculate the
values for all resistors

2.
Include
calculations and schematic

3.
Capture a
screenshot of several input/output settings from the 16-Bit DAC Circuit

2.
For a
Wien-bridge oscillator

1.
Given R = 50Kohm
and C = 100nF what is the frequency of oscillation?

2.
Given a required
frequency of oscillation of f = 10kHz and R = 8kohm, what should the value of C
be?

3.
Calculate the
signal to noise ratio given RMS Noise Voltage = 20mV and RMS Signal Voltage =
2.5V

4.
Calculate E_{TotalRMS}given e^{2}_{1RMS}=
5V and e^{2}_{2RMS}=
7V

5.
Calculate
SNR(dB) given a noise specification of 680nV

6.
Calculate the
noise specification given SNR(dB) = 350dB

7.
For a simulated
inductor application, to yield L = 75mH, R_{1} = 3kohm, and C_{1} = 200uF,
determine required value of R_{2}.

8.
For a constant
current generator, with a saturation voltage = 20V and a current reference of
30mA, calculate R_{Lmin}.

9.
For a precision rectifier
application, given E_{IRMS} = 5V, determine E_{Opeak}.

10.
For an AC to DC
converter, given E_{IPeak}= 10V, determine E_{I}.