- Search the Internet for a LM741 datasheet. texas Instruments can be a good source.
- Answer the following questions:
- Given a signal with a peak voltage of 10V and a frequency of 2kHz, calculate the SR for Figure A.4, pg. 212.
- Given a total noise voltage of ent = 1mV, current noise In = 2pA/sqrt(Hz), and a source resistance Rs = 2kohms, calculate the voltage noise, Vn parameter. Requires solving for Vn in equation (A.3), pg. 207.
- Given that the maximum frequency without distortion fmax is defined as fmax = SR/2piVp, calculate SR with fmax = 3kHz, and Vp-p = 15v.
- Review the “LM741 datasheet” in your course materials and provide the following information:
- Supply voltage range
- Input Offset Voltage (typical) and (max)
- Large Signal Voltage Gain (min) and (typical)
- CMRR (typical)
- SVRR (typical)
- SR (typical)
- How many BJT’s comprise the internal circuitry?
- Scan all work and save it for upload with the title: “HW3_StudentID”, with your student id substituted in the file name. Show all work for full credit.
- Upload file “HW3_StudentID”
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