Lecture notes for ECE 615 CMOS Mixed-Signal IC Design, Spring 2009
Please do the course evaluations here.
May 6 – wrap-up course, review on-line problem solutions.
May 4 – lec27_ece615.pdf and lec27_ece615_video – continue KD1S, second-order KD1S
April 29 – lec26_ece615.pdf and lec26_ece615_video – high-speed data conversion using the KD1S
April 27 – lec25_ece615.pdf and lec25_ece615_video – more bandpass converters
April 22 – lec24_ece615.pdf and lec24_ece615_video – start bandpass data converters
April 20 – lec23_ece615.pdf and lec23_ece615_video – quiz, talk about radio receivers
April 15 – lec22_ece615.pdf
and lec22_ece615_video
– MASH topologies, review
April 13 – lec21_ece615.pdf and lec21_ece615_video – noise-shaping topologies, higher-order, multi-bit, error feedback
April 8 – lec20_ece615.pdf and lec20_ece615_video – second-order noise-shaping, the work-horse of delta-sigma data converters
April 6 – lec19_ece615.pdf and lec19_ece615_video – limitations due to the op-amps and comparators in first-order modulators
April 1 – lec18_ece615.pdf and lec18_ece615_video – start Ch. 7 noise-shaping data converters
March 30 – lec17_ece615.pdf
and lec17_ece615_video
– discuss projects (if needed), wrap up
March 23 and 25 – Spring break from instruction
March 18 – lec16_ece615.pdf and lec16_ece615_video – discuss projects
March 16 – lec15_ece615.pdf and lec15_ece615_video – basic data converters
March 13 (extra) – lec4_extra_ece615.pdf and lec4_extra_ece615_video – discrete-time integrators, wrap up Ch. 3
March 12 (extra) – lec3_extra_ece615.pdf and lec3_extra_ece615_video – analog filters, op-amp gain, MOSFET-C, transconductor-C
March 11 – lec14_ece615.pdf and lec14_ece615_video – data conversion design basics, passive noise-shaping
March 9 – lec13_ece615.pdf and lec13_ece615_video – improving SNR using averaging and feedback
March 6 (extra) – lec2_extra_ece615.pdf and lec2_extra_ece615_video – Sec. 4.3, digital filtering topologies
March 5 (extra) – lec1_extra_ece615.pdf and lec1_extra_ece615_video – analog filters, integrator building blocks, bilinear and biquadratic filters
March 4 – lec12_ece615.pdf and lec12_ece615_video – clock jitter and its effects on SNR
March 2 – lec11_ece615.pdf and lec11_ece615_video – quantization noise as a random variable, spectral density, SNR, SNDR, DR
February 25 – lec10_ece615.pdf and lec10_ece615_video – quantization noise
February 23 – lec9_ece615.pdf and lec9_ece615_video – interpolation and decimation using Sinc filters
February 18 – lec8_ece615.pdf and lec8_ece615_video – sinc-shaped digital filters, Sec. 4.2
February 13 – lec7_ece615.pdf and lec7_ece615_video – circuit implementations of the S/H and the discrete-analog integrator (DAI)
February 6 – lec6_ece615.pdf and lec6_ece615_video – Interpolation and decimation in mixed-signal circuits
February 4 – lec5_ece615.pdf
and lec5_ece615_video
– start
February 2 – lec4_ece615.pdf
and lec4_ece615_video
– comb filters, integrators, differentiators, finish
January 28 – lec3_ece615.pdf and lec3_ece615_video – number systems, resonators, simulating some simple digital building blocks
January 26 – lec2_ece615.pdf and lec2_ece615_video – comb filters, differentiators, integrators, and the z-plane, Sec. 1.2
January 21 – lec1_ece615.pdf and lec1_ece615_video – course introduction, review of basic sinusoids and their representations, Sec. 1.1