muhammadaldacher
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최종 버전 다운로드 (.zip)- -Layout.md
- 1_Analog_Design_Basics.md
- 2_Digital_Circuits_Basics.md
- 3_PLLs.md
- 4_ADCs.md
- 5_LDOs.md
- 6_RF_Rx.md
- 7_IO_transceivers.md
- midterm1_EricCrabill.pdf
- two_input_xor.xdc
- testbench.v
- two_input_xor.v
- ee178_fall2017_lab1.pdf
- two_input_xor.v
- quad_seven_seg.xdc
- testbench.v
- quad_seven_seg.v
- Constraints.v
- Design.v
- ee178_fall2017_lab2.pdf
- Testbench.v
- fsm.xdc
- fsm.v
- ee178_fall2017_lab3.pdf
- fsm.v
- IO Planning Layout.png
- vga_example.xdc
- testbench.v
- tiff_writer.v
- testbench.v
- tiff_writer.v
- vga_example.v
- vga_timing.v
- ee178_fall2017_lab4.pdf
- ee178_fall2017_lab4.zip
- frame000.tif
- vga_example.v
- vga_timing.v
- bubblesort.xdc
- testbench.v
- bubblesort.v
- oetsort.xdc
- testbench.v
- oetsort.v
- Slide1.JPG
- Slide2.JPG
- Slide3.JPG
- Slide4.JPG
- Lab5 - Screenshots.pptx
- Lab5 Report.pptx
- Utilization Report.docx
- ee178_fall2017_lab5.pdf
- vga_example.xdc
- testbench.v
- tiff_writer.v
- linedraw.v
- vga_example.v
- vga_timing.v
- blk_mem_gen_v8_3.vhd
- blk_mem_gen_v8_3_vhsyn_rfs.vhd
- blk_mem_gen_v8_3.v
- blk_mem_gen_v8_3_changelog.txt
- blk_mem_gen_v8_3.vhd
- framebuffer.v
- framebuffer.vhd
- framebuffer.dcp
- framebuffer.veo
- framebuffer.vho
- framebuffer.xci
- framebuffer.xml
- framebuffer_ooc.xdc
- framebuffer_sim_netlist.v
- framebuffer_sim_netlist.vhdl
- framebuffer_stub.v
- framebuffer_stub.vhdl
- summary.log
- Bresenham’s Line Algorithm in Hardware.pdf
- ee178_fall2017_lab6.pdf
- ee178_fall2017_lab6.zip
- frame000-before_modifications.tif
- linedraw.v
- tutorial.xdc
- testbench.v
- kcpsm6.v
- tutorial.v
- kcpsm6.exe
- KCPSM6_session_log.txt
- ROM_form.v
- software.fmt
- software.hex
- software.log
- software.psm
- software.v
- ee178_fall2017_lab7.pdf
- ee178_fall2017_lab7.zip
- Lab7 - Assembly Code.docx
- project.xdc
- testbench.v
- linedraw.v
- vga_timing.v
- kcpsm6.v
- project.v
- tiff_writer.v
- vga_example.v
- quad_seven_seg.v
- blk_mem_gen_v8_3.vhd
- blk_mem_gen_v8_3.v
- blk_mem_gen_v8_3_changelog.txt
- blk_mem_gen_v8_3_vhsyn_rfs.vhd
- blk_mem_gen_v8_3.vhd
- framebuffer.v
- blk_mem_gen_v8_3.v
- framebuffer.vhd
- framebuffer.dcp
- framebuffer.veo
- framebuffer.vho
- framebuffer.xci
- framebuffer.xml
- framebuffer_ooc.xdc
- framebuffer_sim_netlist.v
- framebuffer_sim_netlist.vhdl
- framebuffer_stub.v
- framebuffer_stub.vhdl
- summary.log
- quad_seven_seg.v
- kcpsm6.exe
- KCPSM6_session_log.txt
- New Text Document.txt
- ROM_form.v
- software.fmt
- software.hex
- software.log
- software.psm
- software.v
- Assembly Code.docx
- ee178_fall2017_lab8.pdf
- ee178_fall2017_lab8.zip
- EE178_FinalProje_group4.zip
- ee178_spring2017_module01.pdf
- ee178_spring2017_module02.pdf
- ee178_spring2017_module03.pdf
- ee178_spring2017_module04.pdf
- ee178_spring2017_module05.pdf
- ee178_spring2017_syllabus.pdf
- basys3_reference_manual.pdf
- PicoBlaze Guide.pdf
- under-the-hood.pdf
- Project - Digital _ Analog Clock Display using Digilent Basys3 Artix-7 FPGA.pdf
- Project - Digital _ Analog Clock Display using Digilent Basys3 Artix-7 FPGA.pptx
- cheatsheet 210_1.jpg
- cheatsheet 210_10.jpg
- cheatsheet 210_11.jpg
- cheatsheet 210_12.jpg
- cheatsheet 210_13.jpg
- cheatsheet 210_14.jpg
- cheatsheet 210_15.jpg
- cheatsheet 210_16.jpg
- cheatsheet 210_17.jpg
- cheatsheet 210_18.jpg
- cheatsheet 210_19.jpg
- cheatsheet 210_2.jpg
- cheatsheet 210_20.jpg
- cheatsheet 210_21.jpg
- cheatsheet 210_3.jpg
- cheatsheet 210_4.jpg
- cheatsheet 210_5.jpg
- cheatsheet 210_6.jpg
- cheatsheet 210_7.jpg
- cheatsheet 210_8.jpg
- cheatsheet 210_9.jpg
- HW01.docx
- muhammad_aldacher_hw01.docx
- muhammad_aldacher_hw01.m
- muhammad_aldacher_hw01.pdf
- fplot_example.m
- muhammad_aldacher_hw02_Q1.m
- muhammad_aldacher_hw02_Q2.m
- muhammad_aldacher_hw02_Q2_b.m
- simplify_equation_example.m
- trial.m
- HW02 sol.pdf
- HW02_muhammad_aldacher.docx
- HW02_muhammad_aldacher.pdf
- HW02_Qs.docx
- HW03_1 (1).jpg
- HW03_10 (1).jpg
- HW03_2 (1).jpg
- HW03_3 (1).jpg
- HW03_4 (1).jpg
- HW03_5 (1).jpg
- HW03_6 (1).jpg
- HW03_7 (1).jpg
- HW03_8 (1).jpg
- HW03_9 (1).jpg
- HW03.pdf
- HW03_muhammad_aldacher.docx
- HW03_muhammad_aldacher.pdf
- HW3 sol.pdf
- Hw04_1.jpg
- Hw04_10.jpg
- Hw04_11.jpg
- Hw04_12.jpg
- Hw04_13.jpg
- Hw04_2.jpg
- Hw04_3.jpg
- Hw04_4.jpg
- Hw04_5.jpg
- Hw04_6.jpg
- Hw04_7.jpg
- Hw04_8.jpg
- Hw04_9.jpg
- conv_2rects.m
- Q1_conv.m
- Q1_freqresponse_a.m
- Q1_freqresponse_b.m
- Q2_conv.m
- Q3_conv.m
- Q4_conv.m
- Q4_extra_freqresponse.m
- Q4_freqresponse_a_transform.m
- Q4_freqresponse_b_direct.m
- Q6_conv.m
- Q6_freqresponse_transform_a.m
- Q6_freqresponse_transform_b.m
- Q7_part_a.m
- conv_2polynomials.m
- conv_2squares.m
- HW04 sol.pdf
- HW04.docx
- HW04.pdf
- HW04_muhammad_aldacher.docx
- HW04_muhammad_aldacher.pdf
- HW04_muhammad_aldacher_matlabcodes.zip
- Hwo5_1.jpg
- Hwo5_2.jpg
- Hwo5_3.jpg
- Hwo5_4.jpg
- Hwo5_5.jpg
- HW05 sol.pdf
- HW05.docx
- HW05_muhammad_aldacher.docx
- HW05_muhammad_aldacher.pdf
- Q5.m
- Hw06_1.jpg
- Hw06_2.jpg
- Hw06_3.jpg
- Hw06_4.jpg
- HW06 sol.pdf
- HW06.docx
- HW06_muhammad_aldacher.docx
- HW06_muhammad_aldacher.pdf
- Hwo7_1.jpg
- Hwo7_2.jpg
- Hwo7_3.jpg
- Hwo7_4.jpg
- Hwo7_5.jpg
- HW07 sol.pdf
- HW07.pdf
- HW07_muhammad_aldacher.docx
- HW07_muhammad_aldacher.pdf
- HWo8_1.jpg
- HWo8_10.jpg
- HWo8_11.jpg
- HWo8_12.jpg
- HWo8_13.jpg
- HWo8_2.jpg
- HWo8_3.jpg
- HWo8_4.jpg
- HWo8_5.jpg
- HWo8_6.jpg
- HWo8_7.jpg
- HWo8_8.jpg
- HWo8_9.jpg
- HW08 sol.pdf
- HW08.pdf
- HW08_muhammad_aldacher.docx
- HW08_muhammad_aldacher.pdf
- HW09_1.jpg
- HW09_10.jpg
- HW09_11.jpg
- HW09_2.jpg
- HW09_3.jpg
- HW09_4.jpg
- HW09_5.jpg
- HW09_6.jpg
- HW09_7.jpg
- HW09_8.jpg
- HW09_9.jpg
- HW09 sol.pdf
- HW09.pdf
- HW09_muhammad_aldacher.docx
- HW09_muhammad_aldacher.pdf
- HW10_1.jpg
- HW10_2.jpg
- HW10_3.jpg
- HW10_4.jpg
- HW10_5.jpg
- HW10_6.jpg
- HW10_7.jpg
- HW10_8.jpg
- HW10_9.jpg
- HW10 sol.pdf
- HW10.pdf
- HW10_muhammad_aldacher.docx
- HW10_muhammad_aldacher.pdf
- hw_11p1.m
- hw_11p2.m
- hw_11p3.m
- hw_11p4.m
- hw_11p5.m
- hw_11p6.m
- hw_11p7.m
- DIF (Deci In Freq).pdf
- DIT (Deci In Time).pdf
- Lec01.pdf
- Lec02.pdf
- Lec03.pdf
- Lec04.pdf
- Lec05.pdf
- Lec06.pdf
- Lec07.pdf
- Lec08.pdf
- Lec09.pdf
- Lec10.pdf
- Lec11.pdf
- Lec12.pdf
- Lec13 Fourier pictures.pdf
- Lec14.pdf
- Lec15.pdf
- Lec16.pdf
- Lec17-FIR filter design.pdf
- Lec18-IIR filter design.pdf
- Reconstruction of signal.pdf
- circular_conv.m
- DFT.m
- DFT_calc.m
- DFT_FFT_example.m
- DFT_inv_calc.m
- DFT_matrix.m
- DFT_matrix2.m
- dtft.m
- dtft2.m
- dtft3.m
- filter_orders.m
- FIR_filter_example.m
- frq_res.m
- lec13_multirate_signal_processing.m
- lec14_z_transform_ex1.m
- lec3.m
- noise.m
- partial_fractions.m
- two_sincs.m
- Untitled.m
- Untitled2.m
- z_filter1.m
- z_filter2.m
- z_filter3.m
- DTFT_old.m
- filters.m
- my_experiment.m
- resampling.m
- MiniProject01.wav
- my_conv.m
- my_dtft.m
- PartA_convolution.m
- PartB_DTFT.m
- Mini proj 01.docx
- MiniProject01_muhammad_aldacher.docx
- MiniProject01_muhammad_aldacher.pdf
- notch_filter.m
- Untitled2.m
- Untitled3.m
- main_code.asv
- main_code.m
- mini_proj.wav
- my_dtft.m
- Diagrams.pptx
- hand_analysis.jpg
- mini project.pdf
- MiniProject02_muhammad_aldacher.docx
- MiniProject02_muhammad_aldacher.pdf
- Mid I - sol.docx
- Mid II - sol.pdf
- Q01-sol.pdf
- Q02 sol.pdf
- Mid Il sol.pdf
- Mid l - sol.pdf
- Fourier Transform Tables 1.pdf
- Fourier Transform Tables 2.pdf
- Fourier Transform Tables 3.pdf
- Z Transform Table.pdf
- decimation_in_frequency.pdf
- DFS_DFT.pdf
- DFT matrices for different N.docx
- DFT matrices for different N.pdf
- ECE460 - Evaluating Fourier Transforms with MATLAB.pdf
- ourdev_523225.pdf
- EE210 Section 1 syllabus_Fall 2020.docx
- chapter 01 Introduction to RF and Wireless Technology.ppt
- chapter 02 Basic Concepts in RF Design.ppt
- chapter 03 Communication Concepts (other) 1.pdf
- chapter 03 Communication Concepts (other) 2.pdf
- chapter 03 Communication Concepts.ppt
- chapter 05 Transceiver Architectures.pdf
- chapter 06 Low Noise Amplifiers.ppt
- chapter 07 Mixers.ppt
- 481Lecture7 - Matching.pdf
- Smith Chart-tutorial.pdf
- Smith Chart.pdf
- Smith_chart_1.mp4
- Smith_chart_2.mp4
- Smith_chart_3.mp4
- SmithChartDerivation.pdf
- two_port.pdf
- VSWR.pdf
- EE220_FALL2016_Syllabus.pdf
- P1-Intro.pdf
- P2-Device Nonlinearity.pdf
- P2-x mid term review.pdf
- P3-Noise _ Sensitivity.ppt
- P3-x final review.pdf
- P4-S-parameters _ Smith Chart.ppt
- IMG_20161122_190051028.jpg
- IMG_20161122_190103148.jpg
- IMG_20161122_190113891.jpg
- IMG_20161122_190125870.jpg
- IMG_20161122_190140241.jpg
- IMG_20161122_190149275.jpg
- IMG_20161122_190215375.jpg
- Cadence_RF_Design_Using_Spectre.pdf
- RF Microelectronics-Prentice Hall (2011) - Behzad Razavi.pdf
- Lect_6_Smith Chart_Matching Network.pdf
- Link to Final Project.txt
- 1- Vds.pdf
- 10- 2nd _ 3rd derv gm.pdf
- 2- Vgs.pdf
- 3- Vds (parametric).pdf
- 4- Vgs (parametric).pdf
- 5- rds 2nd _ 3rd.pdf
- 5- rds.pdf
- 6- rds (parametric).pdf
- 7- 2nd _ 3rd derv rds.pdf
- 8- gm 2nd _ 3rd.pdf
- 8- gm.pdf
- 9- gm (parametric).pdf
- setup nmos.png
- 1- Vsd.pdf
- 10- 2nd _ 3rd derv gm.pdf
- 2- Vsg.pdf
- 3- Vsd (parametric).pdf
- 4- Vsg (parametric).pdf
- 5- rsd 2nd _ 3rd.pdf
- 5- rsd.pdf
- 6- rsd (parametric).pdf
- 7- 2nd _ 3rd derv rsd.pdf
- 8- gm 2nd _ 3rd.pdf
- 8- gm.pdf
- 9- gm (parametric).pdf
- setup pmos.png
- - Assignment1 - MOS characterization.pdf
- Assignment 1 (Black _ white).pdf
- Assignment 1 Report.doc
- circuit.png
- dc_sweep_swing.png
- gain.png
- phase.png
- transient.png
- 1.jpg
- 2.jpg
- 3.jpg
- 4.jpg
- 5.jpg
- - Assignment 2 - CG Amplifier.pdf
- Assignment 2 Report.doc
- Assignment 2 Report.pdf
- cadence_tutorial.pdf
- Lab Zero Tutorial.pdf
- Ids_Vs_Vds.bmp
- Ids_Vs_Vds_a.bmp
- Ids_Vs_Vds_ab.bmp
- Ids_Vs_Vds_b.bmp
- Q_1_Schematic.png
- Q_1_Schematic_b.png
- Ids_Vs_Vgs.bmp
- Ids_Vs_Vgs_DCSweep_b.bmp
- Ids_Vs_Vgs_Parametric_b.bmp
- Vgs_Vs_Gm.bmp
- Vgs_Vs_Gm_b.bmp
- NMOS_Vth_vs_Length_A.bmp
- NMOS_Vth_vs_Length_A2.bmp
- NMOS_Vth_vs_Length_B.bmp
- NMOS_Vth_vs_Length_B2.bmp
- PMOS_Vth_vs_Length_A.bmp
- PMOS_Vth_vs_Length_A2.bmp
- PMOS_Vth_vs_Length_B.bmp
- PMOS_Vth_vs_Length_B2.bmp
- NMOS_Vth_vs_Width_A.bmp
- NMOS_Vth_vs_Width_A2.bmp
- NMOS_Vth_vs_Width_B.bmp
- NMOS_Vth_vs_Width_B2.bmp
- PMOS_Vth_vs_Width_A.bmp
- PMOS_Vth_vs_Width_A2.bmp
- PMOS_Vth_vs_Width_B.bmp
- PMOS_Vth_vs_Width_B2.bmp
- Schematic.png
- Nmos1v_Vth_Vs_Temp.bmp
- Nmos2v_Vth_Vs_Temp.bmp
- Pmos1v_Vth_Vs_Temp.bmp
- Pmos2v_Vth_Vs_Temp.bmp
- Schematic.png
- Ids_Vs_Vds.bmp
- Ids_Vs_Vds_b.bmp
- Q_1_Schematic.png
- Q_1_Schematic_b.png
- Ids_Vs_Vgs.bmp
- Ids_Vs_Vgs_DCSweep_b.bmp
- Ids_Vs_Vgs_Parametric_b.bmp
- Vgs_Vs_Gm.bmp
- Vgs_Vs_Gm_b.bmp
- NMOS_Vth_vs_Length_A.bmp
- NMOS_Vth_vs_Length_A2.bmp
- NMOS_Vth_vs_Length_B.bmp
- NMOS_Vth_vs_Length_B2.bmp
- PMOS_Vth_vs_Length_A.bmp
- PMOS_Vth_vs_Length_A2.bmp
- PMOS_Vth_vs_Length_B.bmp
- PMOS_Vth_vs_Length_B2.bmp
- NMOS_Vth_vs_Width_A.bmp
- NMOS_Vth_vs_Width_A2.bmp
- NMOS_Vth_vs_Width_B.bmp
- NMOS_Vth_vs_Width_B2.bmp
- PMOS_Vth_vs_Width_A.bmp
- PMOS_Vth_vs_Width_A2.bmp
- PMOS_Vth_vs_Width_B.bmp
- PMOS_Vth_vs_Width_B2.bmp
- Schematic.png
- Nmos1v_Vth_Vs_Temp.bmp
- Nmos2v_Vth_Vs_Temp.bmp
- Pmos1v_Vth_Vs_Temp.bmp
- Pmos2v_Vth_Vs_Temp.bmp
- Schematic.png
- EE223 Homework#1.pdf
- EE223 HW1.docx
- EE223_HW1-20180912T153112Z-001.zip
- Q_5_A.xlsx
- Id_vs_Vg_Vd1_vs_Vg1_Gm_Vs_Vg1.bmp
- M1_3db_poin.bmp
- M1_Gain_And_Face.bmp
- schematic.png
- Tran_simulation.bmp
- 20180929_160043.jpg
- 20180929_160105.jpg
- 20180929_160135.jpg
- 20180929_161452.jpg
- 20180929_161547.jpg
- 20180929_161825.jpg
- 20180929_161845(1).jpg
- 20180929_161845.jpg
- EE 223 HW2.docx
- EE223 Homework#2_hint1.pdf
- EE223HW2_EnriqueHernandez.pdf
- F2018_EE223 Homework#2.pdf
- 20181013_145327.jpg
- All_Corners.bmp
- dc_oPERATING_NOTES.png
- dc_oPERATING_Values.png
- dc_oPERATING_Values_No_startup.png
- problem_4_d.csv
- Problem_4_Datacsv.csv
- Problem_4_Datacsv.xlsx
- Problem_4_part_e.bmp
- Supply_Variation_TT_Temp_27.bmp
- Temperature_Varitation_TT_VDD_1V.bmp
- Transient_response_No_startup-circuit.bmp
- Transient_response_with_startup_circuit.bmp
- Transient_response_with_startup_circuit_1.bmp
- EE223_HW3-20181012T063309Z-001.zip
- EE223Homework3_EnriqueHernandez.docx
- EE223Homework3_EnriqueHernandez.pdf
- F2018_EE223 Homework#3.pdf
- HW#3_Hints (1).pdf
- problem_4setUp.PNG
- ac_response.bmp
- differential_HighSwingPmos_OTA_DC_OP.png
- differential_HighSwingPmos_OTA_DC_OP2.png
- EE223Homework4_enriquehernandez.docx
- EE223Homework4_EnriqueHernandez.pdf
- F2018_EE223_Homework#4.pdf
- nmos_hswcc_pmos_hswcc_ota_sizes.png
- Power_dessipation.png
- StrartUP_NMOSHIGHSWING__PmosHighSwing_DC_OP.png
- StrartUP_NMOSHIGHSWING__PmosHighSwing_DC_sizes.png
- transient_respond.bmp
- AC_Response.bmp
- AC_Response_Pmos.bmp
- AC_Response_Pmos_New_Set_Up.bmp
- EE223Homework5_Enrique_Hernandez.docx
- EE223Homework5_Enrique_Hernandez.pdf
- power_consumption.png
- power_consumption_Pmos.png
- Power_consumtion.png
- Transient_responce.bmp
- Transient_responce_Pmos.bmp
- two_stage_AMP_OP_DC.png
- two_stage_AMP_OP_DC_with_mos.png
- two_stage_AMP_OP_DC_with_mos_New_Set_Up.png
- two_stage_AMP_Size.png
- two_stage_AMP_Size_Pmos.png
- F2018_EE223_Homework#5.pdf
- F2018_EE223_Homework#5_hint.pdf
- F2018_EE223_lecture10_Folded_Cascode_Diff_pair.pdf
- F2018_EE223_lecture11_CMRR_Beta_Multiplier.pdf
- F2018_EE223_lecture12_Cascode_Current_Mirrors.pdf
- F2018_EE223_lecture13_Current_Mirror_Matching.pdf
- F2018_EE223_lecture14_CMOS_Fabrication.pdf
- F2018_EE223_lecture15_Midterm_Review.pdf
- F2018_EE223_lecture16_Midterm_Solution_Project_Description.pdf
- F2018_EE223_lecture17_Frequency Response.pdf
- F2018_EE223_lecture18_Frequency Response2.pdf
- F2018_EE223_lecture19_OTA.pdf
- F2018_EE223_lecture20_Feedback.pdf
- F2018_EE223_lecture2_Review_Basics.pdf
- F2018_EE223_lecture3_Review_Basics2.pdf
- F2018_EE223_lecture4_MOS_Small_Signal_Model.pdf
- F2018_EE223_lecture5_MOS_Small_Signal_Model (1).pdf
- F2018_EE223_lecture6_MOS_Capacitances.pdf
- F2018_EE223_lecture7_Common_Source_Amplifier.pdf
- F2018_EE223_lecture8_Source_Follower.pdf
- F2018_EE223_lecture9_Common-Gate.pdf
- gs_ee223.pdf
- Project_information_Oct29.pdf
- EE223_Lecture02 - Intro (MOSFETs).pdf
- EE223_Lecture03 - Capacitances.pdf
- EE223_Lecture04 (updated).pdf
- EE223_Lecture04 - Layout.pdf
- EE223_Lecture05 - MOS current Equations.pdf
- EE223_Lecture06 - Amplifier design.pdf
- EE223_Lecture07 - Effective resistances at terminals.pdf
- EE223_Lecture08 - Current Mirrors.pdf
- EE223_Lecture09 - CG Amp.pdf
- EE223_Lecture10 - CG input _ output resistance.pdf
- EE223_Lecture11 (extra) - Distortion.pdf
- EE223_Lecture12 - Resistance of Cascode.pdf
- EE223_Lecture13 - CS Amp (indirect method).pdf
- EE223_Lecture14 - CS Amp (DC).pdf
- EE223_Lecture15 - CS Amp (AC).pdf
- EE223_Lecture16 - CD Amp (direct method).pdf
- EE223_Lecture17 - CD Amp (indirect method).pdf
- EE223_Lecture19 (after midterm) - Zeroes _ Poles.pdf
- EE223_Lecture20 - Finding node Caps _ Rs.pdf
- EE223_Lecture21 - Cascode Amplifiers.pdf
- EE223_Lecture22 - Source Degeneration I.pdf
- EE223_Lecture22 - Source Degeneration II.pdf
- EE223_Lecture23 - Differential Amplifier.pdf
- EE223_Lecture24 - Single output Diff Amp.pdf
- EE223_Lecture25 - Single ended Vs Diff ended.pdf
- EE223_Lecture26 - Pole Splitting.pdf
- EE223_Lecture27 - OpAmp Design.pdf
- EE223_Lecture28 - Swing.pdf
- EE223_Lecture29 - Linearity (large signal Analysis).pdf
- EE223_Lecture30 - Slew Rate _ Settling Time.pdf
- EE223_Lecture31 - Offset voltage.pdf
- EE223_Lecture32 - Offset cancellation (switched caps).pdf
- x Final Exam review.pdf
- [Paper] Spice Modeling of Silicon Nanowire MOSFETs.pdf
- [Razavi] Design of Analog CMOS Integrated Circuits (Behzad Razavi)marcado.pdf
- Analog IC design (Kenneth W Martin,Tony Carusone,David Johns).pdf
- Integrated Circuit Design for High-Speed Frequency Synthesis (Rogers).pdf
- [Hamedi] Suspendance Analysis.pdf
- EE223_Lecture01 - Syllabus.pdf
- Cadence Tutorial.pdf
- cadence_inv_layout.pdf
- cadence_T_1.pdf
- cadence_T_3.pdf
- cadence_T_4.pdf
- EECS 141 FALL 2001 FINAL.pdf
- EECS 141 FALL 2002 FINAL.pdf
- EECS 141 FALL 2005 FINAL sol.pdf
- EECS 141 FALL 98 FINAL.pdf
- EECS 141 SPRING 03 FINAL.pdf
- EECS 141 SPRING 97 FINAL.pdf
- EECS 141 SPRING 98 FINAL.pdf
- ee141_hw1_sp10_sol.pdf
- ee141_hw2_sp10_sol.pdf
- ee141_hw3_sp10_sol.pdf
- ee141_hw4_sp10_sol.pdf
- ee141_hw5_sp10_sol.pdf
- ee141_hw6_sp10_sol.pdf
- ee141_hw7_sp10_sol.pdf
- ee141_hw8_sp10_sol.pdf
- ee141_hw9_sp10_sol.pdf
- EE141_s09_hw4_solution.pdf
- Lecture1-Intro.pdf
- Lecture11-Inverter.pdf
- Lecture12-InverterDelay+Energy.pdf
- Lecture13-ComplexCMOS.pdf
- Lecture14-ComplexCMOSCntd.pdf
- Lecture15-Pass+Ratioed.pdf
- Lecture16-Ratioed+Dynamic.pdf
- Lecture17-Domino+Registers.pdf
- Lecture18-Registers.pdf
- Lecture19-Timing.pdf
- Lecture2-Metrics.pdf
- Lecture20-Scaling.pdf
- Lecture22-Energy.pdf
- Lecture23-Adders.pdf
- Lecture24-Multipliers.pdf
- Lecture25-Memory.pdf
- Lecture28-Perspectives.pdf
- Lecture3-DesignRules.pdf
- Lecture4-SwitchLogic.pdf
- Lecture5-SwitchLogic Cntd.pdf
- Lecture6-ComplexLogic.pdf
- Lecture7-Wires.pdf
- Lecture8-Wires-Transistors.pdf
- Lecture9-Transistors.pdf
- EECS 141 FALL 05 MIDTERM 1 sol.pdf
- EECS 141 FALL 05 MIDTERM 1.pdf
- EECS 141 FALL 2001 MIDTERM 1.pdf
- EECS 141 FALL 2002 MIDTERM 1 sol.pdf
- EECS 141 FALL 2002 MIDTERM 1.pdf
- EECS 141 FALL 99 MIDTERM 1.pdf
- EECS 141 SPRING 03 MIDTERM 1.pdf
- EECS 141 SPRING 08 MIDTERM 1 sol.pdf
- EECS 141 SPRING 09 MIDTERM 1 sol.pdf
- EECS 141 SPRING 09 MIDTERM 1.pdf
- EECS 141 SPRING 10 MIDTERM 1 sol.pdf
- EECS 141 SPRING 10 MIDTERM 1.pdf
- EECS 141 FALL 2001 MIDTERM 2.pdf
- EECS 141 FALL 2002 MIDTERM 2.pdf
- EECS 141 SPRING 02 MIDTERM 2 sol.pdf
- EECS 141 SPRING 03 MIDTERM 2 sol.pdf
- EECS 141 SPRING 04 MIDTERM 2 sol.pdf
- EECS 141 SPRING 08 MIDTERM 2 sol.pdf
- EECS 141 SPRING 08 MIDTERM 2.pdf
- EECS 141 SPRING 09 MIDTERM 2 sol.pdf
- EECS 141 SPRING 09 MIDTERM 2.pdf
- EECS 141 SPRING 10 MIDTERM 2 sol.pdf
- EECS 141 SPRING 10 MIDTERM 2.pdf
- EECS 141 SPRING 98 MIDTERM 2.pdf
- EE 224 Exam 2 Fall 2017 Solution.pdf
- EE 224 Final Exam Fall 0217 Info.pdf
- EE_224_Exam_1 sample 1.pdf
- EE 224 Lecture 1 IC Resistors (Supp).pdf
- EE 224 Lecture 1 IC Resistors.pdf
- EE 224 Lecture 10 Logical Effort.pdf
- EE 224 Lecture 2 IC Resistors _ Capacitors.pdf
- EE 224 Lecture 3 Active devices.pdf
- EE 224 Lecture 4 MOS Capacitor Models.pdf
- EE 224 Lecture 5 CMOS Inverter.pdf
- EE 224 Lecture 6 Elmore I .pdf
- EE 224 Lecture 6 Elmore II.pdf
- EE 224 Lecture 7 CMOS Inverter Chain.pdf
- EE 224 Lecture 8 (extra) CMOS Adder.pdf
- EE 224 Lecture 8 Combinational logic sizing.pdf
- EE 224 Lecture 9 Transmission Gate.pdf
- EE224 Lecture 11 Sequential Circuits.pdf
- EE224 Lecture 12 Sequential Circuits 2.pdf
- EE224 Lecture 13 SRAM.pdf
- Electrical Characteristics of MOS Devices.pdf
- Energybending.png
- Logical Effort.pdf
- Resistance Uncertainty.docx
- EE141-Project1.pdf
- EE141-Project2.pdf
- EE141-Project3.pdf
- EE141_s09_project3.pdf
- 7T Vs 8T.pdf
- FL SRAM.pdf
- Gate-All-Around FET Based 6T SRAM Design.pdf
- Tunneling Transistor based 6T SRAM Bitcell.pdf
- 10.1.1.475.2493.pdf
- 11_ee215b_noisemargin.pdf
- 7-5-175-180.pdf
- [Simulation] SRAMCharacterization.pdf
- Static Noise Margin of SRAM.pdf
- ToolsSimulationMemoryStaticNoiseMargin - UVA ECE _ BME wiki.pdf
- Ch13.pdf
- SRAM Cache_Project_Report.doc
- SRAM Lab.ppt
- Delay _ Power - CMOS.pdf
- Power dissipation - CMOS.pdf
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- Comp_point0.bmp
- Comp_point1.bmp
- SingleTone_20dBm.bmp
- SingleTone_40dBm.bmp
- SingleTone_5dBm.bmp
- TwoTone_20dBm.bmp
- TwoTone_40dBm.bmp
- TwoTone_IIP3_20dBm.bmp
- TwoTone_IIP3_40dBm.bmp
- DC_Blk.png
- DC_Colored.png
- LNA_Blk.png
- LNA_Colored.png
- NF.bmp
- SmithChart.png
- Sparam.bmp
- Cadence-LNA-Design-Using-SpectreRF71.pdf
- Cadence_pss_simulation.pdf
- Difference between IIP3 & P1dB.pdf
- EE230_LNA.zip
- EE230HW#1.pdf
- EE230HW#1_Aldacher_Muhammad.docx
- EE230HW#1_Aldacher_Muhammad.pdf
- LNA problem (Hand Calc 1).pdf
- LNA problem (Hand Calc 2).pdf
- Untitled.png
- Diff_Ended_Outputs.bmp
- Output_Spectrum.bmp
- Param_Amplitude_Vs_Vc.bmp
- Param_Freq_Vs_Vc.bmp
- Param_PN_Vs_Vc.bmp
- Phase_Noise.bmp
- Schematic_clr.png
- Schematic_w.png
- Single_Ended_Outputs.bmp
- [Basics] LC VCOs - Razavi.pdf
- [Thesis] LC-tank CMOS Voltage-Controlled Oscillators using High Q inductors embedded in advanced packaging technologies.pdf
- [TI-snap001]VCO_Banerjee.pdf
- [Tutorial] LC Tank Voltage Controlled Oscillator.pdf
- eecs242_lect22_phasenoise.pdf
- VCO15-6.pdf
- Q9_Diff_Output.bmp
- Q9_Phase Noise.bmp
- Q9_Spectrumbmp.bmp
- Cadence-VCO-Design-Using-SpectreRF71.pdf
- EE230_VCO.zip
- EE230HW#2.pdf
- EE230HW#2_Aldacher_Muhammad.docx
- EE230HW#2_Aldacher_Muhammad.pdf
- How to get the Frequencies of the VCO with the parametric sweep.docx
- Initial Conditions.png
- VCO_simulation.pdf
- ClosedLoopTF.bmp
- OpenLoop_TB_Blk.png
- OpenLoop_TB_Color.png
- OpenLoopTF.bmp
- PLL_Locked.bmp
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- Ref_Lag.bmp
- Ref_Lead.bmp
- VCO_output.bmp
- VCO_TB_Blk.png
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- CP_VerilogA.txt
- Divider_VerilogA.txt
- PFD_VerilogA.txt
- VCO_VerilogA.txt
- EE230HW#3.pdf
- EE230HW#3_Aldacher_Muhammad.docx
- EE230HW#3_Aldacher_Muhammad.pdf
- PLL_Closed_and_Open_together.m
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- Type 2 PLL Analysis.pdf
- VCO_CharacteristicLine.jpg
- VCO_verilogA_ECE546_UIUC.pdf
- DC_analysis.bmp
- PNoise_NF.bmp
- PSS_dB20_CG.bmp
- PSS_dB20_undesired.bmp
- PSS_v_peak.bmp
- QPSS_IP3.bmp
- SPSS_CG.bmp
- SPSS_P1dBCompPoint.bmp
- 0_schematics_clr.bmp
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- 1a_PSS_RF&LO_sources.png
- 1b_PSS_simulation.png
- 1c_PSS_simulation_results.png
- 2_PNoise_RF_source.png
- 3a_SPSS_CG.png
- 3b_SPSS_P1dBCompPoint.png
- 4a_QPSS_RF_source.png
- 4b_QPSS_settings.png
- 4c_QPAC_settings.png
- 4d_P1dBCompPoint.png
- 4e_IP3.png
- CG Vs parameters.pptx
- Two-tone test steps for IIP3.pptx
- GilbertCell_Summary.jpg
- TwoToneTest_for_Mixer.jpg
- Cadence-Mixer-Design-Using-SpectreRF71.pdf
- ee142_ucberkeley_lect18.pdf
- EECS290_Lect11_S2019_RF Mixer circuits.pdf
- How to Measure Mixer IP3 and Identify Potential Error Sources – Marki Microwave RF & Microwave.pdf
- lab4.pdf
- EE230_Mixer.zip
- EE230HW#4_Description.pdf
- EE230HW#4_Mixer_report.docx
- EE230HW#4_Mixer_report.pdf
- ~$230HW#4_Mixer_report.docx
- Fractional&Integer PLLs - TI.pdf
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- Heterodyne receiver vs Homodyne receiver.pdf
- SJSU_EE230_lecture10_Active_Mixer.pdf
- SJSU_EE230_lecture11_Passive_Mixer.pdf
- SJSU_EE230_lecture12_Oscillators.pdf
- SJSU_EE230_lecture13_Oscillators2.pdf
- SJSU_EE230_lecture14_Oscillators3.pdf
- SJSU_EE230_lecture15_Midterm_Review.pdf
- SJSU_EE230_lecture16_Phass_Locked_Loops.pdf
- SJSU_EE230_lecture17_Phass_Locked_Loops 2.pdf
- SJSU_EE230_lecture18_Phass_Locked_Loops 3.pdf
- SJSU_EE230_lecture19_Frequency_Synthesizers.pdf
- SJSU_EE230_lecture1_RFIC_Introduction.pdf
- SJSU_EE230_lecture20_VerilogAMS_by_Ashley.pdf
- SJSU_EE230_lecture21_PLL_Wrapup.pdf
- SJSU_EE230_lecture22_Power_Amplifier.pdf
- SJSU_EE230_lecture23_Final_Review.pdf
- SJSU_EE230_lecture2_RF_Basics_Review1.pdf
- SJSU_EE230_lecture3_RF_Basics_Review2.pdf
- SJSU_EE230_lecture4_Impedance_Matching.pdf
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- SJSU_EE230_lecture6_LNA1.pdf
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- SJSU_EE230_lecture8_LNA3.pdf
- SJSU_EE230_lecture9_LNA4.pdf
- Midterm1.pdf
- Midterm2.pdf
- Midterm2007.pdf
- Midterm2007_Solutions.pdf
- Midterm3.pdf
- Midterm4.pdf
- Midterm5.pdf
- MidtermSolutions.pdf
- NF example.pdf
- EE230Project_Muhammad&Chad.pdf
- EE230Project_Muhammad&Chad.pptx
- EE230Group8.docx
- EE230Group8.pdf
- EE230Group8.tbz2
- EE230Group8_DesignVariables.png
- Convergence Problem.pptx
- Steps for finding the Jitter for the PLL project.pptx
- Adding corners in ADEXL.png
- Corners.bmp
- Corners_FF_-40_0.9.bmp
- Corners_FF_-40_1.1.png
- Corners_FF_125_0.9.bmp
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- Corners_Nom.bmp
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- Corners_SS_-40_1.1.png
- Corners_SS_125_0.9.bmp
- Corners_SS_125_1.1.bmp
- Setup.png
- Jitter_PkPk_Ring_1K1G.bmp
- Jitter_RMS_Ring_1K1G.bmp
- Jitter_PkPk_LCVCO_1K1G.bmp
- Jitter_RMS_LCVCO_1K1G.bmp
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- CP_Blk.bmp
- CP_Blk2.bmp
- CP_color.bmp
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- CP_OpAmp_color.png
- CP_wth_LF.png
- Divider_Blk.bmp
- Divider_CMOS_Blk.bmp
- Divider_CMOS_color.bmp
- Divider_TSPC_Blk.bmp
- Divider_TSPC_color.bmp
- LF_Blk.bmp
- PFD_Blk.bmp
- PFD_color.bmp
- PFD_NAND_Blk.bmp
- PFD_NAND_color.bmp
- PFD_NOR_Blk.bmp
- PFD_NOR_color.bmp
- PLL_WholeSystem_Blk.bmp
- PLL_WholeSystem_color.bmp
- VCO_Blk.bmp
- VCO_Blk2.bmp
- VCO_color.bmp
- VCO_Ring_Blk.bmp
- VCO_Ring_color.bmp
- Jitter measurement using SpectreRF Application Note.pdf
- PLL_Jitter_measurment_in_Spectre.pdf
- Project_report_sample_word_format.docx
- Ratan_MS_THESIS_UIUC_2014.pdf
- spectre_rfmanual.pdf
- VLSI2014_PLL_v7.doc
- VLSI2014_PLL_v7.pdf
- lecture07_SamPalermo_pfd.pdf
- lecture08_SamPalermo_cp.pdf
- lecture09_loop_filters.pdf
- lecture10_SamPalermo_vcos.pdf
- lecture12_SamPalermo_dividers.pdf
- Sam Palermo Lectures.txt
- 2018Fall_EE230_project_description_Oct28.pdf
- Corners.bmp
- EE230_PLL.zip
- PLL setup.png
- VCO_NMOS_setup.png
- Homework 1 - on matching.pdf
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- Homework 5 - on IIP3 of Amplifiers.pdf
- Lecture 1 - (extra) Path loss.pdf
- Lecture 1 - Introduction; RF Design Tradeoffs; Fading; Diversity.pdf
- Lecture 10 - Introduction to RF Systems.pdf
- Lecture 11 - Basic RF Concepts - Nonlinearity, Time Variance etc.pdf
- Lecture 12 - IIP3, different expressions-calculations for IIP3.pdf
- Lecture 13 - Noise in RF Circuits.pdf
- Lecture 14 - Classical Two-port Noise Theory.pdf
- Lecture 15 - Noise Figure of Cascaded Systems.pdf
- Lecture 16 - Sensitivity, SFDR, MOSFET 2-port Noise Parameters.pdf
- Lecture 17 - LNA Design - 1.pdf
- Lecture 18 - LNA Design - 2.pdf
- Lecture 19 - LNA Design - 3; Introduction to Mixers.pdf
- Lecture 2 - Multiple Access Techniques; Ana. & Dig. Modulation.pdf
- Lecture 20 - Two- and Three-port Mixers.pdf
- Lecture 21 - Gilbert Mixers.pdf
- Lecture 22 - Linearity and Noise of Gilbert Mixers.pdf
- Lecture 23 - Noise in Mixers (contd.); Other Linearisation Techniques.pdf
- Lecture 24 - Other Mixers; Tx Architectures.pdf
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- Lecture 4 - Impedance transformations and matching; L-matches.pdf
- Lecture 5 - L-matches; Pi- & T-matches; Other matches.pdf
- Lecture 6 - RF Inductors.pdf
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- Lecture 8 - Capacitors and Varactors.pdf
- Lecture 9 - MOS Device Operation.pdf
- Project 1 - Spiral Inductor Design.pdf
- Project 2 - LNA Design.pdf
- Project 3 - Mixer Design.pdf
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- Annotation 0.png
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- lab1.pdf
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- PS1.doc
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- Resume_1.docx
- Resume_2.docx
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- EE295_Class 1.pptx
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- EE295_Class 13.pptx
- EE295_Class 14.pptx
- EE295_Class 15.pptx
- EE295_Class 16_10.15.19.pptx
- EE295_Class 18.pptx
- EE295_Class 19.pptx
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- EE295_Class 2.pptx
- EE295_Class 20.pptx
- EE295_Class 22.pptx
- EE295_Class 23.pptx
- EE295_Class 3.pptx
- EE295_Class 4.pptx
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- [AnalogMind] Design of Equalizer - Part1.pdf
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- [AnalogMind] The Design of a Phase Interpolator.pdf
- [AnalogMind] z-transform for Analog Designers.pdf
- [CircuitForAllSeasons] Active Inductors.pdf
- [CircuitForAllSeasons] Bandgap Reference.pdf
- [CircuitForAllSeasons] Biquadratic Filter.pdf
- [CircuitForAllSeasons] Bootstrapped Switch.pdf
- [CircuitForAllSeasons] Bridged T-Coil.pdf
- [CircuitForAllSeasons] Cross-Coupled Pair - Part I.pdf
- [CircuitForAllSeasons] Cross-Coupled Pair - Part II.pdf
- [CircuitForAllSeasons] Cross-Coupled Pair - Part III.pdf
- [CircuitForAllSeasons] Crystal Oscillator.pdf
- [CircuitForAllSeasons] Current-Steering DAC.pdf
- [CircuitForAllSeasons] Decision-Feedback Equalizer.pdf
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- [SSCS-Razavi] Design Techniques for CMOS Wireline NRZ Receivers Up To 56 Gbs.pdf
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- [The Analog Mind] Fifty Applications of the CMOS Inverter - Part 1.pdf
- [The Analog Mind] Fifty Applications of the CMOS Inverter - Part 2.pdf
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- [The Analog Mind] Fifty Applications of the CMOS Inverter - Part 5.pdf
- [The Analog Mind] Fifty Applications of the CMOS Inverter -Part 3.pdf
- links.txt
- README.md
// repository documentation
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