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The Love Song of J. Alfred Prufrock by T. S. Eliot

The Love Song of J. Alfred Prufrock by T. S. Eliot

Robert from Proof: music-video version (2024 Aug)

Robert from Proof: music-video version (2024 Aug)

Robert from Proof by David Auburn (2024 Aug)

Robert from Proof by David Auburn (2024 Aug)

Robotastic! Sleep Mode by Sari Karplus

Robotastic! Sleep Mode by Sari Karplus

Robotastic! Jake and the Giant Beach by Sari Karplus

Robotastic! Jake and the Giant Beach by Sari Karplus

Jaques 2023 Dec 12

Jaques 2023 Dec 12

Robotastic by Sari Karplus

Robotastic by Sari Karplus

Worker 2023 Oct 07

Worker 2023 Oct 07

Sonnet 130 2023 Aug 13

Sonnet 130 2023 Aug 13

Rollo 2023 July 23

Rollo 2023 July 23

Kevin Karplus as Cassius 2023 July 16 seated

Kevin Karplus as Cassius 2023 July 16 seated

Kevin Karplus as Robert from Kodachrome 2023 June 26

Kevin Karplus as Robert from Kodachrome 2023 June 26

Kevin Karplus as Cassius 2023 June 15

Kevin Karplus as Cassius 2023 June 15

Kevin Karplus as Robert from Kodachrome 2023/05/28

Kevin Karplus as Robert from Kodachrome 2023/05/28

Kevin Karplus as Rosenkrantz 2023/05/28

Kevin Karplus as Rosenkrantz 2023/05/28

Science Fair Rubric 23 Nov 2022

Science Fair Rubric 23 Nov 2022

What is a hypothesis?

What is a hypothesis?

How many is enough?

How many is enough?

Did the mentor do it?

Did the mentor do it?

Nonstandard impedances §29.2

Nonstandard impedances §29.2

FETs on-resistance (Chapter 32 intro)

FETs on-resistance (Chapter 32 intro)

Constant current §39.5.3

Constant current §39.5.3

Active band pass example §24.4

Active band pass example §24.4

Active band-pass design §24.4

Active band-pass design §24.4

Active band pass analysis §24.4

Active band pass analysis §24.4

Phototransistors §22.4

Phototransistors §22.4

Active high pass filters §24.3

Active high pass filters §24.3

Active low pass filters §24.2

Active low pass filters §24.2

Fencepost errors §20.2

Fencepost errors §20.2

Optical pulse monitor Lab 6

Optical pulse monitor Lab 6

Bypass capacitors §11.10

Bypass capacitors §11.10

Component tolerance §11.9

Component tolerance §11.9

Bandpass example 2 §11.7.2

Bandpass example 2 §11.7.2

Active vs passive filters §24.1

Active vs passive filters §24.1

Log-transimpedance §23.2

Log-transimpedance §23.2

Transimpedance amplifiers §23.1

Transimpedance amplifiers §23.1

Optical properties of blood §22.5

Optical properties of blood §22.5

Photodiodes §22.3

Photodiodes §22.3

LEDs §22.2

LEDs §22.2

Semiconductor diode §22.1

Semiconductor diode §22.1

Pressure sensors §20.3

Pressure sensors §20.3

bandpass-filter.py Figure 20.7

bandpass-filter.py Figure 20.7

Blood pressure demo §20.2

Blood pressure demo §20.2

Breath pressure demo §20.1

Breath pressure demo §20.1

Gain-bandwidth negative-feedback §19.5

Gain-bandwidth negative-feedback §19.5

Adjustable gain §19.4

Adjustable gain §19.4

Negative-feedback examples and unity-gain §19.2–§19.3

Negative-feedback examples and unity-gain §19.2–§19.3

Inverting and noninverting §19.2

Inverting and noninverting §19.2

Negative-feedback amp §19.2

Negative-feedback amp §19.2

What is op amp §19.1

What is op amp §19.1

Instrumentation amp block §18.5

Instrumentation amp block §18.5

pH meter example §18.4.2

pH meter example §18.4.2

Multistage amplifiers §18.3

Multistage amplifiers §18.3

Input offset and bias §18.2.4–§18.2.5

Input offset and bias §18.2.4–§18.2.5

Distortion and clipping §18.2.3

Distortion and clipping §18.2.3

Gain bandwidth product §18.2.2

Gain bandwidth product §18.2.2

Cleaning up noisy analog signal §17.4.3

Cleaning up noisy analog signal §17.4.3

Using micrometer §17.4.2

Using micrometer §17.4.2

Characterizing Schmitt trigger §17.4.1

Characterizing Schmitt trigger §17.4.1

Amplifiers §18.1–§18.2.1

Amplifiers §18.1–§18.2.1

Period for hysteresis oscillator §16.3

Period for hysteresis oscillator §16.3

RC time constant §11.4

RC time constant §11.4

Hysteresis oscillator §16.2

Hysteresis oscillator §16.2

Hysteresis §16.1

Hysteresis §16.1

Digital oscilloscopes §15.2

Digital oscilloscopes §15.2

Analog oscilloscopes §15.1

Analog oscilloscopes §15.1

Gnuplot for sampling §14.5

Gnuplot for sampling §14.5

DC blocking §14.4

DC blocking §14.4

Sampling lab §14.1–14.3

Sampling lab §14.1–14.3

Limitations of test equipment §13.5

Limitations of test equipment §13.5

Debugging electronics §13.2–13.4

Debugging electronics §13.2–13.4

Generic debugging §13.1

Generic debugging §13.1

Function generators Chapter 12

Function generators Chapter 12

Bandpass example §11.7.2

Bandpass example §11.7.2

Bandpass filters §11.7

Bandpass filters §11.7

Recentering example §11.6

Recentering example §11.6

Input and output Z of RC §11.5

Input and output Z of RC §11.5

RC filter example §11.3

RC filter example §11.3

Bode plots with gnuplot §11.3

Bode plots with gnuplot §11.3

RC filters §11.1–11.2

RC filters §11.1–11.2

Impedance of capacitors §10.2.2

Impedance of capacitors §10.2.2

Complex impedance §10.2

Complex impedance §10.2

Physical capacitors §10.1.1–§10.1.2

Physical capacitors §10.1.1–§10.1.2

Capacitors §10.1

Capacitors §10.1

Sampling and aliasing §9.1–9.2

Sampling and aliasing §9.1–9.2

Breadboards §8.6

Breadboards §8.6

Fitting thermistor models §8.5

Fitting thermistor models §8.5

Recording thermometer §8.8

Recording thermometer §8.8

Thermistor resistance §8.3–8.4

Thermistor resistance §8.3–8.4

Alligator clips §8.3

Alligator clips §8.3

Citation with biblatex §7.13

Citation with biblatex §7.13

Citation §7.13

Citation §7.13

Fonts §7.12.8

Fonts §7.12.8

Hyphens and dashes §7.12.7

Hyphens and dashes §7.12.7

Spaces §7.12.6

Spaces §7.12.6

Capitalization §7.12.5

Capitalization §7.12.5

Apostrophes §7.12.4

Apostrophes §7.12.4

Periods §7.12.3

Periods §7.12.3

Colons §7.12.2

Colons §7.12.2

Commas §7.12.1

Commas §7.12.1

Word usage §7.11

Word usage §7.11

Graphs §7.10.4

Graphs §7.10.4

SchemeIt §7.10.3

SchemeIt §7.10.3

Schematic diagrams §7.10.3

Schematic diagrams §7.10.3

Block diagrams §7.10.2

Block diagrams §7.10.2

Vector and raster graphics §7.10.1

Vector and raster graphics §7.10.1

Placing figures §7.10

Placing figures §7.10

Math formulas §7.9.2

Math formulas §7.9.2

Number format §7.9.1

Number format §7.9.1

LaTeX §7.8

LaTeX §7.8

Tense, Voice, Mood §7.7

Tense, Voice, Mood §7.7

Subsections Paragraphs Flow §7.4–7.6

Subsections Paragraphs Flow §7.4–7.6

Structure §7.4

Structure §7.4

Length §7.3

Length §7.3

4Cs and audience §7.1–7.2

4Cs and audience §7.1–7.2

Data acquisition §6.5

Data acquisition §6.5

Function generators §6.4

Function generators §6.4

Time-varying voltage §6.3

Time-varying voltage §6.3

Measuring voltage §6.1–6.2

Measuring voltage §6.1–6.2

Other resistance sensors §5.4–5.5

Other resistance sensors §5.4–5.5

Temperature sensors §5.3

Temperature sensors §5.3

Designing with thermistors §5.2

Designing with thermistors §5.2

Thermistors §5.2

Thermistors §5.2

Potentiometers §5.1.3

Potentiometers §5.1.3

Thévenin equivalent of voltage divider §5.1.2

Thévenin equivalent of voltage divider §5.1.2

Designing voltage dividers §5.1.1

Designing voltage dividers §5.1.1

Voltage dividers §5.1

Voltage dividers §5.1

DC Power §4.6

DC Power §4.6

Series and parallel §4.5

Series and parallel §4.5

Resistors §4.4

Resistors §4.4

Resistance Ohm's Law §4.3

Resistance Ohm's Law §4.3

Current §4.2

Current §4.2

Voltage §4.1

Voltage §4.1

Installing PteroDAQ §3.4–3.5

Installing PteroDAQ §3.4–3.5

Soldering §3.3

Soldering §3.3

Parts and tools Lab 1 §3.1–3.2

Parts and tools Lab 1 §3.1–3.2

Optimization §2.6

Optimization §2.6

Derivatives §2.5

Derivatives §2.5

Complex numbers §2.4

Complex numbers §2.4

Logarithmic plots §2.3.3

Logarithmic plots §2.3.3

Logarithms §2.3.1–2.3.2

Logarithms §2.3.1–2.3.2

Dimensional analysis §2.2

Dimensional analysis §2.2

Metric prefixes and units §2.1

Metric prefixes and units §2.1

Why electronics? Chapter 1

Why electronics? Chapter 1

Measuring AgCl electrodes §39.5.4

Measuring AgCl electrodes §39.5.4

Making AgCl electrodes §39.5.3

Making AgCl electrodes §39.5.3

Stainless steel electrodes Lab 12 §39.3+§39.5

Stainless steel electrodes Lab 12 §39.3+§39.5

Microphone sensitivity §26.4.2–4

Microphone sensitivity §26.4.2–4

Microphone DC bias §26.4.1

Microphone DC bias §26.4.1

Loudness §26.3

Loudness §26.3

Junction field-effect transistor §26.2

Junction field-effect transistor §26.2

Electret microphone §26.1

Electret microphone §26.1

Lab 13 EKG Chapter 42

Lab 13 EKG Chapter 42

Cardiac vector §41.3

Cardiac vector §41.3

Action potentials §41.3

Action potentials §41.3

EKG safety §41.2

EKG safety §41.2

EKG demo §41.1

EKG demo §41.1

2-op-amp instrumentation amplifier §40.2

2-op-amp instrumentation amplifier §40.2

3-op-amp instrumentation amplifier §40.1

3-op-amp instrumentation amplifier §40.1

Electrodes §38.2–5

Electrodes §38.2–5

Electrodes and conductivity §38.1

Electrodes and conductivity §38.1

Lab 11 Power amp Chapter 37

Lab 11 Power amp Chapter 37

Triangle wave oscillators§36.2

Triangle wave oscillators§36.2

Integrators §36.1

Integrators §36.1

Schmitt trigger §33.3

Schmitt trigger §33.3

Higher voltage for H bridge §35.5

Higher voltage for H bridge §35.5

LC filtering §35.4

LC filtering §35.4

Generating PWM §35.3

Generating PWM §35.3

PWM §35.2

PWM §35.2

Real Power §35.1

Real Power §35.1

Testing FETS Lab 10 §34.3–4

Testing FETS Lab 10 §34.3–4

Comparators §33.1

Comparators §33.1

Switching power §32.6

Switching power §32.6

Thermal resistance §32.6

Thermal resistance §32.6

Switching speed FETs §32.5

Switching speed FETs §32.5

H-bridges §32.4

H-bridges §32.4

Switching inductive load §32.3

Switching inductive load §32.3

Driving cMOS §32.2

Driving cMOS §32.2

MOSFETs and cMOS §32.2

MOSFETs and cMOS §32.2

Field effect transistors §32.1

Field effect transistors §32.1

Lab 10 Soldering SMD FETs §34.2

Lab 10 Soldering SMD FETs §34.2

Lab 9 low-power audio amp (Chapter 31)

Lab 9 low-power audio amp (Chapter 31)

Lab 7 electret mic §27.2

Lab 7 electret mic §27.2

gasstationwithoutpumps Live Stream

gasstationwithoutpumps Live Stream

Fitting loudspeaker models §29.2.2

Fitting loudspeaker models §29.2.2

Modeling loudspeakers §29.2.1

Modeling loudspeakers §29.2.1

Loudspeakers—how they work §29.1

Loudspeakers—how they work §29.1

Impedance spectroscopy §30.3

Impedance spectroscopy §30.3

RLC §28.4

RLC §28.4

inductors and capacitors §28.4

inductors and capacitors §28.4

inductor Bode plot §28.3

inductor Bode plot §28.3

inductance from shape §28.2

inductance from shape §28.2

Inductors §28.1

Inductors §28.1

The Artist's Dilemma

The Artist's Dilemma

The Artist's Dilemma (using highlighter)

The Artist's Dilemma (using highlighter)

Romeo and Juliet 2018 June 10

Romeo and Juliet 2018 June 10

Henry Karplus Kindertransport talk 2017 Sep 14

Henry Karplus Kindertransport talk 2017 Sep 14

Loves Labours Lost 2016 June 4

Loves Labours Lost 2016 June 4

Love's Labour's Lost — UCSB Shakespeare in the Park — 2016 June 5

Love's Labour's Lost — UCSB Shakespeare in the Park — 2016 June 5

Oscilloscope tutorial March 2016

Oscilloscope tutorial March 2016