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Activity: Buck Converter Basics
Circuit Simulation Notes
Activity: The Clapp Oscillator
Activity: The Colpitts Oscillator
Activity: The Hartley Oscillator
Activity: Linear Feedback Shift Register (LFSR), For ADALM2000
Activity: Peltz Oscillator
Activity: Polyphase Filter Circuits
Activity: Pulsed Oscillators
Activity: Efficiency, Power Loss, and Thermal Management
Activity R1: Real Voltage Sources, For ADALM2000
Activity: Simple Op Amps, For ADALM2000
Activity: Op Amp Settling Time, For ADALM2000
Activity: Diode I vs. V curves, For ADALM2000
Activity: The BJT connected as a diode
Activity: The MOS transistor connected as a diode
Activity: A BJT Curve Tracer - ADALM2000
Activity: NMOS FET characteristic curves - ADALM2000
Activity: Common Emitter Amplifier
Frequency Response of a Common-Emitter BJT Amplifier
Activity: MOS transistor common source amplifier
Activity: BJT Current Mirror
Activity: NMOS as a Current Mirror
Activity: Zero gain amplifier (BJT)
Activity: Zero gain amplifier (MOS)
Activity: Stabilized current source (BJT)
Activity: A Floating (two terminal) Current Source / Sink
Activity: Stabilized current source (NMOS)
Activity: Regulated Voltage Reference - ADALM2000
Activity: Shunt regulator - ADALM2000
Activity: The Emitter follower (BJT)
Activity: The Source follower (NMOS) - ADALM2000
Activity: BJT Differential pair
Activity: The Transresistance Amplifier Input Stage
Activity: MOS Differential pair
Lab Activity: Generating sine waves from triangle waves
Activity: Making a full Operational Amplifier from previous blocks - ADALM2000
Activity: Amplifier Output Stages - ADALM2000
Activity:Digital to analog conversion
Activity: DC-DC Converters I - ADALM2000
Activity: DC-DC Converters II - ADALM2000
Activity: Delta - Sigma Modulator
Activity: The CMOS Analog Switch - ADALM2000
Activity: The Switched Capacitor
Activity: CMOS Amplifier stages - ADALM2000
Activity: CMOS LC Oscillator
Activity: Optocouplers.
Activity: BJT Multivibrators, For ADALM2000
Activity: MOS Multivibrators, For ADALM2000
Activity: Differential Temperature Sensor
Activity: Zener Diode Regulator - ADALM2000
Activity: TTL inverter and NAND gate, For ADALM2000
Build CMOS Logic Functions Using CD4007 Array - ADALM2000
Activity: CMOS Logic Circuits, D Type Latch
Activity: CMOS Logic Circuits, Transmission Gate XOR
Activity: The Phase Locked Loop - ADALM2000
Activity: Active Rectifiers
Activity: Active Filtering
Activity: Active Mixers
Activity: Analog to Digital Conversion
Solder-less Breadboard Stray Capacitance
What Is a Solder-less Breadboard?
Lab Notes on Capacitors
Activity: Common Emitter Amplifier Loop Gain
Activity: Energy Harvesting, For ADALM2000
Activity: Audio Amplifier with Electret Microphone
Activity: Envelope Detector
Activity: Adjustable External Triggering Circuit
Activity: Heartbeat Measurement Circuit
Activity, Light Controlled RC Oscillator.
Activity: LED as light sensor - ADALM2000
Activity: Measuring Loop Gain, For ADALM2000
Activity: Generating a Negative Voltage Reference
Activity: Op Amp as Comparator, For ADALM2000
Activity: The voltage dependent capacitance of the PN junction
Activity: Pulse Width Modulation
Resistors
Activity: Silicon Controlled Rectifiers (SCR) - ADALM2000
Activity: Measuring a Loudspeaker Impedance Profile - ADALM2000
Activity: Variable Gain Amplifiers
Activity: Voltage Level Shifting, For ADALM2000
Activity: Temperature Control using Window Comparator
Activity: Diode Ring Modulator - ADALM2000
FM Detectors
ADALM2000 Based Lab Activity Material, Electronics I and II
Activity: Low Pass and High Pass Filters, For ADALM2000
Debugging I2C with the ADALM2000
Debugging SPI with the ADALM2000
Debugging UART with the ADALM2000
Activity: Magnetic proximity sensor
Activity: An Ohm's Law Experiment - ADALM2000
Activity: Boost and Buck converter elements and open-loop operation
Activity: Transient Response of an RC Circuit - ADALM2000
Activity: Transient Response of an RL Circuit - ADALM2000
Activity: Resonance in RLC Circuits - ADALM2000
Activity: Switched Capacitor Power Supplies
Activity: IC temperature sensors
ADALM2000 Tutorials
engineering_discovery
eps
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Circuits I & II
Digital Communications
Electronics I and II:
Welcome to Engineering Discovery
Introduction to Digital Circuits
Introduction to Electrical Engineering
Power Electronics
events
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Deep Neural Network Object Classification with 3D ToF Python Demo
Quick Start Guide for Testing the AD9213/9217 ADC Evaluation Board (AD9213-10GEBZ, AD9213-6GEBZ, AD9217-10GEBZ, AD9217-6GEBZ) Using the ADS8-V1EBZ FPGA-Based Capture Board
Quick Start Guide for Testing the AD9213 Customer Evaluation Board AD9213-10GEBZ-B Using the ADS8-V1EBZ FPGA-Based Capture Board
caup
Design Support
EVAL-ADTF3175-NXZ Startup Guide
EVAL-ADTF3175D-NXZ Startup Guide
FIRST Robotics Competition Kit of Parts (KoP) Donation Resources
galileo
GRCon 2018 Workshops
GRCon 2019 Workshops
GRCon 2020 Workshops
GRCon 2021 Workshops
European GNU Radio Days 2019 Workshops
IMS 2019: A Framework For Development and Deployment of RF Systems with SoCs Workshop
ADI Internal
Loopback Delay Estimation Design
navigation-internal
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Software-Defined Radio Workshops
Recent Updates
Resources & Tools
Software-Defined Radio Workshops
ADXL1001/ADXL1002/ADXL1004 and ADAQ7980 Speaker Demo
Analog Devices Wiki
Engineering University Program
university/courses/electronics/electronics-lab-1.txt
· Last modified: 03 Nov 2021 20:25 by
Doug Mercer
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