Worksheets

Categories

AAC Worksheets

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• Basic Electricity

  Basic Electricity

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  Worksheets

  • 1Static Electricity
  • 2Resistors
  • 3Soldering
  • 4Energy, Work, and Power
  • 5Basic Ohmmeter Use
  • 6Lock-out / Tag-out
  • 7Wire Types and Sizes
  • 8Physical Effects of Electricity
  • 9Performance-Based Assessments for Basic Electricity Competencies
  • 10Parallel DC Circuits Practice Worksheet With Answers
  • 11Arc Flash and Arc Blast
  • 12Basic Electromagnetic Relays
  • 13Electrical Connections
  • 14Simple Circuits
  • 15Sources of Electricity
  • 16Resistance, Reactance, and Impedance
  • 17Voltage, Current, and Resistance
  • 18Magnetism
  • 19Electric Shock
  • 20Design Project: Telegraph System
  • 21Basic Electromagnetism and Electromagnetic Induction
  • 22Atomic Structure
  • 23Conductors and Insulators
  • 24Series DC Circuits Practice Worksheet with Answers
  • 25Elementary Circuits
  • 26Basic Ammeter Use
  • 27Basic Troubleshooting Strategies
  • 28Safety Grounding
  • 29Basic Electricity Worksheet
  • 30Specific Resistance of Conductors
  • 31Temperature Coefficient of Resistance
  • 32Ohm’s Law Practice Worksheet With Answers
  • 33Batteries
  • 34Overcurrent Protection
  • 35Basic Circuit Troubleshooting
  • 36Basic Voltmeter Use
  • 37Ohm’s Law
  • 38Switches
• DC Electric Circuits

  DC Electric Circuits

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  Worksheets

  • 1Voltage Divider Circuits
  • 2Current Divider Circuits
  • 3Voltmeter Design
  • 4Ammeter Design
  • 5Magnetic Units of Measurement
  • 6DC Motor Theory
  • 7DC Generator Theory
  • 8Series-Parallel DC Circuits
  • 9DC Metrology
  • 10Time Constant Calculations
  • 11Intermediate Electromagnetism and Electromagnetic Induction
  • 12Kirchhoff’s Laws
  • 13Potentiometers
  • 14DC Transducers
  • 15Performance-Based Assessments for DC Circuit Competencies
  • 16Design Project: DC Motor
  • 17Inductance
  • 18Time Constant Circuits
  • 19DC Motor Control Circuits
  • 20Capacitance
  • 21DC Bridge Circuits
  • 22Time Constant Circuits
  • 23Design Project: Voltmeter
  • 24Inductors
  • 25Capacitors
• AC Electric Circuits

  AC Electric Circuits

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  Worksheets

  • 1Voltage Divider Circuits
  • 2Mutual Inductance
  • 3AC Waveforms
  • 4AC phase
  • 5Characteristic Impedance
  • 6Design Project: Sensitive Audio Detector
  • 7AC Motor Control Circuits
  • 8Step-up, Step-down, and Isolation Transformers
  • 9Series and Parallel AC Circuits
  • 10AC Metrology
  • 11Fundamentals of Radio Communication
  • 12AC Motor Theory
  • 13Series-Parallel Combination AC Circuits
  • 14Performance-Based Assessments for AC Circuit Competencies
  • 15Decibel Measurements
  • 16Basic Oscilloscope Operation
  • 17Electrical Noise and Interference
  • 18Advanced Electromagnetism and Electromagnetic Induction
  • 19Inductive Reactance
  • 20Impedance Matching With Transformers
  • 21Mixed-Frequency Signals
  • 22AC Generator Theory
  • 23Peak, Average, and RMS Measurements
  • 24Autotransformers
  • 25Design Project: Audio Tone Control
  • 26Oscilloscope Trigger Controls
  • 27Polyphase Power Systems
  • 28AC Power
  • 29Impedance
  • 30Delta and Wye 3-Phase Circuits
  • 31Capacitive Reactance
  • 32Four-Channel Audio Mixer
  • 33Passive Filter Circuits
  • 34Passive Integrator and Differentiator Circuits
  • 35Microphones
  • 36Resonance
• Network Analysis Techniques

  Network Analysis Techniques

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  Worksheets

  • 1Millman’s Theorem
  • 2Superposition Theorem
  • 3DC Mesh Current Analysis
  • 4Thevenin’s, Norton’s, and Maximum Power Transfer Theorems
  • 5Performance-Based Assessments for Network Analysis Competencies
  • 6AC Network Analysis
  • 7DC Branch Current Analysis
  • 8Simultaneous Equations for Circuit Analysis
  • 9Component Modeling
• Discrete Semiconductor Devices and Circuits

  Discrete Semiconductor Devices and Circuits

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  Worksheets

  • 1Basic AC-DC Power Supplies
  • 2Design Project: DC Voltage Regulator
  • 3Design Project: Simple Component Curve-Tracer Circuit
  • 4BJT Amplifier Troubleshooting
  • 5Bipolar Transistor Biasing Circuits
  • 6Regulated Power Sources
  • 7Special Diodes
  • 8Design Project: AC-DC Power Supply
  • 9Signal Modulation
  • 10PN Junctions
  • 11Rectifying Diodes
  • 12Optoelectronic Devices
  • 13Bipolar Junction Transistor (BJT) theory
  • 14Clipper and Clamper Circuits
  • 15Bipolar Junction Transistors in Active Mode
  • 16Electron Versus Conventional Flow
  • 17Conventional Transistor Overview and Special Transistors
  • 18Elementary Amplifier Theory
  • 19Differential Transistor Amplifiers
  • 20Active Loads in Amplifier Circuits
  • 21IGFET Amplifiers
  • 22Class C BJT Amplifiers
  • 23Design Project: Audio Power Amplifier
  • 24Power Conversion Circuits
  • 25Design Project: Dual-output AC-DC Power Supply
  • 26Electrical Conduction in Semiconductors
  • 27Multi-Stage Transistor Amplifiers
  • 28Class A BJT Amplifiers
  • 29Thyristor Application Circuits
  • 30Performance-Based Assessments for Semiconductor Circuit Competencies
  • 31Class B BJT Amplifiers
  • 32Insulated Gate Bipolar Transistors
  • 33Design Project: Radio Transmitter
  • 34Bipolar Junction Transistors as Switches
  • 35JFET Amplifiers
  • 36Rectifier Circuits
  • 37Miscellaneous Diode Applications
  • 38Oscillator Circuits
  • 39Junction field-effect transistors (JFET)
  • 40Zener Diodes
  • 41Insulated Gate Field-Effect Transistors
  • 42Thyristors
• Analog Integrated Circuits

  Analog Integrated Circuits

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  Worksheets

  • 1Design Project: Pulse-Width Modulation (PWM) Signal Generator
  • 2Summer and Subtractor OpAmp Circuits
  • 3Logarithms for Analog Circuits
  • 4AC Negative Feedback OpAmp Circuits
  • 5Op-amp Circuits
  • 6Servo Motor Systems
  • 7Performance-Based Assessments for Analog Integrated Circuit Competencies
  • 8Design Project: LED Stroboscope
  • 9Precise Diode Circuits
  • 10Design Project: Sensitive Microphone Amplifier
  • 11Design Project: Intercom System
  • 12Design Project: Signal Generator
  • 13OpAmp Oscillator Circuits
  • 14Nonlinear OpAmp Circuits
  • 15Printed Circuit Board Layout and Manufacture
  • 16IC Fabrication and Packaging
  • 17Linear Computational Circuitry
  • 18Basic Operational Amplifiers
  • 19Voltage/Current Converter OpAmp Circuits
  • 20Inverting and Noninverting OpAmp Voltage Amplifier Circuits
  • 21Negative Feedback OpAmp Circuits
  • 22Design Project: Audio Media-Based Signal Generator
  • 23Open-Loop OpAmp Circuits
  • 24Phase-Locked Loops
  • 25Active Filters
• Digital Circuits

  Digital Circuits

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  Worksheets

  • 1Stepper Motors
  • 2Timer Circuits
  • 3High-Reliability Circuits
  • 4Digital Codes
  • 5Multiplexers and Demultiplexers
  • 6Digital Logic Signals
  • 7Digital Display Circuits
  • 8Sum-of-Products and Product-of-Sums Expressions
  • 9Design Project: Arbitrary Waveform Generator
  • 10Sources of Electricity
  • 11Programmable Logic Technology
  • 12Microcontroller Principles
  • 13Latch Circuits
  • 14Design Project: Stepper Motor Driver
  • 15Design Project: Event Counter
  • 16Electromechanical Relay Logic
  • 17Design Project: Power Inverter
  • 18CMOS Logic Gates
  • 19TTL Logic Gates
  • 20Memory Devices
  • 21Basic Logic Gate Troubleshooting
  • 22Protective Relay Circuits
  • 23Flip-Flop Circuits
  • 24Light-Pulse Switch
  • 25Binary Math Circuits
  • 26Programmable Logic Controllers
  • 27Time-Delay Electromechanical Relays
  • 28Performance-Based Assessments for Digital Circuit Competencies
  • 29Basic Logic Gates
  • 30Design Project: Logic Probe
  • 31Switched Capacitor Circuitry
  • 32Encoders and Decoders
  • 33Binary Math
  • 34Digital Communication
  • 35Analog-to-Digital Conversion
  • 36Microprocessor Programming
  • 37Counters
  • 38Digital-to-Analog Conversion
  • 39Boolean Algebra
  • 40Karnaugh Mapping
  • 41Numeration Systems
  • 42Shift Registers
• Mathematics for Electronics

  Mathematics for Electronics

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  Worksheets

  • 1Calculus for Electric Circuits
  • 2Logarithms for Analog Circuits
  • 3Algebraic Equation Manipulation for Electric Circuits
  • 4Algebraic Substitution for Electric Circuits
  • 5Trigonometry for AC Circuits
  • 6Phasor Mathematics
  • 7Basic Algebra and Graphing for Electric Circuits
  • 8Simultaneous Equations for Circuit Analysis
  • 9Scientific Notation and Metric Prefixes

• Industry Worksheets

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  Renesas
  Renesas

  Renesas Electronics Corporation is a Japanese semiconductor manufacturer headquartered in Tokyo. It supplies embedded processors, analog, power and connectivity devices and related software for automotive, industrial, infrastructure and IoT applications.

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  Worksheets

  • 1MCU Low-Power Modes and Wake Sources
  • 2BLDC Commutation and Hall-Sensor Sequencing
  • 3Field-Oriented Control with Clarke and Park Transforms
  • 4Motor Current Sensing and Shunt Placement
  • 5PWM Duty Cycle, Dead Time, and Switching Loss
  • 6Sleep-Mode Current Budgeting and Duty Cycling
  • 7Battery Runtime and Capacity Estimation
  • 8Designing for Intermittent and Low-Energy Power Sources