Electronics Components

Traditional electronic circuit elements

Overview

This section covers the traditional electronic components available in CircuitJS1 for circuit design and simulation. These components are used for conventional electronic circuit analysis, ranging from basic passive elements to complex active devices.

Passive Components

Resistors

Fixed Resistor: Standard resistance value
Variable Resistor: Adjustable resistance (potentiometer)
Photoresistor: Light-dependent resistor

Key Properties: - Resistance value (Ohms) - Power rating (Watts)

Capacitors

Fixed Capacitor: Standard capacitance value
Variable Capacitor: Adjustable capacitance
Polarized Capacitor: Electrolytic capacitors with polarity

Key Properties: - Capacitance value (Farads) - Initial voltage - ESR (Equivalent Series Resistance)

Inductors

Fixed Inductor: Standard inductance value
Variable Inductor: Adjustable inductance

Key Properties: - Inductance value (Henries) - Series resistance - Initial current

Active Components

Diodes

Standard Diode: Basic PN junction diode
Zener Diode: Voltage regulation
LED: Light-emitting diode
Schottky Diode: Fast switching, low forward voltage

Transistors

NPN/PNP Bipolar: Standard bipolar junction transistors
N-Channel/P-Channel MOSFET: Field-effect transistors
JFET: Junction field-effect transistors

Operational Amplifiers

Ideal Op-Amp: Perfect characteristics
Real Op-Amp: Includes limitations like finite gain, bandwidth

Sources

Voltage Sources

DC Voltage: Constant voltage
AC Voltage: Sinusoidal voltage source
Square Wave: Digital/PWM signals
Triangle Wave: Linear ramp signals

Current Sources

DC Current: Constant current
AC Current: Sinusoidal current source

Logic Components

Basic Gates

AND, OR, NOT: Fundamental logic operations
NAND, NOR: Universal gates
XOR, XNOR: Exclusive operations

Flip-Flops and Latches

D Flip-Flop: Data storage with clock
JK Flip-Flop: Universal flip-flop
SR Latch: Set-reset memory

Example Circuits

Basic Resistor Network

Simple voltage divider and current limiting circuits.

RC/RL Circuits

Time-domain response of first-order systems.

Diode Circuits

Rectifiers, clippers, and clampers.

Amplifier Circuits

Op-amp configurations: inverting, non-inverting, differential.

Digital Logic

Combinational and sequential logic designs.

For mathematical and system dynamics components, see the User Guide. For modeling applications, see SFC Modeling.

--- title: "Electronics Components" subtitle: "Traditional electronic circuit elements" toc: true --- ## Overview This section covers the traditional electronic components available in CircuitJS1 for circuit design and simulation. These components are used for conventional electronic circuit analysis, ranging from basic passive elements to complex active devices. ## Passive Components ### Resistors - **Fixed Resistor**: Standard resistance value - **Variable Resistor**: Adjustable resistance (potentiometer) - **Photoresistor**: Light-dependent resistor **Key Properties:** - Resistance value (Ohms) - Power rating (Watts) ### Capacitors - **Fixed Capacitor**: Standard capacitance value - **Variable Capacitor**: Adjustable capacitance - **Polarized Capacitor**: Electrolytic capacitors with polarity **Key Properties:** - Capacitance value (Farads) - Initial voltage - ESR (Equivalent Series Resistance) ### Inductors - **Fixed Inductor**: Standard inductance value - **Variable Inductor**: Adjustable inductance **Key Properties:** - Inductance value (Henries) - Series resistance - Initial current ## Active Components ### Diodes - **Standard Diode**: Basic PN junction diode - **Zener Diode**: Voltage regulation - **LED**: Light-emitting diode - **Schottky Diode**: Fast switching, low forward voltage ### Transistors - **NPN/PNP Bipolar**: Standard bipolar junction transistors - **N-Channel/P-Channel MOSFET**: Field-effect transistors - **JFET**: Junction field-effect transistors ### Operational Amplifiers - **Ideal Op-Amp**: Perfect characteristics - **Real Op-Amp**: Includes limitations like finite gain, bandwidth ## Sources ### Voltage Sources - **DC Voltage**: Constant voltage - **AC Voltage**: Sinusoidal voltage source - **Square Wave**: Digital/PWM signals - **Triangle Wave**: Linear ramp signals ### Current Sources - **DC Current**: Constant current - **AC Current**: Sinusoidal current source ## Logic Components ### Basic Gates - **AND, OR, NOT**: Fundamental logic operations - **NAND, NOR**: Universal gates - **XOR, XNOR**: Exclusive operations ### Flip-Flops and Latches - **D Flip-Flop**: Data storage with clock - **JK Flip-Flop**: Universal flip-flop - **SR Latch**: Set-reset memory ## Example Circuits ### Basic Resistor Network Simple voltage divider and current limiting circuits. ### RC/RL Circuits Time-domain response of first-order systems. ### Diode Circuits Rectifiers, clippers, and clampers. ### Amplifier Circuits Op-amp configurations: inverting, non-inverting, differential. ### Digital Logic Combinational and sequential logic designs. --- *For mathematical and system dynamics components, see the [User Guide](user-guide.qmd). For modeling applications, see [SFC Modeling](sfc-modeling.qmd).*