Канал: Earth Tones Electronics

LTSpice Tutorial: JFET Boost Guitar Pedal (DC Sweep, Parametric Stepping, Harmonic Analysis)

LTSpice Tutorial: JFET Boost Guitar Pedal (DC Sweep, Parametric Stepping, Harmonic Analysis)

LTSpice Tutorial: Simulate a Bass Fuzz Guitar Effect (Transient, AC Response, Wav) (EE2212 UMD)

LTSpice Tutorial: Simulate a Bass Fuzz Guitar Effect (Transient, AC Response, Wav) (EE2212 UMD)

LTSpice Tutorial: AC Sweep / Bode Plot with RC & RL circuits (EE2212 UMD)

LTSpice Tutorial: AC Sweep / Bode Plot with RC & RL circuits (EE2212 UMD)

LTSpice Tutorial: DC Sweep Simulation with Diode Characteristics (EE 2212 UMD)

LTSpice Tutorial: DC Sweep Simulation with Diode Characteristics (EE 2212 UMD)

LTSpice Tutorial: Transient Simulation with RC Circuit / RC Time Constant (EE 2212 UMD)

LTSpice Tutorial: Transient Simulation with RC Circuit / RC Time Constant (EE 2212 UMD)

LTSpice Tutorial: DC Bias Point with Resistors (EE 2212 UMD)

LTSpice Tutorial: DC Bias Point with Resistors (EE 2212 UMD)

Earth Tones Electronics Tube Stamp V1 - JAN7586 demo (guitar effect)

Earth Tones Electronics Tube Stamp V1 - JAN7586 demo (guitar effect)

Guitar Pedal Design: Distortion and Fuzz

Guitar Pedal Design: Distortion and Fuzz

Guitar Pedal Design: Boost and Tone Effects

Guitar Pedal Design: Boost and Tone Effects

Introduction to Modeling and Analysis of Flat-Panel Loudspeakers (ECE1215 at Pitt)

Introduction to Modeling and Analysis of Flat-Panel Loudspeakers (ECE1215 at Pitt)

Analog Circuit Fundamentals: Source Transformations

Analog Circuit Fundamentals: Source Transformations

Analog Circuit Fundamentals: Introduction to LTSpice

Analog Circuit Fundamentals: Introduction to LTSpice

Analog Circuit Fundamentals: Dependent Sources

Analog Circuit Fundamentals: Dependent Sources

Analog Circuit Fundamentals: Diodes

Analog Circuit Fundamentals: Diodes

Digital Logic Fundamentals: PLAs

Digital Logic Fundamentals: PLAs

Digital Logic Fundamentals: ROM

Digital Logic Fundamentals: ROM

Digital Logic Fundamentals: RAM Circuitry

Digital Logic Fundamentals: RAM Circuitry

Digital Logic Fundamentals: RAM

Digital Logic Fundamentals: RAM

Digital Logic Fundamentals: Synchronous Counter Design

Digital Logic Fundamentals: Synchronous Counter Design

Digital Logic Fundamentals: Ripple Counters

Digital Logic Fundamentals: Ripple Counters

Digital Logic Fundamentals: Register Structures

Digital Logic Fundamentals: Register Structures

Digital Logic Fundamentals: Registers

Digital Logic Fundamentals: Registers

Digital Logic Fundamentals: Simulating Sequential Circuits in Quartus Prime

Digital Logic Fundamentals: Simulating Sequential Circuits in Quartus Prime

Digital Logic Fundamentals: Analysis of Sequential Circuits

Digital Logic Fundamentals: Analysis of Sequential Circuits

Logic Design Fundamentals: State Assignment

Logic Design Fundamentals: State Assignment

Digital Logic Fundamentals: State Reduction

Digital Logic Fundamentals: State Reduction

Digital Logic Fundamentals: Moore and Mealy Machines

Digital Logic Fundamentals: Moore and Mealy Machines

Digital Logic Fundamentals: State Machine Design with JK flip-flops

Digital Logic Fundamentals: State Machine Design with JK flip-flops

Digital Logic Fundamentals: State Machine Design with T Flip-Flops

Digital Logic Fundamentals: State Machine Design with T Flip-Flops

Digital Logic Fundamentals: State Machine Design with D flip-flops

Digital Logic Fundamentals: State Machine Design with D flip-flops

Digital Logic Fundamentals: State Tables and State Diagrams

Digital Logic Fundamentals: State Tables and State Diagrams

Digital Logic Fundamentals: the JK and T flip-flops

Digital Logic Fundamentals: the JK and T flip-flops

Digital Logic Fundamentals: the D flip-flop

Digital Logic Fundamentals: the D flip-flop

Digital Logic Fundamentals: the D latch

Digital Logic Fundamentals: the D latch

Digital Logic Fundamentals: the SR Latch

Digital Logic Fundamentals: the SR Latch

Digital Logic Fundamentals: Behavioral Verilog Case Statements

Digital Logic Fundamentals: Behavioral Verilog Case Statements

Digital Logic Fundamentals: Sequential Circuits

Digital Logic Fundamentals: Sequential Circuits

Digital Logic Fundamentals: Multiplexers / MUXes

Digital Logic Fundamentals: Multiplexers / MUXes

Digital Logic Fundamentals: Encoders

Digital Logic Fundamentals: Encoders

Digital Logic Fundamentals: Decoders

Digital Logic Fundamentals: Decoders

Digital Logic Fundamentals: Comparator circuits

Digital Logic Fundamentals: Comparator circuits

Digital Logic Fundamentals: Behavioral Verilog

Digital Logic Fundamentals: Behavioral Verilog

Digital Logic Fundamentals: Carry Lookahead Logic

Digital Logic Fundamentals: Carry Lookahead Logic

Digital Logic Fundamentals: Half Adder and Full Adder

Digital Logic Fundamentals: Half Adder and Full Adder

Digital Logic Fundamentals: Combinational Circuits

Digital Logic Fundamentals: Combinational Circuits

Digital Logic Fundamentals: basic Verilog HDL

Digital Logic Fundamentals: basic Verilog HDL

Digital Logic Fundamentals: All-NOR circuit implementations

Digital Logic Fundamentals: All-NOR circuit implementations

Digital Logic Fundamentals: All-NAND Circuit Implementations

Digital Logic Fundamentals: All-NAND Circuit Implementations

Digital Logic Fundamentals: Don't Care Conditions in K-Maps

Digital Logic Fundamentals: Don't Care Conditions in K-Maps

Digital Logic Fundamentals: 4-Variable K-Maps

Digital Logic Fundamentals: 4-Variable K-Maps

Digital Logic Fundamentals: Simulated Logic Circuit Outputs in Quartus Prime

Digital Logic Fundamentals: Simulated Logic Circuit Outputs in Quartus Prime

Digital Logic Fundamentals: Drawing Logic Circuits in Quartus Prime

Digital Logic Fundamentals: Drawing Logic Circuits in Quartus Prime

Digital Logic Fundamentals: Installing Quartus Prime

Digital Logic Fundamentals: Installing Quartus Prime

Digital Logic Fundamentals: K-Maps (Karnaugh Maps)

Digital Logic Fundamentals: K-Maps (Karnaugh Maps)

Digital Logic Fundamentals: Sum-of-Products and Product-of-Sums forms (Canonical Forms)

Digital Logic Fundamentals: Sum-of-Products and Product-of-Sums forms (Canonical Forms)

Digital Logic Fundamentals: Boolean Algebra Theorems II

Digital Logic Fundamentals: Boolean Algebra Theorems II

Digital Logic Fundamentals: Boolean Algebra Theorems I

Digital Logic Fundamentals: Boolean Algebra Theorems I

Digital Logic Fundamentals: Logic Gates (AND, OR, XOR, etc)

Digital Logic Fundamentals: Logic Gates (AND, OR, XOR, etc)

Digital Logic Fundamentals: Boolean Functions

Digital Logic Fundamentals: Boolean Functions

Digital Logic Fundamentals: Introduction to Boolean Algebra

Digital Logic Fundamentals: Introduction to Boolean Algebra

Digital Logic Fundamentals: Binary Coded Decimal (BCD) Numbers

Digital Logic Fundamentals: Binary Coded Decimal (BCD) Numbers

Digital Logic Fundamentals: Signed Binary Numbers

Digital Logic Fundamentals: Signed Binary Numbers

Digital Logic Fundamentals: Binary Operations

Digital Logic Fundamentals: Binary Operations

Digital Logic Fundamentals: Introduction to Logic

Digital Logic Fundamentals: Introduction to Logic

Digital Logic Fundamentals: Number Base Conversions (Binary, Octal, Hex, Decimal)

Digital Logic Fundamentals: Number Base Conversions (Binary, Octal, Hex, Decimal)

Digital Logic Fundamentals: Hexadecimal and Octal Numbers

Digital Logic Fundamentals: Hexadecimal and Octal Numbers

Earth Tones Electronics JFET Boost Demo Video

Earth Tones Electronics JFET Boost Demo Video

Earth Tones Electronics Pocket Amplifier Demo

Earth Tones Electronics Pocket Amplifier Demo

Earth Tones JAN6418 Tube Drive demo - Guitar Effect Pedal #guitarpedals #engineering #electronics

Earth Tones JAN6418 Tube Drive demo - Guitar Effect Pedal #guitarpedals #engineering #electronics