YOMS Electronics
Output stage part 2 LT spice emitter follower as outputstage
13:25
YOMS Electronics
Part 10 | Cascode Differential Amplifier Explained (BJT) | High Gain & High Output Resistance
13:54
YOMS Electronics
Ouptput Stage part 1
12:19
YOMS Electronics
PNP and NPN current mirrors
7:40
YOMS Electronics
Active load on differential amplifiers or how to connected a differential output into a single ended
18:15
YOMS Electronics
Part 9: Half-Circuit Analysis & Gain of Differential Amplifiers (BJT Explained)
12:20
YOMS Electronics
Nortons theorem worked examples
6:40
YOMS Electronics
Norton’s Theorem Made Practical | Step-by-Step Numerical Examples (Applied Electricity Part 1)
9:14
YOMS Electronics
Why Differential Gain Equals Half-Circuit Gain | Intuitive Proof (Part 8)
10:47
YOMS Electronics
Large-Signal Analysis of Differential Amplifiers | Tanh Model Explained (Part 7)
18:55
YOMS Electronics
Input and Output Characteristics of Differential Amplifiers Explained (Part 6)
20:20
YOMS Electronics
Current Steering in Differential Amplifiers: How Tail Current Shifts with Input Variation (Part 5)
9:14
YOMS Electronics
LTspice Simulation of Differential Amplifiers: Visualizing Noise Cancellation (Part 4)
23:21
YOMS Electronics
Differential Signals Explained: Voltage Difference vs Common Signals (Part 3)
11:10
YOMS Electronics
How Differential Amplifiers Cancel Noise | In-Depth Common-Mode Analysis (Part 2)
9:44
YOMS Electronics
Differential Amplifiers Explained: Applications & Noise Cancellation Basics (Part 1)
6:40
YOMS Electronics
Oscillators Explained: Applications, Feedback & the LC Tank Circuit (Part 1)
2:51
YOMS Electronics
Simulating a PNP Common emitter stage on LT spice
10:24
YOMS Electronics
Intrinsic Gain of an NPN Transistor Explained | LTspice Simulation Tutorial
9:04
YOMS Electronics
Improving Current Mirror Accuracy Using an Emitter Follower | Part 1
5:34
YOMS Electronics
Improving Current Mirror Accuracy Using an Emitter Follower | Part 2
3:43
YOMS Electronics
Current Mirror Errors: Why Copying Too Many Outputs Breaks Accuracy
8:53
YOMS Electronics
Current Mirror Scaling Explained | Increasing & Reducing Current Using N Copies (Part 4)
8:28
YOMS Electronics
Current Mirrors Explained | From Biasing Problems to the Basic BJT Current Mirror (Part 3)
9:46
YOMS Electronics
Building Up to Current Mirrors (Part 2) | Diode-Connected BJT Explained
6:42
YOMS Electronics
Why Simple BJT Biasing Fails as a Current Source | Building Up to Current Mirrors (Part 1)
4:28
YOMS Electronics
PNP & NPN Current Sources Explained | Introduction to Current Mirrors (Part 1)
8:53
YOMS Electronics
More Thévenin’s Theorem Examples | Exam-Style Problems & Common Mistakes
7:40
YOMS Electronics
Part 1 Thévenin’s Theorem Worked Examples | Step-by-Step Problem Solving (Applied Electricity)
6:50
YOMS Electronics
Final Year Project Made Simple | From Project Work to Publishable Paper (Mendeley Guide)
29:49
YOMS Electronics
Cascode Amplifier BJT part c6 | using easy gain formula
15:11
YOMS Electronics
Cascode BJT Amplifier Explained | Gain, Output Impedance & Why Cascodes Matter (Part C5)
9:42
YOMS Electronics
Emitter Degeneration vs Cascode BJT Current Sources | Detailed Analysis (Part C4)
5:56
YOMS Electronics
Cascode vs Degenerated vs Simple BJT Current Sources | LTspice Comparison (Part C3)
12:14
YOMS Electronics
Cascode BJT Current Source (Part C2) – Output Impedance Improvement Explained
3:52
YOMS Electronics
Cascode BJTs Explained (Part C1): BJT Current Sources & Output Impedance Basics
13:11
YOMS Electronics
Troubleshooting LT spice common emitter cascaded with common collector stage part s14
23:30
YOMS Electronics
BJT Spin-Off (Part S13): Cascading CE & Emitter Follower to Drive a Speaker | LTspice Tutorial
8:13
YOMS Electronics
Part S12 – BJT Input & Output Impedance | Early Voltage, Emitter Degeneration & Base Effects
7:42
YOMS Electronics
How an Emitter Follower Drives a Speaker | CE + CC Cascaded Amplifier (Part S11)
5:10
YOMS Electronics
How to Bias CE, CB & CC Amplifier Stages (BJT Theory) | Part S10
11:55
YOMS Electronics
Norton’s Theorem Using Source Transformation | A Practical View
10:31
YOMS Electronics
Thévenin’s Theorem Made Practical | Measure Voltage, Measure Current, Simplify
19:35
YOMS Electronics
Emitter Degeneration in BJTs (LTspice) – Part 2 | Stability, Gain & Headroom Trade-offs (S9)
10:06
YOMS Electronics
Emitter Degeneration in BJTs (LTspice) | Stability, Gain & Headroom Visualised – Part S8
15:50
YOMS Electronics
Emitter Degeneration & Headroom Loss in BJTs | Why Forward-Active Mode Costs Voltage (Part S7)
5:43
YOMS Electronics
BJT Headroom Explained | Why Biasing, Gain & Linearity Compete (Part S6 – Spin-Off Series)
5:46
YOMS Electronics
BJT Small-Signal Analysis 2 Part s4
8:02
YOMS Electronics
Small-Signal Analysis of BJTs | prerequisite for headroom (Part S5)
11:36
YOMS Electronics
Small-Signal Analysis of BJT Amplifiers | Transconductance, Biasing & Gain (Part S3)
8:26
YOMS Electronics
How a BJT Works as a Voltage Amplifier | BJT Theory Spin-Off (Part S2)
11:11
YOMS Electronics
BJT Theory (Spin-Off) – Part S1: Transistors as Voltage-Dependent Current Sources
11:57
YOMS Electronics
Applied Electricity | Kirchhoff’s Laws Part 4
26:40
YOMS Electronics
Applied Electricity – Part 3 | Current Divider Rule & Voltage Drops Explained
24:17
YOMS Electronics
Applied Electricity – Part 2 | Resistors in Series & Parallel (Equivalent Resistance)
19:27
YOMS Electronics
Part 13 – BJT Self-Biasing Explained | Simple Biasing, Self-Correction & LTspice Tutorial
12:27
YOMS Electronics
Part 12 – Emitter-Degenerated Voltage Divider Bias Explained | Feedback & Branch Currents in LTspice
56:33
YOMS Electronics
Part 11b. Voltage Resistive divider biasing with some troubleshooting
14:18
YOMS Electronics
Part 11 – Voltage Divider Bias Explained | Stable BJT Biasing with a Single Suppl
29:06
YOMS Electronics
Applied Electricity (Foundations of Circuits)
12:03
YOMS Electronics
Part 10 – Practical BJT Biasing with a Single Supply Resistor Design, Headroom & LTspice
26:58
YOMS Electronics
Final Year Project to Journal Paper | A Practical Guide for FYP & MSc Students
39:19
YOMS Electronics
Part 9 – Input & Output Impedance Explained | Effects of Emitter Degeneration & Early Voltage
16:51
YOMS Electronics
Part 8– Small-Signal Analysis & Transconductance 𝑔𝑚 Explained | BJT Amplifier Fundamentals
13:01
YOMS Electronics
Part 7 – BJT Output Characteristics Explained | IC vs 𝑉𝐶𝐸 , Early Voltage & Regions of Operation
16:34
YOMS Electronics
Part 6 – BJT IC–VBE Characteristics Explained | LTspice Simulation
7:41
YOMS Electronics
Early Voltage Effect Explained | Transistor Regions & Current Source Trade-Offs (Part 5b)
13:50
YOMS Electronics
Early Voltage Effect in LTspice | Why BJTs Aren’t Ideal Current Sources (Part 5)
13:28
YOMS Electronics
Q-Point Biasing & Headroom Optimization in LTspice | Practical Demo (Part 4b)
8:32
YOMS Electronics
Maximizing Voltage Headroom | Biasing the Q-Point for Full Output Swing (Part 4)
8:31
YOMS Electronics
Voltage Headroom Explained | Why Output Clipping Happens at Low Vcc (Part 3)
9:33
YOMS Electronics
Understanding the Common Emitter Amplifier | Theory & Analysis (Part 2)
14:02
YOMS Electronics
The “Hello World” of LTspice | Common Emitter Amplifier (Part 1)
8:47