Все публикации

0:16:21

CASCODE Amplifier (Pt 3): Designing in a Fixed Gain (066g3)

0:35:55

BJT Circuit Analysis: The CASCODE Amplifier (Pt 2) - DESIGN (066g2)

0:09:38

BJT Circuit Analysis: The CASCODE Amplifier (Pt 1) (066g1)

0:14:17

What is Early Voltage? (066f)

0:24:21

nanoVNA: Measuring the Frequency Response of an Amplifier Filter (068e)

0:15:54

nanoVNA: Measuring the Frequency Response of a Filter (068d)

0:16:56

nanoVNA: Measuring the Input Impedance of a Filter (068c)

0:35:39

nanoVNA: A Practical Menu Walk Through (068a)

0:10:52

Load Line Analysis: Answers to Two Poignant Questions (066e4)

0:18:20

Load Line Analysis: Example #2 - A Beta Stabilized Common-Emitter Circuit (066e3)

0:15:36

Load Line Analysis: Example #1 - A Simple Common-Emitter Circuit (066e2)

0:10:44

Load Line Analysis: Foundations - What is what and How is that? (066e1)

0:13:13

Three Ways to Measure the Output Impedance of a Circuit or Device (066d2)

0:40:40

A Multi-Transistor Example Circuit Analysis & Design (066d1)

0:24:58

A Beta-Stabilized, Common-Emitter BJT Circuit (Pt1): Analysis and Design (066c1)

0:19:40

A Beta-Stabilized, C-E BJT Circuit (Pt2): Part Select, Rev Engineer, Bench Results (066c2)

0:08:18

Establishing Realistic Expectations for Circuit Analysis & Design (067)

0:24:43

Basic Bipolar Junction Transistor Analysis: The Common-Collector Circuit (066b3)

0:22:54

Basic Bipolar Junction Transistor Analysis: The Common-Emitter Circuit (066b2)

0:11:44

Basic Bipolar Junction Transistor Analysis: The Model (066b1)

0:20:10

Basic Bipolar Junction Transistor (BJT) Metrics for the Experimenter (066a2)

0:09:03

Introducing Bipolar Junction Transistors (BJT) (066a1)

0:08:43

Introducing PN Junction Diodes (066a0)

0:27:28

Making VNA Measurements in a non-50 Ohm Universe (065)