'Diode current' presentation slideshows

Kuliah Elektronika Dasar Minggu ke 4 DIODA

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Kuliah Elektronika Dasar Minggu ke 4 DIODA

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Unit-2

Unit-2.

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B.SC.II PAPER-B (OPTICS and LASERS)

B.SC.II PAPER-B (OPTICS and LASERS). Submitted by Dr. Sarvpreet Kaur Assistant Professor PGGCG-11, Chandigarh. Unit-IV Lasers and Fiber optics. Laser Types. According to the active material : solid-state, liquid, gas, excimer or semiconductor lasers. According to the wavelength :

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Recall-Lecture 3

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Lecture 25

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Lecture 25

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Current Model Buck Converter Example LM3495 LM5576 LT3713

Current Model Buck Converter Example LM3495 LM5576 LT3713. All materials are from National Semiconductor website available to any readers, Linear Technology data sheet. Current Mode Buck Converter. LM3075 from National Semiconductor

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Circuit Analysis

Circuit Analysis. of Circuits Containing Diodes. Definition of Diode Current and Voltage. Forward Bias When I D > 0mA and V D > 0V Reverse Bias When I D < 0mA and V D < 0V. p (anode). n (cathode). Three Analysis Techniques. Calculations Using Ideal Diode Equation

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POWER ELECTRONICS

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Lecture 2

Lecture 2. Instructor: Rashedul Islam Course: Electronics I. Outline:. Contact Potentials Current-Voltage Characteristics of a Diode Simplified AC & DC Diode Model Dynamic Resistance. Contact Potentials:.

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Lecture #24

OUTLINE The Bipolar Junction Transistor Ideal Transistor Analysis Ebers-Moll model Reading: Chapter 11.1. Lecture #24. Diffusion equation: General solution: Boundary conditions: Solution:. Emitter Region Solution. Collector Region Solution. Diffusion equation: General solution:

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Lecture #24

HW#8 ANNOUNCEMENTS Start Problem 4 early! Note that Problem 3f has been revised OUTLINE The Bipolar Junction Transistor Ideal Transistor Analysis Ebers-Moll model Reading: Chapter 11.1. Lecture #24. Diffusion equation: General solution: Boundary conditions: Solution:.

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