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Supervised By: Prof. Adnan Afandi

EE. 5. 2. 6. Supervised By: Prof. Adnan Afandi. Done By: Majdi Rashid Annowami Mohammad Saeed Almasmoum Mohsen Mohammad Batwa. Index. Hetrojunction. Microstrip. Oscillator Types. IMPATT Diodes. Baritt. Oscillator Design. Picture. Gunn. Frequency –Tunable

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Supervised By: Prof. Adnan Afandi

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  1. EE 5 2 6 Supervised By:Prof. Adnan Afandi Done By: Majdi Rashid Annowami Mohammad Saeed Almasmoum Mohsen Mohammad Batwa

  2. Index Hetrojunction Microstrip Oscillator Types IMPATT Diodes Baritt Oscillator Design Picture Gunn Frequency –Tunable Microwave Dielectric Resonator

  3. Gunn Oscillator Solid State Oscillator Crystal Oscillators Harmonic Oscillators Hartley Oscillators Negative Resistance Oscillator With Homemade Tunnel Diode Negative Resistance Oscillators Sine Wave Oscillators(a) Sine Wave Oscillators(b) The Blocking Oscillator Resonant Frequency Of A Colpitts Oscillator Oscillators Types

  4. Oscillators Types • Oscillator Drift • Oscillator Circuits • Oscillator Basics • Pulsed Oscillators • Relaxation Oscillators • Resonant Frequency Of A Colpitts Oscillator • Crystal Oscillator Basics • Solid-state Microwave Devices( Oscillators) • SAW Oscillator • Wave Oscillator Tubes

  5. Solid State Oscillator • Introduction • Negative Resistance One-Port Oscillators • Device Line Measurement • Transistor Characterization • Summary

  6. Hetrojunction Diode • Millimeter Wave Heterojuncion MITATT Diode • High Frequency Limitations of MITATT • A Two Step Polyimide Etchback for Integration of Heterojunction Bipolar Transistors and Resonant Tunneling Diodes • Transparent p-n Heterojunction Thin Film Diodes • double-heterojunction visible laser diodes

  7. Oscillator Design • Oscillator Design • Design Of Integrated-oscillator Active Microstrip Antenna • Oscillator Design Efficiency • Advanced VCO Design • Generalized Oscillator Design Program

  8. IMPATT Diodes The Mobile Revolution Impatt Diodes And Resonant Tunneling DiodesPpt Complex Nonlinear Model For The Pulsed-mode Impatt Diode Pulsed Electron-nuclear Double Resonance (Endor) At 140 Ghz Solid State Circuits Electrical Engineering Materials And Devices Electrical Engineering Faculty Biodatas Semiconductor Junctions Impatt Oscillator Simulation High-power Microwave-tube Transmitter Rf Circuit Sintered Diamond: Its Possible Use As A High Thermal Conductivity Semiconduction Device Substrate • Frequency From 25 To 155 Ghz • Frequency From 26 To 150 Ghz • Frequency At 94 Ghz • Frequency At 100 Ghz • Frequency From 130 To 170 Ghz • Frequency At 140 Ghz 12 • Frequency At 200 Ghz 12 • Frequency At 300 Ghz 12 • Frequency At 350 Ghz • Frequency At 450 Ghz 12 • Simulation Of Microwave And Millimeter-wave Oscillators, Present Capability And Future Directions • Structure Optimization Of 140 Ghz Pulsed-mode Impatt Diode

  9. Baritt • A Wide-Band 760-GHz Planar Integrated Schottky Receiver • BARITT Doppler Detectors

  10. Gunn • Millimeter Wave Interferometer for CHS • Local Oscillators • GUNN -EFFECT OSCILLATOR AND AMPLIFIER • The Gunn-diode: Fundamentals and Fabrication • Low-Cost X-Band Gunn Oscillator for Educational and Research Purposes • Development of GaN-based Gunn-Effect Millimeter-Wave Sources • A 10GHz Gunn Diode controller. • DR-50 Radar • SERIES HGM & HGV CW & VCO GUNN OSCILLATORS • GaN-based Gunn Diodes: Their Frequency and Power Performance and Experimental Considerations • A High-Performance W-Band Uniplanar Subharmonic Mixer

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