Video 5.1 - Conquer Radio Frequency
This video employs a BFP405 transistor model which was readily available in AWR v11. If you can't find this model in newer versions, please download this simulation file which includes the BFP405 model http://explorerf.com/BFP405_from_AWR_v11.emp
Content:
BJT Amplifier Design Part 1.
I-V characterisation of BJTs.
Calculating transistor’s beta from IV curves.
Passive biasing with feedback. Explanation of feedback mechanism and its usefulness to diminish the effects of temperature-induced current fluctuations.
Calculation of value of bias resistors, verification of bias through DC current and voltage annotations. Bias adjustments through tuning.
DC blocking capacitors to avoid test ports loading bias network.
Difference between real and ideal capacitors, high-frequency capacitor model and parasitics.
Introduction to RF chokes.
You may download the "Conquer Radio Frequency" e-book, which provides support material for these videos, at http://explorerf.ipage.com/conquer_radio_frequency_ebook.pdf
Видео Video 5.1 - Conquer Radio Frequency канала Explore RF
Content:
BJT Amplifier Design Part 1.
I-V characterisation of BJTs.
Calculating transistor’s beta from IV curves.
Passive biasing with feedback. Explanation of feedback mechanism and its usefulness to diminish the effects of temperature-induced current fluctuations.
Calculation of value of bias resistors, verification of bias through DC current and voltage annotations. Bias adjustments through tuning.
DC blocking capacitors to avoid test ports loading bias network.
Difference between real and ideal capacitors, high-frequency capacitor model and parasitics.
Introduction to RF chokes.
You may download the "Conquer Radio Frequency" e-book, which provides support material for these videos, at http://explorerf.ipage.com/conquer_radio_frequency_ebook.pdf
Видео Video 5.1 - Conquer Radio Frequency канала Explore RF
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