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Diode test circuit model from Convex Optimization & Euclidean Distance Geometry, Chapter 8.1.
Diode test circuit model from Convex Optimization & Euclidean Distance Geometry, Chapter 8.1.
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(a) Large signal diode model:
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'''('''a''')''' Large signal diode model:
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1) junction capacitance C_j is small enough to ignore for audio applications,
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1''')''' junction capacitance C_j is small enough to ignore for audio applications,
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2) diffusion capacitance C_d whose polarization (+) indicates significant capacitance only for positive bias voltage v_d,
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2''')''' diffusion capacitance C_d whose polarization (+) indicates significant capacitance only for positive bias voltage v_d , 
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3) static semiconductor & contact resistivity R_d a.k.a parasitic resistivity.
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3''')''' static semiconductor & contact resistivity R_d a.k.a parasitic resistivity.
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(b) Figure 211b unbalancing and consolidation to help explain high median impedance of diffusion capacitor.
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'''('''b''')''' Figure 211b unbalancing and consolidation to help explain high median impedance of diffusion capacitor.
[[https://www.convexoptimization.com/TOOLS/Sedra.pdf PSPICE DEVICE MODELS & SIMULATION]]
[[https://www.convexoptimization.com/TOOLS/Sedra.pdf PSPICE DEVICE MODELS & SIMULATION]]

Revision as of 22:20, 16 January 2025

Diode test circuit model from Convex Optimization & Euclidean Distance Geometry, Chapter 8.1. (a) Large signal diode model: 1) junction capacitance C_j is small enough to ignore for audio applications, 2) diffusion capacitance C_d whose polarization (+) indicates significant capacitance only for positive bias voltage v_d ,  3) static semiconductor & contact resistivity R_d a.k.a parasitic resistivity. (b) Figure 211b unbalancing and consolidation to help explain high median impedance of diffusion capacitor. [PSPICE DEVICE MODELS & SIMULATION]

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(current)15:39, 16 January 2025Ranjelin (Talk | contribs)3510×3040784 KBDiode test circuit model.

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