Direct extraction is the most accurate method for the determination of equivalent-circuits of heterojunction bipolar transistors (HBTs). However, previous work lacks an exact expression for the extrinsic base-collector capacitance, which models the distributed nature of the base. This paper gives the derivation of an exact expression for this capacitance. As a result, each intrinsic equivalent-circuit parameter is determined using a simple exact expression at each measured frequency. The expression is valid for both the hybrid- /spl pi/ and the physics-based T-topology equivalent circuits. Extraction results for InP- and GaAs-HBTs are given
A method to extract the elements of the small-signal equivalent circuit and the noise parameters (NP...
An analytical physics-based comprehensive base-collector junction capacitance model is presented. Th...
This thesis provides a technological basis for the fabrication of self-aligned hetero-junction bipol...
Direct extraction is the most accurate method for the determination of equivalent-circuits of hetero...
International audienceThe extraction of the equivalent circuit parameters for bipolar transistors is...
Abstract—A novel analytical procedure has been proposed for direct extraction of the intrinsic eleme...
A physical, yet simple, small-signal equivalent circuit for the heterojunction bipolar transistor (H...
An efficient technique for determining the small-signal equivalent-circuit model of a Metal collecto...
The base‐collector heterojunction space‐charge‐region capacitance of double heterojunction bipolar t...
Abstract — Transcapacitances and bias dependent total time delay and base resistance expressions fo...
An analytical treatment is presented for modeling the forward-voltage emitter-base space-charge-regi...
An improved direct parameter extraction method of SiGe heterojunction bipolar transistors (HBTs) for...
An integral Gummel charge‐control relation for both linearly graded and non‐graded base and for sing...
An integral Gummel charge-control relation for both linearly graded and non-graded base and for sing...
A new method to extract extrinsic base resistance and collector resistance is presented using cutoff...
A method to extract the elements of the small-signal equivalent circuit and the noise parameters (NP...
An analytical physics-based comprehensive base-collector junction capacitance model is presented. Th...
This thesis provides a technological basis for the fabrication of self-aligned hetero-junction bipol...
Direct extraction is the most accurate method for the determination of equivalent-circuits of hetero...
International audienceThe extraction of the equivalent circuit parameters for bipolar transistors is...
Abstract—A novel analytical procedure has been proposed for direct extraction of the intrinsic eleme...
A physical, yet simple, small-signal equivalent circuit for the heterojunction bipolar transistor (H...
An efficient technique for determining the small-signal equivalent-circuit model of a Metal collecto...
The base‐collector heterojunction space‐charge‐region capacitance of double heterojunction bipolar t...
Abstract — Transcapacitances and bias dependent total time delay and base resistance expressions fo...
An analytical treatment is presented for modeling the forward-voltage emitter-base space-charge-regi...
An improved direct parameter extraction method of SiGe heterojunction bipolar transistors (HBTs) for...
An integral Gummel charge‐control relation for both linearly graded and non‐graded base and for sing...
An integral Gummel charge-control relation for both linearly graded and non-graded base and for sing...
A new method to extract extrinsic base resistance and collector resistance is presented using cutoff...
A method to extract the elements of the small-signal equivalent circuit and the noise parameters (NP...
An analytical physics-based comprehensive base-collector junction capacitance model is presented. Th...
This thesis provides a technological basis for the fabrication of self-aligned hetero-junction bipol...