This paper describes a double polysilicon bipolar process incorporating a novel self-aligned emitter-base and deep trench isolation. The process has been designed primarily for ultra high speed by minimising parasitic capacitances, and also offers high packing densities. The performance of the technology is demonstrated by a 1/8 static divider operating at a frequency of 10.7GHz. Other representative SSI functions are also described
In this paper a new power bipolar transistor structure called the trench base-shielded bipolar trans...
This work describes a high frequency dual modulus divider designed and fabricated in a 0.35/spl mu/m...
Within the framework of a double polysilicon self-aligned bipolar technology shallow base widths WB ...
A planarized evice isolution process (PLANTI) has been developed and optimized by using a deep-trenc...
Une technologie bipolaire rapide, de dimension critique micronique, utilisant l'isolement par sillon...
Abstract A new lateral bipolar junction transistor that utilises a double-polysilicon self-aligned s...
The fabrication of the very high speed polysilicon emitter bipolar transistor and circuit with doubl...
Abstract—Silicon complementary bipolar processes offer the possibility of realizing high-performance...
Recently developed bipolar device structures including their problems and future trends are reviewed...
A high speed BICMOS process with a polysilicon bipolar transistor is presented. Using this technolog...
With the anticipation of increasing system demands, the need to integrate multiple functions (e.g. d...
Deep trenches are playing a key role in VLSI circuits both for isolation and for DRAM capacitor cell...
A high density trench isolated CMOS process has been developed. Circuit designs have been initially ...
This paper introduces "Process HJ " a new high speed, fully complementary bipolar technolo...
In this paper, a new bulk silicon isolation structure with wafer-thick trenches is proposed for auto...
In this paper a new power bipolar transistor structure called the trench base-shielded bipolar trans...
This work describes a high frequency dual modulus divider designed and fabricated in a 0.35/spl mu/m...
Within the framework of a double polysilicon self-aligned bipolar technology shallow base widths WB ...
A planarized evice isolution process (PLANTI) has been developed and optimized by using a deep-trenc...
Une technologie bipolaire rapide, de dimension critique micronique, utilisant l'isolement par sillon...
Abstract A new lateral bipolar junction transistor that utilises a double-polysilicon self-aligned s...
The fabrication of the very high speed polysilicon emitter bipolar transistor and circuit with doubl...
Abstract—Silicon complementary bipolar processes offer the possibility of realizing high-performance...
Recently developed bipolar device structures including their problems and future trends are reviewed...
A high speed BICMOS process with a polysilicon bipolar transistor is presented. Using this technolog...
With the anticipation of increasing system demands, the need to integrate multiple functions (e.g. d...
Deep trenches are playing a key role in VLSI circuits both for isolation and for DRAM capacitor cell...
A high density trench isolated CMOS process has been developed. Circuit designs have been initially ...
This paper introduces "Process HJ " a new high speed, fully complementary bipolar technolo...
In this paper, a new bulk silicon isolation structure with wafer-thick trenches is proposed for auto...
In this paper a new power bipolar transistor structure called the trench base-shielded bipolar trans...
This work describes a high frequency dual modulus divider designed and fabricated in a 0.35/spl mu/m...
Within the framework of a double polysilicon self-aligned bipolar technology shallow base widths WB ...