Improved Model for Excess Base Current in Irradiated Lateral p-n-p Bipolar Junction Transistors

Ion bipolar junction transistors.

Dynamic control of chemical microenvironments is essential for continued development in numerous fields of life sciences. Such control could be achieved with active chemical circuits for delivery of ions and biomolecules. As the basis for such circuitry, we report a solid-state ion bipolar junction transistor (IBJT) based on conducting polymers and thin films of anion- and cation-selective memb...

P-n Junction Diode

Chemist, led the research for the molecular diode (In the semiconductor industry, called p-n junctions)

Bipolar Junction Transistors

Features u Automatic component identification ⇒ Bipolar transistor, with or without protection diode and/or B-E shunt resistor ⇒ Darlington transistors ⇒ Enhancement mode MOSFETs ⇒ Junction FETs ⇒ Triac ⇒ Thyristors ⇒ Diodes ⇒ Unijunction transistors u Automatic pinout identification for all the above components u Gain measurement for bipolar transistors u Test current display u VBE/IB measurem...

Improved Silicon Cochlea using Compatible Lateral Bipolar Transistors

Analog electronic cochlear models need exponentially scaled filters. CMOS Compatible Lateral Bipolar Transistors (CLBTs) can create exponentially scaled currents when biased using a resistive line with a voltage difference between both ends of the line. Since these CLBTs are independent of the CMOS threshold voltage, current sources implemented with CLBTs are much better matched than current so...

Dead space effect in space-charge region of collector of AlGaAsÕInGaAs p-n-p heterojunction bipolar transistors