A practical and effective method for reducing differential reflectance spectroscopy noise by Hui Qi, Xing Fu

“…The improved DRS system is applied to study the growth of an organic semiconductor layer for an organic field-effect transistor device. The results indicate that the apparatus proposed in this paper has potential applications in fabrication of devices on the nanoscale and even the sub-nanoscale.…”
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Macroscopically oriented (3-pentadecyl phenol) dangled fluorene based conductive polymer through side chain engineering for microelectronics by C. Molji, S. Renjith, K. B. Jinesh, J. D. Sudha

“…Its field effect transfer characteristics were further studied by fabricating an Organic field effect transistor (OFET) device having configuration (Si/SiO2/PFLPDB/Ag) and measured its field effect mobility (1.076 cm2・v–1・s–1) at 1 V and ON/OFF ratio of the device calculated as 1.82・103 suggests its application as an excellent active material for organic microelectronics.…”
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Broadband mm-wave signal generation and amplification in CMOS using synthetic impedance by Kaundinya, Pranav R

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Programmable nanophotonics for quantum information processing and artificial intelligence by Harris, Nicholas Christopher

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New nitride-based devices for electrical detection of DNA hybridization by Sheffler, Ryan Taylor

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A Comparator-Based Switched-Capacitor delta sigma modulator by Ouyang, Jingwen, M. Eng. Massachusetts Institute of Technology

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Design and implementation of three-dimensional logic structures by Das, Shamik, 1977-

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Subthreshold analog/RF performance of underlap DG FETs with asymmetric source/drain extensions by Koley, Kalyan, Syamal, Binit, Kundu, Atanu, Mohankumar, N., Sarkar, C.K.

“…For circuit analysis, a cascode amplifier is analyzed for higher gain by biasing the load transistor with the special importance in the subthreshold regime as CMOS circuits operated in this regime are very much attractive for ultralow-power high gain performances. …”
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Investigation of printable polymers for flexible electronics by Ong, Ming Sheng

“…It involves the fabrication of organic electrochemical transistor (OECT), which consists of metallic source, drain, and gate electrodes, a polymer channel and an electrolyte layer between the channel and the gate. …”
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Hot carrier reliability perspective on silicon-on-insulator lateral double-diffused MOSFET (LDMOS) by Liao, Jie

“…One of the most common power MOSFETs used in smart power applications is SOI lateral double-diffused metal-oxide-semiconductor field-effect transistor (LDMOSFET) because of its high speed, low on-state resistance, as well as the fabrication processes are compatible with the standard low voltage CMOS process [2]. …”
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Building carbon chips : graphene-based circuit design by Leong, Mang Yew.

“…Comparison of BSIM4 MOSFET CMOS logic gates are done against modelled graphene field-effect transistor (GFET) CMOS logic gates via I-V SPICE. Results show that GFET is significantly better in terms of output delay, however having higher power dissipation leads to a need of implementing power management for applications using GFET. …”
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Analysis and design of a CMOS sample-and-hold circuit for biomedical applications by Shiv Kumar Mishra.

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Design of switched-capacitor dc-dc converter for battery management system in electric vehicle by Hendika, Fatkhi Nurhuda

“…This report presents transistor level design and simulation of power supply management module of ESIC. …”
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Horizontally aligned carbon nanotubes for interleukin-6 detection by Choo, Teck Kian

“…In this report, a liquid gated Carbon Nanotube Field Effect Transistor (CNTFET) sensor based on horizontally aligned Single Walled Carbon Nanotube (SWCNT) is proposed for the detection of Interleukin-6 (IL-6), a pleiotropic cytokine responsible for a host of biological activities. …”
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Current mode voltage reference by Goh, Siow Chnia

“…The experiment on the characterization and the temperature behaviour of the BJT transistor used was done and investigated and the model was effectively developed in the circuit designed under Chartered Semiconductor Manufacturing (CSM) 0.18um n-well CMOS process. …”
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Performance analysis and comparison of low power dynamic and differential CMOS logic adder circuits by Prasanna Dhayalan

“…Dynamic and differential logic devices are compared with static CMOS, Pass transistor and hybrid CMOS logic adders and Data driven dynamic adder. …”
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EMC design of FPC for automotive instrument display by Tan, Wei Hong

“…In this project, isolated clock drivers with various EMC design such as ground guard trace and spread spectrum technique is also designed and fabricated to drive the clock signal into the thin film transistor (TFT) display through the FPC. Besides that, the development and testing of the automotive subsystem development usually require costly facilities. …”
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Ultra-low voltage SRAM design by Wong, Timothy Ting Hin

“…Miniaturisation of semiconductor technology is pushing Moore’s Law to its limit, and transistor densities are higher than ever before. Power consumption is hence becoming a significant issue, especially noticeable in integrated circuits such as Static Random-Access memory (SRAM) which can occupy over 60% of die area. …”
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An Arduino based learning tool for children by Teo, Clarissa Yee Shan

“…Thus, this project aims to eliminate the need to purchase a new set of tools that change to suit the development of the child and allows for customisation based on the individual child’s needs using the Arduino platform including the Arduino Uno microcontroller and the Thin Film Transistor (TFT) Liquid Crystal Display (LCD). This report explains in detail the planning process of the final year project as well as how it is being executed to achieve the desired outcome whilst striving to maintain a low cost. …”
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Properties and applications of copper(I) thiocyanate hole-transport interlayers processed from different solvents by Wang, B, Nam, S, Limbu, S, Kim, J-S, Riede, M, Bradley, DDC

“…Finally, systematic device tests using well-known organic semiconductors in light-emitting diode, solar cell and field-effect transistor structures demonstrate the overall suitability of DMSO and DMF as solvents for CuSCN interlayer deposition to achieve better device performance. …”