Design and characterization of 8×1 photon counting array in 0.13 μm CMOS technology at 1 GHz

Design and characterization of 8×1 photon counting array in 0.13 μm CMOS technology at 1 GHz

A single-photon avalanche diode (SPAD) is widely used as low-intensity ionizing radiation sensor at high speed detection rate application. The SPAD function when applied reverse bias voltage higher than the breakdown voltage of the device known as Geiger-mode. SPAD operates when the detected photon...

Saved in:

書目詳細資料
主要作者:	Tan, Yi Quan
格式:	Thesis
語言:	English
出版:	2020
主題:	TK Electrical engineering Electronics Nuclear engineering
在線閱讀:	http://eprints.utm.my/id/eprint/93022/1/TanYiQuanMSKE2020.pdf
標簽:	添加標簽沒有標簽, 成為第一個標記此記錄!

相似書籍

Low noise and low power ECG amplifier using cmos 0.13μm technology
由: Kamaruzzaman, Zulfadli
出版: (2018)

Design and analysis of a 2.5-GHz optical receiver analog front-end using geiger mode photodiode in a 0.13 μm CMOS process
由: Leong, Choon Wei
出版: (2018)

A 0.13-μm Cmos Reconfigurable Power Constrained Simultaneous Noise And Input Matching (Pcsnim) Low Noise Amplifier (Lna) For Multi-Standard 0.9, 1.8 And 2.1 Ghz Mobile Application
由: Hashim, Awatif
出版: (2016)

A 16×2 geiger mode photon counter array automated data acquisition systems in 0.18 μm CMOS Process
由: Chong, Yok Kian
出版: (2022)

Multiplier integrated circuit design for digital neuron using 0.13μm technology / Ahmad Ridhuwan Sudin
由: Sudin, Ahmad Ridhuwan
出版: (2012)

Design Of 0.13-Μm Cmos 3-Stage Cascode DcDc Buck Converter For Battery Operated Devices
由: Eric Chew, Choon Yean
出版: (2017)

The design of 16X1 array photon counting circuit with brent-kung adder optimization
由: Mohammed Ndottiwa, Abubakar
出版: (2020)

Fabrikasi dan pencirian teknologi 0.13 um nMOS
由: Ahmad, Afandi
出版: (2003)

The design and simulation of 8×1 passively quenched single photon avalanche diode (SPAD) array
由: Mohamed Eusoff, Azman
出版: (2013)

A parallel built-in self-test design for photon counting array
由: Png, Ricky Keh Jing
出版: (2022)

An optimum design of low-noise microwave transistor amplifiers for mobile communication receivers in 0.8 GHZ and 1.7 GHZ bands
由: Ramli, Asiah
出版: (1995)

Plasma etching process for aluminum-copper metallization by photoresist margin improvement for CMOS 0.13-µm technology
由: Mohamed Hassan, Wan Faizal
出版: (2022)

Implementation of memristor using 0.13^m technology in NAND & NOR for hybrid CMOS integrated / Nurfadzilah Fathin Sharin
由: Sharin, Nurfadzilah Fathin
出版: (2014)

Tunable high speed pulse generator for Phase Change Memory (PCM) using 0.13um technology / Munirah Rasin
由: Rasin, Munirah
出版: (2015)

Low Voltage Rf Microelectro-Mechanical Switch Using 0.35 μm MIMOS CMOS Compatible Process
由: Jaafar, Haslina
出版: (2014)

High speed and low power double tail comparator for ADC application using 0.13um technology / Nur Fauzana Taib
由: Taib, Nur Fauzana
出版: (2015)

Design And Simulation Of Cmos-Based Bandgap Reference Voltage With Compensation Circuit Using 0.18 Μm Process Technology
由: Chan, Mun kit
出版: (2017)

Gate oxide integrity (GOI) for C13 (0.13 [micro]m) silicon processing technology /
由: Yong, Yoong Hooi
出版: (2006)

A 1.8v 10-Bit 100ms/S Fully Differential Pipelined Adc In Cmos 0.18um Process Technology
由: Khoo , Boon Hee
出版: (2017)

Design of circular patch microstrip antenna array at 5.8 GHZ for point to point communication
由: Mat Daud, Khairi
出版: (2009)

Radial line slot array (RLSA) antenna design for point to point communication at 5.8 GHz
由: Ul Islam, Md. Rafi
出版: (2007)

Integrated current-sensing circuit with offset-current cancellation for dc-dc boost converters using 0.13um CMOS technology / Intan Shazana Shamsul Sahar
由: Shamsul Sahar, Intan Shazana
出版: (2015)

Design of Low-Voltage High-Performance Sample and Hold Circuit in 0.18μm CMOS Technology
由: Alihasan, Wael A. Y.
出版: (2009)

Device Characterization of 0.8-µm CMOS Technology
由: Kooh, Roy Jinn Chye
出版: (2000)

Antenna array at 2.4 GHZ for point to point communication
由: Moftah Almahroug, AlHasan Ali
出版: (2007)

Microstrip antenna array for satellite communication operating at 12GHZ
由: Ramli, Mimi Faisyalini
出版: (2009)

Microstrip antenna design and development for 5.8 Ghz applications
由: Choo, Mei Zhen
出版: (2007)

New signed-digit {0,1,3}-NAF scalar multiplication algorithm for elliptic curve over binary field
由: Md Yasin, Sharifah
出版: (2011)

Design of a dual band circular polarization microstrip antenna at 2.45GHz & 5.8GHz
由: Ooi, Thean Song
出版: (2010)

Design Of A Current Conveyor Analogue Multiplier For Energy Meter Using 0.35 Μm Mimos Cmos Technology
由: Ng, Min Shen
出版: (2007)

Propagation path loss prediction for broadband fixed wireless access at frequencies of 3.5GHz and 5.8GHz
由: Mustafa, Appandi
出版: (2004)

Dual polarized aperture coupled microstrip antenna array at 5.8 GHZ
由: Kanaa, Abdulrahman
出版: (2012)

Antenna array (design at 28 GHz for 5G mobile network)
由: Shanshool, Basil Jabir
出版: (2015)

A wideband measurement system for in-building mobile radio communications at 1.7 GHz
由: Sa'at, Noorazlin
出版: (1995)

A study on effect of the metallic jewellery the human head and hand on sar and antenna performance at 2.4Ghz and 5.8 GHz
由: Anuar, Mohd. Zharif
出版: (2012)

Antenna array at 2.4 GHZ using circular polarization for point to point communication
由: F. Esseid, Ali Guima
出版: (2007)

Digital neuron integrated circuit design for Feedforward Neural Network using Silterra 0.13 micrometer technology / Mohamad Faiz Omar Mahmud
由: Mahmud, Mohamad Faiz Omar
出版: (2012)

A study on analysis of fetal heart rate abnormalities comparing epidural analgesia ropivacaine 0.2% plus fentanyl 2 μg/ml with bupivacaine 0.1% plus fentanyl 2 μg/ml during labour
由: Angeline Peter, Mary
出版: (2014)

Design And Simulation Of Cmos-Based Low Voltage Variation Bandgap Reference Voltage Circuitry Using 0.18μm Process Technology
由: Tan, Chee Yong
出版: (2015)

Propagation studies at 5.8 GHZ within vegetated environment for point-to-multipoint applications
由: Abd. Rahman, Noor Ziela
出版: (2013)

Services hosted by the Perpustakaan Sultan Abdul Samad, Universiti Putra Malaysia with Cooperation MySyL Group