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CMOS Monolithic Active Pixel Sensors for Ionising Radiation

CMOS Monolithic Active Pixel Sensors for Ionising Radiation

CMOS Monolithic Active Pixel Sensors for Ionising Radiation. Overview Introduction UK HEP test structures Star Tracker, 525x525 Space Science Prototype Summary. P.P.Allport 2 , G.Casse 2 , A.Evans 2,3* , A.R.Faruqi 4 , B.Gallop 1,3 , R.Henderson 4 ,

By dexter
(462 views)

ADC ARCHITECTURES

ADC ARCHITECTURES

ADC ARCHITECTURES. Dual slope ADC. Counter ramp ADC. Successive Approximations ADC Pipelined architecture Algorithmic architecture. Delta - Sigma ADC. Flash ADC Interpolating Flash ADC Serial - parallel ADC. Sub ranging ADC.

By tyme
(504 views)

Programming Microcontroller ADC – Analog Digital Converter Autumn term 2007

Programming Microcontroller ADC – Analog Digital Converter Autumn term 2007

Programming Microcontroller ADC – Analog Digital Converter Autumn term 2007. 64K or 96K Byte SRAM. Enet MAC. ARM966E. CORE. w/DSP. USB 2.0FS. 96 MHz. 256K or 512K Byte Burst Flash. PFQ BC. CAN 2.0B. DMA. INTR Cntl. CLK Cntl. 32K Byte Burst Flash. GPIO. OTP Mem.

By milos
(81 views)

Analysis and Modeling of Neural-Recording ADC

Analysis and Modeling of Neural-Recording ADC

Progress Update : Summer Internship. Analysis and Modeling of Neural-Recording ADC. Vaibhav Karkare. Mentors: Wolfgang Eberle Vito Giannini. Design Constraints for ADC. Constraints on ADC for neural recording not well defined in literature

By hidi
(96 views)

Fine Pixel CCD for ILC Vertex Detector

Fine Pixel CCD for ILC Vertex Detector

Fine Pixel CCD for ILC Vertex Detector. ‘08 7/31 Y. Takubo (Tohoku U.) for ILC-FPCCD vertex group. Contents. ILC vertex detector Fine Pixel CCD (FPCCD) Test-sample for the FPCCD FPCCD readout ASIC Summary & Next step. ILC vertex detector. Vertex detector.

By fedora
(180 views)

SEP Pre-PDR Peer Review DFE and DAP Electronics May 11, 2010

SEP Pre-PDR Peer Review DFE and DAP Electronics May 11, 2010

SEP Pre-PDR Peer Review DFE and DAP Electronics May 11, 2010. Kenneth Hatch. DFE differences – SEP vs SST. SST A225 preamp Built-in shaper Protection diodes used, but not on schematic Series output resistor 20 ohm. SEP A250 preamp Lower noise 0.25pf FB 1Gohm FB No shaping

By svea
(110 views)

ELE2MIC Lecture 21

ELE2MIC Lecture 21

ELE2MIC Lecture 21. The AVR Sleep Modes ATMEGA128’s Analog to Digital Converter Features Block Diagram Clock Source Input Sources Interrupts BandGap Reference ATMEGA128’s Analog Comparator. Analog to Digital Converter (ADC) Features. 10-bit Resolution 0.5 LSB Integral Non-linearity

By konane
(117 views)

Performed by: Nir Malka , Lior Rom Instructor: Mike Sumzik

Performed by: Nir Malka , Lior Rom Instructor: Mike Sumzik

Technion - Israel institute of technology department of Electrical Engineering. הטכניון - מכון טכנולוגי לישראל הפקולטה להנדסת חשמל. High speed digital systems laboratory. המעבדה למערכות ספרתיות מהירות. דו”ח סיכום פרויקט (חלק א ’/ סופי ) Subject:. Project name.

By anson
(139 views)

Analog to Digital Converters

Analog to Digital Converters

Analog to Digital Converters. Byron Johns Danny Carpenter Stephanie Pohl Harry “Bo” Marr October 4, 2005. Presentation Outline. Introduction: Analog vs. Digital? Examples of ADC Applications Types of A/D Converters A/D Subsystem used in the microcontroller chip

By perry
(179 views)

Lab 4: D/A Converter

Lab 4: D/A Converter

Lab 4: D/A Converter. Lab 4: D/A Converter. 1000. 1000 ohms. This is a simple resistive network for a D/A converter Port 1, Port 0 are digital inputs ==> 00 (m inimum), 01, 10, 11 (maximum) You need to design the resistive network to generate proper outputs.

By dori
(186 views)

Lab2: A/D Converter

Lab2: A/D Converter

Lab2: A/D Converter. Lab2: A/D Converter. This circuit connects a variable voltage to an A/D port on the AVR mcu. Your software running on the AVR mcu will read the digital value and display the percent and raw value of the voltage, V A as shown in Table 1.

By meara
(156 views)

Built-In Self-Test and Calibration of Mixed-Signal Devices

Built-In Self-Test and Calibration of Mixed-Signal Devices

Built-In Self-Test and Calibration of Mixed-Signal Devices. Advisor: Vishwani D. Agrawal University Reader Minseo Park. Committee Members: Fa F. Dai Victor P. Nelson Adit D. Singh. Ph.D Final Exam Wei Jiang. March 24 2011. Outline. Introduction Background

By darin
(135 views)

Disclosures

Disclosures

Disclosures. Paid Consultant, MedQIA LLC Paid Consultant, Agios Pharmaceuticals, Inc. Consultant, Genentech Consultant, Siemens Medical Systems. B.M. Ellingson, Ph.D., Dept. of Radiological Sciences, David Geffen School of Medicine at UCLA ISMRM, Montreal, 2011.

By zita
(201 views)

ADC and DAC Programming in AVR

ADC and DAC Programming in AVR

ADC and DAC Programming in AVR. The AVR microcontroller and embedded systems using assembly and c. Topics. What is ADC and why do we need it? ADC major characteristics ADC in AVR Hardware Consideration AVR ADC Programming ADCH and ADCL ADMUX ADCSRA DAC

By hoai
(564 views)

ST7: Block Diagram

ST7: Block Diagram

ST7: Block Diagram. INTERNAL CLOCK. MULTI OSC + CLOCK FILTER. I 2 C. OSC1. PA7..0 (8 bits). OSC2. PORT A. LVD. VDD. POWER SUPPLY. SPI. VSS. PORT B. PB7..0 (8 bits). CONTROL 8 BIT CORE ALU. nRESET. ADDRESS AND DATA BUS. 16-BIT TIMER A. PORT C. PROGRAM MEMORY. PC5..0

By ehren
(143 views)

What to Look for in a Microcontroller

What to Look for in a Microcontroller

What to Look for in a Microcontroller. MAS.863 November 2, 1999 MIT Media Lab. What is a Microcontroller? . Small, lightweight CPU Some Families: PIC SH1 ADuC812 68HC11. What you get. Simple hardware to software interface In situ processing (on a PCB, shoe, etc) Less ICs.

By raina
(284 views)

SVD2.5/3.0 electronics

SVD2.5/3.0 electronics

SVD2.5/3.0 electronics. GDL time resolution (discussions with M.Pernicka) SVD2.5/3.0 readout conceptual design. Summary of requests on APV hold timing and resolution (from M.Pernicka). Hold signal latency should be less than 3.7 m s at APV (192-32 cells) x 1/42.33MHz = 3.780 m s

By craig
(136 views)

Last lecture: AVR Simulator avr-gcc, avr-objdump, make ISR – Interrupt Service Routines

Last lecture: AVR Simulator avr-gcc, avr-objdump, make ISR – Interrupt Service Routines

Microprocessor based Design for Biomedical Applications MBE 3 – MDBA IV : The ATmega8 Basic Features (3). Last lecture: AVR Simulator avr-gcc, avr-objdump, make ISR – Interrupt Service Routines Timer Interrupt Example Uart – Configuration and Modes Uart Example.

By kiana
(175 views)

Analog to Digital Conversion

Analog to Digital Conversion

Analog to Digital Conversion. Using ATMEL’s ATmega168. ATmega168 Pins. PDIP. ( ADC5 /SCL/PCINT13). 1. 28. PC5. PC6. ( ADC4 /SDA/PCINT12). 2. (PCINT16/RXT). 27. PC4. PD0. ( ADC3 /PCINT11). 3. (PCINT17/TXD). 26. PC3. PD1. ( ADC2 /PCINT10). 4. (PCINT18/INT0). 25. PC2. PD2.

By carlow
(124 views)

University Of Khartoum Faculty Of Engineering Electrical and Electronic Engineering

University Of Khartoum Faculty Of Engineering Electrical and Electronic Engineering

University Of Khartoum Faculty Of Engineering Electrical and Electronic Engineering. Microcontroller Lab. 3:. Analog to Digital Converter (ADC). In this session. Review the previous session (where are counters ?!). We will learn how to interface analog-signal devices.

By nieve
(87 views)

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