'Channel 0' presentation slideshows

MOTION CONTROL

918 views • 75 slides

Using the 8254 Timer-Counter

269 views • 22 slides

Operating Systems

Operating Systems. Input/Output Management. What is the I/O System. A collection of devices that different sub-systems of a computer use to communicate with each other. Inputs are the signals received by the device, and outputs are the signals sent from it. Input Device: keyboard, mouse.

307 views • 21 slides

Transcommunication

Transcommunication. By Monika Nem? and Adrianna Figiel. What is it ?. This is a method of reading messages from the ghosts by recording and reading noise s of radio and television channels aimed at no apparent message. EVP.

305 views • 17 slides

Team Helitronics

Anthony Calce Gordon Klein Vince Wu Kyle Watters. Team Helitronics. Overview. Background Difficulties Risk Management Modifications to Specs Algorithms Flight, CCPM Swashplate, Servo, Interrupt Code Sensor Interrupt Code Safety Tether Progress to Date Current Budget

272 views • 16 slides

DMA CONTROLLER WHOLE WORKING

DMA CONTROLLER WHOLE WORKING. 8237 DMA Controller. 8237 DMA Controller Summary. D irect M emory A ccess means that the microprocessor is not involved in the transfer of data

193 views • 16 slides

ECE 447 Fall 2009

ECE 447 Fall 2009. Lecture 11: TI MSP430 Timers Compare Modes. ECE447: MSP430 Output: Continuous Mode. In the continuous mode, the timer repeatedly counts up to 0FFFFh and restarts from zero as shown in the figure. The number of timer counts in the period is 0xFFFF + 1

211 views • 13 slides

ECE 447 Fall 2009

ECE 447 Fall 2009. Lecture 11: TI MSP430 Timers Compare Modes. ECE447: MSP430 Output: Continuous Mode. In the continuous mode, the timer repeatedly counts up to 0FFFFh and restarts from zero as shown in the figure. The number of timer counts in the period is 0xFFFF + 1

237 views • 13 slides

ECE 447 Fall 2009

ECE 447 Fall 2009. Lecture 11: TI MSP430 Timers Compare Modes. ECE447: MSP430 Output: Continuous Mode. In the continuous mode, the timer repeatedly counts up to 0FFFFh and restarts from zero as shown in the figure. The number of timer counts in the period is 0xFFFF + 1

135 views • 13 slides

Multichannel Quantum Defect Theory

Multichannel Quantum Defect Theory. The Brief Introduction - Department of Chemistry Kim Ji-Hyun. What is a channel ?. Any possible grouping of elementary or composite particles corresponding to a particular final state Elastic and Inelastic scatterings Above threshold : open

375 views • 9 slides

Cosmic Rays

Cosmic Rays. Ty Fredriks SCIPP QuarkNet Summer Institute. Experiment Design. Set up CRMD to run overnight Gather data Analyze data using flux and performance studies Present data to esteemed colleagues. Performance Analysis. Observations:

202 views • 9 slides

An Application Protocol Framework and a Model Application: Framing, Reporting, and Multiplexing

An Application Protocol Framework and a Model Application: Framing, Reporting, and Multiplexing. Dave Crocker Brandenburg Consulting. Framing Octet-stuffing (SMTP) Octet-counting (HTTP) Connection-blasting (FTP) Multiplexing Parallelism Flow control Segmentation. Reporting

250 views • 9 slides

Plot85

Plot85. A program to plot and analyze energy-dispersive diffraction data Written by Kenneth Baldwin, with contributions from: Donald Weidner (stress calculations) Kurt Leinenweber (implementation of the Decker EoS ) Wayne Dollase (peak search)

200 views • 8 slides

Dynamic Nx64 payload

Dynamic Nx64 payload. Colin Perkins (for Alexander Tulai). P. X. CSRC Count. 0x00. Vers. M. Dynamic Payload Type. 0x04. Sequence Number. RTP. 0x08. Timestamp [31:16]. Header. Timestamp [15:0]. 0x0C. 0x10. Synchronization Source ID [31:16]. 0x14. Synchronization Source ID [15:0].

186 views • 6 slides

Problems Mixing C and ASM

122 views • 4 slides

CMS Tracker FED - Front End FPGA DDR-DCI-I/O

CMS Tracker FED - Front End FPGA DDR-DCI-I/O. Clock 40. 3. Clock40. Reset. adc enables. 18. Opto Rx. 6. Frame_Sync_out. Frame_Sync_In. 8. 2 x Temp Sense. Readout_Sync_out. 4. DAC Serial. Readout_Sync_In. Monitor_Sync_out. delay_ser_out. Monitor_Sync_In. 3.

199 views • 3 slides

ASIC 0, ch . 0-5, 6-11, 12-17

ASIC 0, ch . 0-5, 6-11, 12-17. Channel # 0. Channel # 5. Channel # 12. Channel # 17. ASIC 1, ch . 0-5, 6-11, 12-17. Channel # 0. Channel # 5. Channel # 12. Channel # 17.

160 views • 2 slides