PDF-FUNCTIONAL BLOCK DIAGRAM BUF VDD CLKIN AD VIN FOUT

5V REFERENCE VOLTAGETO FREQUENCY MODULATOR CLKOUT GND CLOCK GENERATION REFINOUT X1 REV A Information furnished by Analog Devices is believed to be accurate and reliable However no responsibility is assumed by Analog Devices for its use nor for any in. ticom SCAS895 MAY 2010 33 and 25 LVCMOS HighPerformance Clock Buffer Family Check for Samples CDCLVC11xx FEATURES Operating Temperature Range 40 to 85 HighPerformance 12 13 14 16 18 110 Available in 8 14 16 20 24Pin TSSOP 112 LVCMOS Clock Buffer Fami THAT 5171 Block Diagram brPage 2br Connected internally to Vee Solder to PCB optionally connect to Vee for optimal performance PAD Thermal Pad DC Servo Output 2 SOUT2 32 DC Servo Output 1 SOUT1 31 DC Servo Capacitor Input 2 SCAP2 30 DC Servo Capacit 1 Block Diagram Simpli64257cations 1 12 Example 3 2 Other Manipulations 21 Moving Elements Winifreds Virginia Stamford Hill Walter Reid Stanmore Warner Beach Stonebridge Washington Heights Stonebrigde Waterfall Stonehill Waterloo Sunford Watsonia . Attacker’s goal. :. Take over target machine (e.g. web server). Execute arbitrary code on target by . hijacking application control flow. This lecture: three examples.. Buffer overflow attacks. C=VDD, B=A.. C=GND, B is isolated from A.. Transistors: 4=2 (transmission gate)+2 (inverter). Example 1.1. VDD. GND. F=A. Example 1.2. VDD. GND. F=B. MUX. Transistor Count Comparison. 4 inverters=8 transistors. Alicia KLINEFELTER. ECE 3663, Spring 2013. Outline. Using . NXClient. for Cadence. Cadence Setup. Schematic Labels. Exporting plots for presentations/papers/homework. Presenting schematics. Using Open Command Environment for Analysis (OCEAN) for simulation. Kulkarni. . Ameya.s. . JongHwa. Song. Ashvin. Goal (University of Toronto). Charles . Krasic. (University of British Columbia). Jonathan Walpole (Portland State University) . Buffer overflow. Slides adapted from Bryant and . O’Hallaron. Carnegie Mellon. Recall: Memory . Referencing Bug Example. fun(0) ➙ 3.14. fun(1) . ➙. 3.14. fun(2) . ➙. 3.1399998664856. fun(3) . Buffer overflow. Slides adapted from Bryant and . O’Hallaron. Carnegie Mellon. Recall: Memory . Referencing Bug Example. fun(0) ➙ 3.14. fun(1) . ➙. 3.14. fun(2) . ➙. 3.1399998664856. fun(3) . Many . of the following slides are . based on those . from . Complete . Powerpoint. Lecture Notes for. Computer Systems: A Programmer's Perspective (CS:APP). Randal E. Bryant. and . David R. . O'Hallaron. Mrs. . RAMANDEEP. KAUR. ASSOT. . PROFESSOR-EEE. We often represent control systems using block diagrams. A block diagram consists of blocks that. represent transfer functions of the different variables of interest.. Power and Ground Routing 1 Power Planning New technologies: Great power budget Dense power grids Reasons: Power supply scales more slowly than Moore’s law  Current supplied to chip increase Market demands for functionality Real Time Clock Module with SPI Bus50 x 32 x 12 mm Moisture Sensitivity Level MSL1 APPLICATIONSFEATURES149 RTC module with built-in 147Tuning Fork148 crystal oscillating at 32768 kHz149 Ultra low powe