'Mm x' presentation slideshows

Traditional SOC Design Flow

Traditional SOC Design Flow. Key Problem: Timing assumption during prelayout synthesis widely differs from the post layout reality. This happens because the interconnect delay dominates the overall propagation delay in DSM (Deep Sub-Micron) technologies.

1.94k views • 81 slides

5 Contemporary Artists

5 Contemporary Artists. Joy Leinenbach ARE 5454 June 19, 2009 Jean Shin Jen Harmon Allen Park Sung Tae Annette Messager Ellen Gallagher. Jean Shin. Born in Seoul, South Korea,

627 views • 49 slides

EucARD Annual Meeting 25-27 April 2012, WUT Warsaw

545 views • 42 slides

New iPhone/iPod HiFi Shaking Loudspeaker Box Series

588 views • 39 slides

A Closer Look at the July-August12 TestBeam Data (Angular Resolution, etc.)

A Closer Look at the July-August12 TestBeam Data (Angular Resolution, etc.). T. Alexopoulos, G. Iakovidis , S. Leontsinis , K. Ntekas. TEST BEAM SETUP Jul-Aug2012 (27.07.2012-10.08.2012). Jura. 1480. Freiburg frame. 1250. TOP VIEW. veto Sci. T1. T7. T3. T5. T5. T3. T7. T1.

433 views • 33 slides

A 6 GeV Compact X-ray FEL (CXFEL) Driven by an X-Band Linac

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799 views • 19 slides

Simulation of the SPS beam collimation --------------------------------------------

280 views • 18 slides

08 from drawing 1 A/mm 2 0.412 T.mm

08 from drawing 1 A/mm 2 0.412 T.mm. 10 yoke length reduced; coil made thicker 1 A/mm 2 0.87 T.mm. 11 1.76 T.mm. Model 21 2.196 T.mm R 27mm cutout, truncated at x = 22mm Shim geometry could be simplified Pole length (in z) increased to 38mm Pole height (in y) increased to 54.5mm.

161 views • 9 slides

TD-SCDMA LNA PA from Andrew

TD-SCDMA LNA PA from Andrew. Frequency Bands: 2010-2025MHz Tx Power Level: Up to 3W Tx Power Gain: 53 dB Modulation: TD-SCDMA Carrier: Up to 6 TD-SCDMA Carriers Linearity: >4dB margin ACLR over 3GPP specs PAE: >8% Rx NF: < 2.0

276 views • 5 slides

IBL COOLING PIPE INTEGRATION

IBL COOLING PIPE INTEGRATION. ENVELOPE NODES SIDE A. X= -400 mm Y= 400 mm Z=3433 mm. X= -160 mm Y= 170 mm Z=3433 mm. X= -5 0 mm Y= 5 0 mm Z=3400 mm. PP1 SIDE. Z=3459 mm. Z=3400 mm. Z=3433 mm. PP1 SIDE. Z=3467 mm. PP1 OPTIMISATION.

129 views • 5 slides

Challenge 3

Physical Science. Challenge 3 . Length. L. LaRosa http://www.middleschoolscience.com for T. Trimpe 2008 http://sciencespot.net/. Complete the following conversions:. 3 cm = _____ mm 15 cm = ____ mm 49 cm = ____ mm 103 cm = ____ mm. 5 mm = _____ cm 19 mm = ____ cm 74 mm = ____ cm

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? ? : CEILING SPEAKER ??? : CONCOURSE C6 ??? : QUAD

306 views • 1 slides