COUGAR COMPONENTS Search Results

AVANTEK utc5

Abstract: AVANTEK gpd402 TL9014 anzac AM 108 AVANTEK utc11 anzac AM 143 TM725 PA381 UTC5-133 ut0516
Contextual Info: COUGAR COMPONENTS DIRECT CROSS LIST Cougar Amplifonix Cougar Amplifonix Cougar Amplifonix Cougar Amplifonix AC 105 AC 107 AC251 AC271 AC272 AC273 AC281 AC282 AC293 AC305 AC345 AC347 AC378 AC379 AC380 AC381 AC382 AC383 AC386 AC391 AC437 AC453 AC457 AC487 AC501

COUGAR LOW NOISE AMPLIFIER

Abstract: COUGAR
Contextual Info: CUSTOM INTEGRATED ASSEMBLIES _ ^JODUEHH 1 COMPONENTS INTEGRATED ASSEMBLIES Cougar can integrate its components to provide specific subsystem solutions that reduce your program schedule and cost. Cougar’s design options include analog and mixed

CAT-6 ftp

Abstract: T075X000C1C-BK H100X034H2C patch panel cat 6 M300X ram 256mB s075 M300X050
Contextual Info: PanTher LS8E and Cougar ™ LS9 Hand-Held Thermal Transfer Printers The PanTher ™ LS8E and Cougar™ LS9 Hand-Held Thermal Transfer Printers produce high-quality, industrial labels on a wide variety of label materials for electrical and network applications such as wire/cable, components, safety,

COUGAR

Abstract: CFRN MC33269ST-5.0T3 Cougar Components 172B 26X6 AC293 CL11 50-cfrn 470 NR - 10D
Contextual Info: 2 's e COUGAR COMPONENTS AC293 10 TO 200 MHz TO-8 CASCADABLE AMPLIFIER T y p ic a l Value* L o w N oise F ig u r e . H ig h G a in .

S100X225VAC

Contextual Info: 630-2012:QuarkCatalogTempNew 8/23/12 5:47 PM Page 630 Labeling Cougar LS9 Hand-Held Thermal Transfer Printer and Accessories RoHS PanTher™ LS8E Hand-Held Thermal Transfer Printer and Accessories RoHS OPTOELECTRONICS AUTOMATION & CONTROL POWER ENCLOSURES

Contextual Info: COUGAR LS9Q HAND-HELD THERMAL TRANSFER PRINTER Operator’s Manual Panduit Corp. Identification Products Division 1819 Atlanta Highway Cumming, GA 30040 USA Technical Support: 1-866-871-4571 Customer Service: 1-800-777-3300 www.panduit.com LS9Q-MAN-A REV. 0 – 5/5/09

COUGAR

Abstract: AR1298 Cougar Components
Contextual Info: m COUGAR COMPONENTS ft A D I ODO M ill ¿ 9 0 h 10 TO 1200 MHZ T0-8B CASCADABLE Al AR1298 Typical Values High O utput P ow er . Low Noise F ig u re . High Third Order Intercept Point High Second Order H a rm o n ics.

MIL-M-81531

Abstract: UL969
Contextual Info: COUGAR LS9 Hand-Held Thermal Transfer Printer and Accessories Material Selection Guide Temperature Range Material Type Description Heat Shrinkable Polyolefin^ -67°F to 275°F Polyolefin heat shrink for wire and cable -55°C to 135°C marking applications, excellent print quality.

RTL8105E

Abstract: KB930 rts5137 rts-5137 SY8033BDBC ENE KB9012 la-7201p ISL95831CRZ-T rtl8105 FCBGA989
Contextual Info: A B C D E 1 1 PWWHA 2 Delhi 10RG 2 LA-7201P REV 1.0 Schematic 3 Intel Processor Sandy Bridge / PCH(Cougar Point) 2011-01-31 Rev 1.0 3 4 4 Compal Electronics, Inc. Compal Secret Data Security Classification 2010/09/03 Issued Date Deciphered Date 2012/12/31

Contextual Info: COUGAR COMPONENTS CORP. PRODUCT GUIDE 2003 290 Santa Ana Ct. Sunnyvale, CA 94085 408-522-3838 • Fax: 408-522-3839 www.cougarcorp.com E-mail: cougaramps@cougarcorp.com PRODUCT SEARCH Í, 9««<h fem d vr- any of «*» fa«o*i«s gtt&Kisfe¡RS«- Information presented in this product guide is subject to

puma inverter p5 series

Abstract: LAN TRANSFORMER puma 6 intel alviso-GM k72 rn foxconn LED1021 Wistron Corporation TPS2231 220R3F
Contextual Info: A B D Cougar PA Block Diagram 3 CLK GEN C Project code: 91.49Q01.001 PCB P/N : 48.49Q01.0SD REVISION : 04216-SD FF 4,5 IDTCV125PA E Mobile CPU SYSTEM DC/DC 36 MAX1999 INPUTS OUTPUTS 5V_S3 DCBATOUT 3V_S5 Dothan 4 1394 Conn 4 26 11,12 DDR1*2 333MHz 22 LVDS 2D5V_S3

Contextual Info: ^ •WCOMPONENTS c n U EH FJ COUGAR PERFORMANCE COM PANY PR O FILE F ounded in 1986, C ougar C om ponents’ inclusive product line spans over 2 7 5 m odels, m eeting the needs o f over 3 5 0 custom ers. Today, C o u g ar’s headquarters is located in Sunnyvale, C alifornia— the heart o f Silicon Valley. We recently opened a production

SMTO-8

Abstract: COUGAR TO8B Cougar Components
Contextual Info: _ WunuGFm ' COMPONENTS qualification testing. To ensure we have qualified employees, we formally train each employee to exceed the requirements o f their respective processes. Because our staff is responsible for much of our process control and improvement, we go to great lengths to

RM20

Abstract: intel Cougar Point
Contextual Info: Intel Technology Journal Q1’98 Achieving Large Scale Parallelism Through Operating System Resource Management on the Intel TFLOPS Supercomputer Sharad Garg, Server Architecture Lab, Beaverton, OR, Intel Corp. Robert Godley, Intel Supercomputers, Beaverton, OR, Intel Corp.

Contextual Info: 8 9 FREQUENCY - GHz 10 11 12 13 14 MMP12321 11 12 VSWR 3.5 - 12.0 GHz DC - 3.0 GHz +12.0 dBm 5.0 dB +7.0 dBm 40.0 dB 5 6 7 8 9 FREQUENCY - GHz 10 11 12 SPECIFICATIONS* I-Port VSWR vs Frequency 2 VSWR 4 F L = 6.0 GHz at +7 dBm 3 Parameter Port 2 1 0.1 0.5 1.0

Contextual Info: 20 10 8 10 FREQUENCY - GHz 11 L-Port VSWR vs Frequency 2 12 2.0 DC - 2.0 GHz +19.0 dBm 5.5 dB +16.0 dBm 35.0 dB .11 13.013GHz SPECIFICATIONS* 1 2 Parameter 4 3 3 4 6 8 10 FREQUENCY - GHz 2 I-Port VSWR Port vs Frequency Frequency F L = 6.0 GHz at +16 dBm SSB Conversion

FR-4030

Contextual Info: CONVERSION L 20 10 6 7 8 9 10 11 12 FREQUENCY - GHz VSWR 16 18 MMP20221 2.0 MMP20221 1.0 14 VSWR LO & RF . . . . .2 . . .4 . . .5. . . 6. . . 7. . . .8 . . .9. . .10. . .11. . . 12 . . . .13 . . . . . . . . -. GHz . IF . . . . . . . . . . . . . . . . . . . . . . . . . . . .FREQUENCY

Contextual Info: 8 9 FREQUENCY - GHz 10 11 12 13 14 L-Port VSWR vs Frequency2 F L at +13 dBm 9 MMP12324 3.5 4 5 6 7 8 9 FREQUENCY - GHz 10 R-Port VSWR vs Frequency2 11 12 13 MMP12324 3.5 - 12.0 GHz DC - 2.0 GHz +12.0 dBm 5.0 dB +13.0 dBm 12 13 14 40.0 dB VSWR VSWR 3 11 I-Port VSWR vs Frequency2

17-18L

Abstract: L8911 L9811
Contextual Info: CONVERSION L 30 20 10 11 12 13 FREQUENCY - GHz 14 15 SPECIFICATIONS* Typ. dB Guaranteed 16 to 17 +85° 18 C -55° Max. (dB) 5.5 5.5 5.5 1 6 7 8 Parameter 9 Port 1.75 10 11 12 13 FREQUENCY - GHz Frequency (GHz) 2 I-Port VSWR vs Frequency F L = 12.0 GHz at +16 dBm

Contextual Info: CONVERSION L 30 20 -6 F L at +19 dBm -7 11/04 -8 10 7 8 9 10 11 12 13 FREQUENCY - GHz VSWR 16 17 MMP18444 MMP18444 1 15 4.0 16 - 18.0 17 18 GHz DC - 2.0 GHz +22.0 dBm 5.5 dB +16.0 dBm 35.0 dB VSWR LO & RF . . . . .4. . .5. . . 6. . . 7. . . .8 . . . 9. . .10. . . 11. . . 12

Contextual Info: 20 10 9 10 11 12 FREQUENCY - GHz 13 2.0 MMP20224 Typical Values 14 2.0 - 20.0 GHz 16 18 20 DC - 1.0 GHz +20.0 dBm 6.0 dB +16.0 dBm 35.0 dB VSWR LO & RF . . .1.0 . 2 4 5 6 7 8 9 10 11 12 13 . . . . . . . . .- .GHz . IF . . . . . . . . . . . . . . . . . . . . . . . . . . . .FREQUENCY

RVS-6

Contextual Info: CONVERSION L 30 20 -5 -7 6 10 11 12 13 FREQUENCY - GHz 14 SPECIFICATIONS* Typ. dB Guaranteed 18 C to17+85° Max. (dB) fL fI to 11.0 8.0 to 11.0 DC to 1.0 4.0 4.0 4.0 5.5 5.5 5.5 fR fL fI 6.02.0to 16.0 FREQUENCY 6.0 to 16.0 DC to 1.0 5.0 3.0 7.0 7.0 7.0 1

puma 5"intel"

Abstract: moler mrc 520 moler switch tflops Maccabe
Contextual Info: An Overview of the Intel TFLOPS Supercomputer Timothy G. Mattson, Microcomputer Research Laboratory, Hillsboro, OR, Intel Corp. Greg Henry, Enterprise Server Group, Beaverton, OR, Intel Corp. Index words: Supercomputer, MPP, TFLOPS. Abstract Computer simulations needed by the U.S. Department of

Contextual Info: VL-ENCL-5 Development Enclosure • Supports EBX, EPIC, PC/104, and SUMIT platforms • Front-mounted connector panel  Full access to board-level components  Optional top cover accepts flat panel display  Accepts ATX-style power supply Highlights