NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: mm - Axial 0.1 mm Recommended operating temperature range. LANDING Motion Control Co. , 42.92063 3 1232038 32 46.45926 3 LANDING Motion Control Co. Ltd. LMC Planetary , 1232090 32 811.01 4 LANDING Motion Control Co. Ltd. LMC Planetary Gearhead P32H , LANDING Motion Control Co. Ltd. ... | Original |
4 pages, |
P32H gearhead 97942 100N datasheet abstract |
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| Abstract: Automatic Test Sequence mode to allow one person operation · Control Motion Deflection Position to , and Localizer deviation, to observe control surface motion and to test offset approach angles. Other , degrees Azimuth) Standard 52% FSD Control Motion 7% FSD SLEW Slew Rate 0.0, 0.05, 0.1, 0.5 and 1.0° , issue 5.qxd 02/Dec/2004 11:28 Page 1 Avionics MLS-801 MLS-801 Microwave Landing System Ramp Test Set The MLS-801 MLS-801 ramp test set provides Microwave Landing System angle receiver go/no-go ... | Original |
4 pages, |
MLS-801 IFR 640 MLS-801 abstract |
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| Abstract: control for cockpit, cabin, and cargo areas · Cabin Pressure LFES (Landing Field Elevation Selector , uc t s motion Transducers Resistive Prod V I S HAY INTERTE C HNOLO G Y , IN C . Ae , by the pilot and copilot · SBCTU: Speed Brake Control Transmitter Unit A flap used to deploy an air brake that assists the normal braking system to decelerate the plane on landing · BPTU: Brake , reports its position · NWSCU: Nose Wheel Steering Control Unit The front wheel positioning instruction ... | Original |
4 pages, |
a320 servo potentiometers airbus A380 A380 sfernice mosfets SFERNICE potentiometer sfernice Potentiometer vishay sfernice STRAIN GAGES VISHAY CONNECTORS LANDING Motion Control PL0017 sfernice sfernice capacitors datasheet abstract |
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| Abstract: determined by the specific game cartridge and will control speeds, sizes and shapes of objects in any , CONTROL OPTIONS 1. JOYSTICKS 2. PUSHBUTTONS 3. STEERING WHEEL 4. CYCLE GRIP 5. ETC. PLAYER CONTROL PLAYER CONTROL CONSOLE ELECTRONICS . CARTRIDGE SELECTION 1. ROADRACE 2. SUBMARINE 3. WIPEOUT 4. , accelerate the bike object motion is to return the throttle to a "slow" position and then turn to a "fast" , this game is to control the throttle speed to properly jump the ramp and buses located on track 3. The ... | OCR Scan |
4 pages, |
Throttle AY-3-8605 AY3-8610 bike generator moto AY-3-8603 AY-3-8765 AY-3-8610 AY-3-8607 AY-3-8606 AY-3-8615 AY 3 8600 e bike motor controller AY-3-8603 abstract |
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| Abstract: For aircraft flutter measurements on control surface locations, such as wingtips, VC accelerometers , rigid body motion during flight cycles. The Endevco® model 7290A VC accelerometer has been used , and landing gear brakes. The standard model 7290E 7290E also will operate from a wide range of supply ... | Original |
3 pages, |
Endevco 7290a 7290E Accelerometers Endevco 7290e DC3145 datasheet abstract |
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| Abstract: screen. The only way to accelerate the bike object motion is to return the throttle to a "slow" position , Moto Jump The object of this game is to control the throttle speed to properly jump the ramp and buses , , or landing too far past the back ramp after the jump. The bike and rider flip upside down and a , , not in wheelie position over the obstacles, insufficient speed to clear the buses, or landing too far , motion of the bike and rider. 19 N.C. Not Connected 20 N.C. Not Connected 21 N.C. Not Connected 22 ... | OCR Scan |
3 pages, |
RUMiCI moto AY-3-8765 electric bike motor AY-3-8615 AY-3-8765 abstract |
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| Abstract: Compared to CCDs, CMOS imagers bring benefits in: · size and weight: the control and driving , highly capacitive devices, in addition to needing control voltages of up to 15V, whereas CMOS imagers , bandwidth, shorter minimal integration times, simpler control: the driving processor has not to discard superfluous data, power savings, localised tracking of illumination and gain control (if present). · , readout rate and onchip integrated control and data processing. 3.Spaceborne camera system design When ... | Original |
42 pages, |
microcamera motion sensor based on doppler effect solar tracker CMOS global shutter solar controller sun tracker radar sensor specification pcb layout of remote control robot robot with camera and sensor robotic arm CCD linear multispectral IR sensor for obstacle avoidance P60280-MS-RP-001 B-3001 P60280-MS-RP-001 abstract |
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| Abstract: , but in many cases operations on motion vectors, picture statistics, and other types of data can be , Figure 1): task-oriented engine (TOE), task control unit (TCU), control engine, shared , TCU facilitates this process. The TCU is a specialized control unit that is closely coupled with the , control engines in the system. The control engine is a general-purpose RISC processor whose primary job , commands for the task flow graph's control flow into the TCUs of the TOEs. We can include multiple control ... | Original |
16 pages, |
image enhancement verilog code BCM35421 datasheet abstract |
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| Abstract: Phone: Image Stability, Text Scroll, Motion Dialing, E-Compass Pedometer: Motion Sensing PDA: Text Scroll Navigation and Dead Reckoning: E-Compass Tilt Compensation Gaming: Tilt and Motion Sensing, Event Recorder Robotics: Motion Sensing 16 15 ZOUT YOUT Top View N/C � � � � � � , Control Logic EEPROM Trim Circuits VSS Figure 2. Simplified Accelerometer Functional Block Diagram , kHz Noise RMS (0.1 Hz � 1 kHz)(4) Power Spectral Density RMS (0.1 Hz � 1 kHz)(4) Control Timing ... | Original |
12 pages, |
QFN-16 MMA7260QT MMA7260QR2 circuit diagram of pedometer MMA7260QT abstract |
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| Abstract: Scroll, Motion Dialing, E-Compass Pedometer: Motion Sensing PDA: Text Scroll Navigation and Dead Reckoning: E-Compass Tilt Compensation Gaming: Tilt and Motion Sensing, Event Recorder Robotics: Motion , Gain + Filter Y-Temp Comp YOUT Z-Temp Comp ZOUT Control Logic EEPROM Trim Circuits , (0.1 Hz � 1 kHz)(4) Power Spectral Density RMS (0.1 Hz � 1 kHz)(4) Control Timing Power-Up Response , landing pad -0.025mm = 0.525mmx0,475mm Package foot pirnt Figure 9. Stencil Design Guidelines ... | Original |
12 pages, |
tray qfn 6x6 QFN-16 QFN tray MMA7261QT MMA7261QR2 circuit diagram of pedometer MMA7261QT abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
| Over 1.1 million files (1986-2013): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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| offers riders the most realistic real-time full-motion sensory experience available anywhere. Featuring MaxFlight's patented "Forward-of-the-Axis" motion technology and only MaxFlight has it. This system places the occupant where they can experience the G-forces of motion, instead of placing the rider in the center of rotation that other rides do. Riders have total control over the speed and motion of their aircraft allowing them to perform complete 360-degree loops, banks and rolls up to www.datasheetarchive.com/files/intel/drg/openar~1/showcase/ps_vr2~1-v1.htm |
Intel | 15/05/1998 | 9.32 Kb | HTM | ps_vr2~1-v1.htm |
| offers riders the most realistic real-time full-motion sensory experience available anywhere. Featuring MaxFlight's patented "Forward-of-the-Axis" motion technology and only MaxFlight has it. This system places the occupant where they can experience the G-forces of motion, instead of placing the rider in the center of rotation that other rides do. Riders have total control over the speed and motion of their aircraft allowing them to perform complete 360-degree loops, banks and rolls up to www.datasheetarchive.com/files/intel/drg/openar~1/showcase/ps_vr2~1.htm |
Intel | 31/10/1998 | 9.5 Kb | HTM | ps_vr2~1.htm |
| offers riders the most realistic real-time full-motion sensory experience available anywhere. Featuring MaxFlight's patented "Forward-of-the-Axis" motion technology and only MaxFlight has it. This system places the occupant where they can experience the G-forces of motion, instead of placing the rider in the center of rotation that other rides do. Riders have total control over the speed and motion of their aircraft allowing them to perform complete 360-degree loops, banks and rolls up to www.datasheetarchive.com/files/intel/drg/openar~1/showcase/ps_vr2~1-v2.htm |
Intel | 31/07/1998 | 9.49 Kb | HTM | ps_vr2~1-v2.htm |
| offers riders the most realistic real-time full-motion sensory experience available anywhere. Featuring MaxFlight's patented "Forward-of-the-Axis" motion technology and only MaxFlight has it. This system places the occupant where they can experience the G-forces of motion, instead of placing the rider in the center of rotation that other rides do. Riders have total control over the speed and motion of their aircraft allowing them to perform complete 360-degree loops, banks and rolls up to www.datasheetarchive.com/files/intel/drg/openar~1/showcase/ps_vr2~1-v3.htm |
Intel | 01/02/1999 | 9.6 Kb | HTM | ps_vr2~1-v3.htm |
| offers riders the most realistic real-time full-motion sensory experience available anywhere. Featuring MaxFlight's patented "Forward-of-the-Axis" motion technology and only MaxFlight has it. This system places the occupant where they can experience the G-forces of motion, instead of placing the rider in the center of rotation that other rides do. Riders have total control over the speed and motion of their aircraft allowing them to perform complete 360-degree loops, banks and rolls up to www.datasheetarchive.com/files/intel/technologies/drg/openar~1/showcase/ps_vr2~1.htm |
Intel | 01/05/1999 | 9.85 Kb | HTM | ps_vr2~1.htm |
| Production Control and Quality Assurance BridgeVIEW, Multi-Chassis SCXI and 2-Axis Motion for Chemical Vapor Deposition Process Control System Best Application - Production Test Production Line Semifinalists - Automotive Engine Dynamometer Control System Evolving Automobile Emissions Test Benches VIEW Automation and Control A LabVIEW Application for a Volume-Displacement Plethymograph Best Engineering with LEGO and LabVIEW Best Application - Research & Development Landing Gear System www.datasheetarchive.com/files/national-instruments/pages/winner.htm |
National Instruments | 10/09/1998 | 4.18 Kb | HTM | winner.htm |
| MPC Multiprocess Communications MPCC Microprocessor Common Control MPEG Motion M Mega (Million) M&C Metals and Control (Obsolete 7/90) M&CG Materials and Controls Group (Formerly M&EP) M&OD, MOD Missiles and Ordinance Division (EG) M " Military Airlift Command " Medium Access Control " Media Access Control MC Manufacturing Center " Material Control MCAAC Medium Caliber Advanced www.datasheetarchive.com/files/texas-instruments/sc/docs/military/milprdov/m.txt |
Texas Instruments | 07/11/1996 | 12.67 Kb | TXT | m.txt |
| - Alphabetical Listing Advanced Organ Perfusion Workstation Utilizing LabVIEW Automation and Control VIEW Bike Ergometer Tester - BET BridgeVIEW, Multi-Chassis SCXI and 2-Axis Motion for Chemical Vapor Deposition Process Control System Characterizing U.S. Airport Emitters Using the Radio Frequency -Based Impedance Meter Development of an Automated Control System for Testing Components of Semiconductor Scheduling and Display Navigation Software in LabVIEW Engine Dynamometer Control System The Examinator www.datasheetarchive.com/files/national-instruments/pages/complete.htm |
National Instruments | 10/09/1998 | 8.96 Kb | HTM | complete.htm |
| Linear Circuits Department LCA Logic Cell Array LCAC Landing-Craft Air Cushion LCB Language Control Board " Luno Control Block LCC Leadless Ceramic Carrier Carrier LCD Liquid Crystal Display LCM Lower Control Limit LCS Labor Collection Notebook Control System LF Line Feed " Line Frequency " Low Frequency LFD Left In LIACS Library Information Access & Control System LIC Linear Integrated Circuit www.datasheetarchive.com/files/texas-instruments/sc/docs/military/milprdov/l.txt |
Texas Instruments | 07/11/1996 | 5.68 Kb | TXT | l.txt |
| on the aircraft, offering a significant complement to today's instrument landing system, which sporting planes and parachute jumps, and tracking moving objects, such as race cars, in motion picture with the new radar is simply a PC running Windows for both control and display. The French Team www.datasheetarchive.com/files/texas-instruments/data/sc/docs/news/1996/96019aeb.htm |
Texas Instruments | 08/02/1999 | 8.55 Kb | HTM | 96019aeb.htm |