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Part Manufacturer Description PDF & SAMPLES
CDB5581 Cirrus Logic Evaluation, Design Tools Eval Bd 200 kSps 16-Bit Muxable ADC
CAR0724FPXXXZ01A GE Critical Power CAR0724FP series front-end, Input: 100-120/200-240VAC; Output: 24VDC @ 750W; 5VDC @ 0.5A
CP2725AC54TEZ GE Critical Power CP2725AC54TE CPL High Efficiency Rectifier, 100-120/200-277VAC input; Default Outputs: ±54VDC @ 2725W, 5VDC @ 4W
CP2725AC54TEP GE Critical Power CP2725AC54TE CPL High Efficiency Rectifier, 100-120/200-277VAC input; Default Outputs: ±54VDC @ 2725W, 5VDC @ 4W
CP3500AC52TEZ-FB GE Critical Power CP3500AC52TE-FB Global Platform High Efficiency Rectifier, Input: 100-120/200-240 Vac; 3500W capable; Default set: ±52 Vdc @; 5 Vdc @ 10W
CP2500AC54TEZ GE Critical Power CP2500AC54TE Compact Power Line High Efficiency Rectifier, Input: 100-120/200-277 Vac; Default Output: ±54 Vdc @ 2500W; 5 Vdc @ 4W

"FOG 200"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: L15 Olympian Micro Fog and Oil Fog Lubricator G3/4", G1, G1 1/4", G1 1/2" Port Sizes q Olympian , , snap action lock q Ideal for general lubrication applications Use Micro Fog models in applications with one or more points of lubrication. Use Oil Fog models to lubricate a single tool, cylinder or , . minimum flow required for lubricator operation) at 6,3 bar (90 psig) inlet pressure: Micro Fog: 6 dm3/s (13 scfm) Oil Fog: 6 dm3/s (13 scfm) Fixed venturi: 52 dm3/s (110 scfm) Typical flow at 6,3 bar (90 Norgren
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mp9d Norgren olympian 13 venturi Norgren L15 18-007-975 L15-100O
Abstract: corner frequency of 200 to 8k Hz. All of the required capacitors for this type of filter are on chip , Input vs Output as RVC is Varied 200 2k 20k FREQUENCY (Hz) Fig. 4 Electrical Frequency , CK3121 Receiver MAX SSPL90: 120.4 dB 100 90 110 80 RESP LIMIT: 79.2 dB F1=200 Hz F2 , TYPE AID EQ INP NOISE: 24.7 dB REFERENCE TEST F.O.G. AT 60 dB BAT (1.3 V) 0.60mA GAIN: 39.2 dB , ) 60 dB RESP CURVE 520 - 71 SSPL90 CURVE 4 RESP LIMIT: 84.0 dB F1=200 Hz F2=6700 Hz THD GENNUM
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GL504 GH580 GK504 EK3024 Hearing Aid Circuit Diagram CK3122 ER312 Knowles es series hearing aid integrated circuits f1230 GL504-GH580 GK504-GH580 GK/GL504
Abstract: FOG 9 Features â'" Encoder with shaft ø10 mm or ø11 mm â'" Optical sensing â'" Compact, robust , right angel â'" Protected cable outlet (corrugated tube) FOG 9 Technical data - electrical ratings , ¸11 mm Shaft loading ≤200 N axial ≤300 N radial 5 VDC ±5 % 9.26 VDC 9.30 VDC , encoders Shaft ø10 mm or ø11 mm with EURO lange B10 Resolution 1.2500 pulses FOG 9 Part number Accessories Connectors and cables FOG 9 HEK 8 Voltage supply / signals 9.30 VDC / output circuit Baumer
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RS422 E256710
Abstract: 's extension mechanism · · · · Approximately 200 extensions and counting Approximately 200 extensions , EXT_fog_coord Specifies per-vertex fog distance per-vertex fog distance · Distance interpolated and used for per-fragment fog · Distance interpolated and used for per-fragment fog · Per-vertex call: glFogCoordfEXT(0.5) · Per-vertex call: glFogCoordfEXT(0.5) · Use fog coordinate instead of fragment depth: · Use fog , (GL_FOG_COORDINATE_SOURCE_EXT GL_FOG_COORDINATE_EXT) GL_FOG_COORDINATE_EXT) · More powerful than Direct3D's per-vertex fog NVIDIA
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OpenGL NVIDIA geforce 7 nvidia geforce nvidia register NVIDIA quadro
Abstract: Implementing Fog in Direct3D Douglas Rogers NVIDIA Corportaion drogers@nvidia.com Fog is a special effect that is used to blend a scene into a predefined color to give the impression that "fog" is present in the scene. Fog is usually implemented as it appears in the physical world. The farther objects are, the more they are obscured by fog. Objects that are close to the observer are clearer. Unfogged Scene Fogged Scene Fog can also be useful to reduce the complexity in a scene. In the above -
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RIVA128 RIVA128ZX geforce riva tnt 2 RIVATNT NVIDIA riva tnt 128 RIVA-TNT
Abstract: VBAT CP LIMP OUT1 FLASHER OUT2 IGN RST OUT3 CLOCK OUT4 CS FOG OUT5 S0 FETIN SI SCLK FETOUT CSNS GND , Internal Regulator OV/UV/POR detections Charge Pump CS SO SI SCLK RDWN CLOCK LIMP FOG FLASHER IGN , Freescale Semiconductor PIN CONNECTIONS PIN CONNECTIONS FLASHER FETOUT CLOCK SCLK FOG LIMP , resistance. 6 7 8 LIMP FOG CS Input Input Input Limp Home Input (Active High) FOG Input (Active , (SI, SCLK, CS, RST, IGN, FLASHER, LIMP and FOG) FETIN Input Current IIN IFETIN VSO VCC VOUT 40 -16 Freescale Semiconductor
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I10MI xenon linear flash lamps MC10XS3535 10XS3535
Abstract: CP LIMP OUT1 FLASHER OUT2 IGN RST OUT3 CLOCK OUT4 CS FOG OUT5 S0 FETIN SI SCLK FETOUT CSNS GND , Regulator OV/UV/POR detections Charge Pump CS SO SI SCLK RDWN CLOCK LIMP FOG FLASHER IGN RST Logic , Freescale Semiconductor PIN CONNECTIONS PIN CONNECTIONS FLASHER FETOUT CLOCK SCLK FOG LIMP , resistance. 6 7 8 LIMP FOG CS Input Input Input Limp Home Input (Active High) FOG Input (Active , (SI, SCLK, CS, RST, IGN, FLASHER, LIMP and FOG) FETIN Input Current IIN IFETIN VSO VCC VOUT 40 -16 Freescale Semiconductor
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h7 bulb
Abstract: Resistance on SI, SCLK, FLASHER, IGN, FOG, V V - 2.0 â'" -0.3 RUP 100 200 400 kÎ , MCU VBAT CP LIMP OUT1 FLASHER OUT2 IGN RST OUT3 CLOCK OUT4 CS FOG OUT5 S0 FETIN , LIMP FOG Open Load Detection FLASHER IGN RST Over-temperature Detection OUT1 OUT2 , CONNECTIONS SCLK CS FOG LIMP CLOCK FLASHER RST IGN FETIN 8 7 6 5 4 , be activated by this digital input. This pin has a passive internal pull-down. 7 FOG Input Freescale Semiconductor
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Abstract: , LIMP, FOG, CS, SCLK, SI, RST) ­ -0.3 RUP 100 200 400 k RDWN 100 200 , IGN RST OUT3 CLOCK OUT4 CS FOG OUT5 S0 FETIN SI SCLK FETOUT CSNS GND Smart Switch , Over-current Detection CLOCK LIMP FOG Open Load Detection FLASHER IGN RST Over-temperature , Freescale Semiconductor PIN CONNECTIONS SCLK CS FOG LIMP CLOCK FLASHER RST IGN , passive internal pull-down. 7 FOG Input FOG Input (Active high) This input wakes the Freescale Semiconductor
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WD 969 Xenon HID Block Diagram xenon flash lamps Low-power Flasher IC pulse IGNITION OCHI2
Abstract: V 12 V 5.0 V VCC Watchdog LIMP FLASHER IGN RSTB CLOCK CSB FOG SO SI SCLK CSNS GND FETIN FETOUT , detection Internal Regulator OV/UV/POR detections Charge Pump CSB SO SI SCLK RDWN CLOCK LIMP FOG , (* Fog) OUT5 (* Flash) Over-temperature Prewarning OUT3 OUT4 OUT5 CSNS Shared Output , RSTB SCLK FOG LIMP VCC CSB Transparent Top View CP GND 13 12 11 10 16 17 9 8 7 , internal pull-down. 6 7 8 LIMP FOG CSB Input Input Input Limp Home Input (Active High) FOG Freescale Semiconductor
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12V DC XENON FLASHER fog detector with microcontroller XENON spare lamp MC06XS3517 06XS3517 STR0326182960
Abstract: New Product Bulletin Video Encoder IC with Fog Correction Function BU6521KV Industry's first , images washed out or faded due to rain or fog. Optimized for applications, such as security systems , hardware-based fog image correction and automatic fog detection functions Fog Reduction and Fog Detection Functions Before Correction After Correction The BU6521KV integrate s both an automatic fog detection function and fog reduction circuit that utilize s proprietary algorithms and hardware-base d ROHM
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VQFP48C ITU-R BT.601 bt.656 8BIT to ANALOG VIDEO rain 52F6213E 2009ROHM
Abstract: -302 AUX GEGENSPRECHANLAGE/ INTERCOM NEBELHORN/FOG PA-VERSTÄRKER/INTERCOM ANSWERING P.A. AMPLIFIER MIC /AUX MIC NEBELHORN/FOG AUTO VERSTÄRKUNG/ GAIN SIRENE/SIREN SIRENE/SIREN AUTO LSP 1 BETRIEB/ POWER LSP 2 SIRENE / SIREN NEBELH./ FOG 1 2 3 4 5 6 7 , activation of siren or fog horn For this purpose set the functional switch (6) to position FOG or SIREN 4 , the speakers connected to the terminals LSP 1 and 2 (13) FOG = activation of fog horn via the talk Monacor
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PA-302 DH-8090 fog horn Sound Generator Siren horn Sound Generator monacor pa Siren Sound Generator 9 sound Siren Sound Generator horn
Abstract: 200 500 k 0.8 0.95 â'" VCC Voltage Threshold for wake-up (IGN, FLASHER, FOG , designs VBAT CP LIMP OUT1 FLASHER OUT2 IGN RST OUT3 CLOCK OUT4 CS FOG OUT5 S0 FETIN , /gate clamp Logic LED Control RDWN OUT1 Over-current Detection CLOCK LIMP FOG Open , CONNECTIONS SCLK CS FOG LIMP CLOCK FLASHER RST IGN FETIN 8 7 6 5 4 , be activated by this digital input. This pin has a passive internal pull-down. 7 FOG Input Freescale Semiconductor
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98ART10511D 24-PIN
Abstract: 200 500 k Voltage Threshold for Wake-up (IGN, FLASHER, FOG, RST) Input Clamp Voltage (IGN , IGN RSTB MCU OUT1 OUT2 CLOCK CSB OUT3 FOG OUT4 SO OUT5 SI FETIN , LIMP FOG Open Load Detection FLASHER IGN RSTB Over-temperature Detection OUT1 OUT2 OUT3 (* HBeam) OUT4 OUT4 (* Fog) OUT5 Over-temperature Prewarning OUT2 (* LBeam , '  Freescale Semiconductor PIN CONNECTIONS CSB FOG LIMP CLOCK FLASHER RSTB IGN FETIN Freescale Semiconductor
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Abstract: — RDWN 100 200 400 k Voltage Threshold for Wake-up (IGN, FLASHER, FOG, RST) Input , 06XS3517 VBAT LIMP FLASHER CP IGN OUT1 RSTB OUT2 CLOCK MCU OUT3 CSB FOG , (* Park) Over-current Detection CLOCK LIMP FOG Open Load Detection FLASHER IGN RSTB Over-temperature Detection OUT1 OUT2 OUT3 (* HBeam) OUT4 OUT4 (* Fog) OUT5 Over-temperature , Circuit Device Dataï'  Freescale Semiconductor PIN CONNECTIONS CSB FOG LIMP CLOCK Freescale Semiconductor
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Abstract: * Recommended for all new designs 10XS3535 VCC VBAT CP LIMP OUT1 FLASHER OUT2 IGN RST OUT3 CLOCK OUT4 CS FOG , Charge Pump CS SO SI SCLK RDWN CLOCK LIMP FOG FLASHER IGN RST Logic LED Control Over-current Detection , CONNECTIONS FLASHER FETOUT CLOCK SCLK FOG LIMP VCC RST 13 12 11 10 CP GND 16 17 9 8 , communication. This pin has a passive internal pull-down resistance. 6 7 8 LIMP FOG CS Input Input Input Limp Home Input (Active High) FOG Input (Active high) Chip Select (Active Low) SPI Clock Input Freescale Semiconductor
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Abstract: VBAT LIMP CP FLASHER IGN OUT1 RSTB OUT2 CLOCK MCU OUT3 CSB FOG OUT4 , CLOCK LIMP FOG Open Load Detection FLASHER IGN RSTB Overtemperature Detection OUT1 OUT2 OUT3 (* HBeam) OUT4 OUT4 (* Fog) OUT5 Overtemperature Prewarning OUT2 , Freescale Semiconductor 3 PIN CONNECTIONS CSB FOG LIMP CLOCK FLASHER RSTB IGN , FOG Input FOG Input (Active high) This input wakes the device. This pin has a passive Freescale Semiconductor
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Abstract: CSB FOG SO SI SCLK CSNS Smart Switch Figure 1. 06XS3517 Simplified Application Diagram * This , Internal Regulator OV/UV/POR detections Charge Pump CSB SO SI SCLK RDWN CLOCK LIMP FOG FLASHER IGN , Drive drain/gate clamp OUT1 (* Park) RDWN OUT2 OUT2 (* LBeam) OUT3 (* HBeam) OUT4 (* Fog) OUT5 , SCLK FOG LIMP VCC CSB Transparent Top View CP GND 13 12 11 10 16 17 9 8 7 6 , (Active High) Clock Input 6 7 8 LIMP FOG CSB Input Input Input Limp Home Input (Active High Freescale Semiconductor
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Abstract: OUT1 FLASHER OUT2 IGN RST OUT3 CLOCK OUT4 CS FOG OUT5 S0 FETIN SI SCLK FETOUT CSNS GND Watchdog , /POR detections Charge Pump CS SO SI SCLK RDWN CLOCK LIMP FOG FLASHER IGN RST Logic LED Control , CONNECTIONS PIN CONNECTIONS FLASHER FETOUT CLOCK SCLK FOG LIMP VCC RST 13 12 11 10 CP , clock for SPI communication. This pin has a passive internal pull-down resistance. 6 7 8 LIMP FOG CS Input Input Input Limp Home Input (Active High) FOG Input (Active high) Chip Select (Active Freescale Semiconductor
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Abstract: GDC Tutorial: Advanced OpenGL Game Development Reflections, Shadows, Transparency, and Fog , Limited number of samples (4 or 8 typical) Atmospheric Effects Fog, Haze, Smoke · As light travels , the atmosphere appearance of objects viewed through the atmosphere Fog Example Common in Games and Visual Simulation OpenGL's Built-in Fog Model Assumptions · Uniform fog color ("color" of the atmosphere) · Uniform fog color ("color" of the atmosphere) · Uniform fog density throughout -
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polygon stipple feature nvidia tnt2 alpha blending fake bogus tnt2 nvidia
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