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LT1970AIFE#PBF Linear Technology LT1970A - 500mA Power Op Amp with Adjustable Precision Current Limit; Package: TSSOP; Pins: 20; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3791IFE#PBF Linear Technology LT3791 - 60V 4-Switch Synchronous Buck-Boost LED Driver Controller; Package: TSSOP; Pins: 38; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3798EMSE#PBF Linear Technology LT3798 - Isolated No Opto-Coupler Flyback Controller with Active PFC; Package: MSOP; Pins: 16; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3970EDDB-3.42#TRPBF Linear Technology LT3970 Series - 40V, 350mA Step-Down Regulator with 2.5µA Quiescent Current and Integrated Diodes; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3973EMSE-3.3#TRPBF Linear Technology LT3973 - 42V, 750mA Step-Down Regulator with 2.5µA Quiescent Current and Integrated Diodes; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3973HMSE-5#TRPBF Linear Technology LT3973 - 42V, 750mA Step-Down Regulator with 2.5µA Quiescent Current and Integrated Diodes; Package: MSOP; Pins: 10; Temperature Range: -40°C to 125°C visit Linear Technology - Now Part of Analog Devices Buy

autofocus IC

Catalog Datasheet MFG & Type PDF Document Tags

autofocus IC

Abstract: L435 0.8 L2792-02 L2792-03 L3989-01 L3989-02 Autofocus · Automatic control systems, etc. · Optical fiber data link LAN, INS, etc. Autofocus · Automatic control systems · Photoelectric switches · Mark , 4 30 ¿ 1 .2 ¿ 0 .8 · O p tic a l fib e r c o m m u n ic a tio n s P h o to e le c tric s w , Autofocus Automatic control systems · Photoelectric switches · Mark sensors · Optical remote control, etc , Package LED G aAIAs G aAs Autofocus Automatic control systems Photoelectric switches · Mark sensors
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autofocus IC L435 l2402 L2791 L2683-01 L2683-02 L1915-01 L2690-02 L2959

autofocus IC

Abstract: Lens Driver IC for iris PT5130 Auto Focus Motor Driver IC DESCRIPTION The PT5130 is a single 10-bit DAC with 120mA , reduces the current consumption of the device to 1A maximum. The PT5130 is designed for autofocus, image , APPLICATIONS CONSUMER APPLICATIONS · · · · · · · · · · · · · · Lens autofocus Image stabilization Optical , cameras STRUCTURE · Silicon CMOS IC INDUSTRIAL APPLICATIONS · · · · · · · · Heater controls Fan , applications such as lens autofocus, image stabilization, or optical zoom. The operation principle of the
Princeton Technology
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Lens Driver IC for iris autofocus actuator iris actuator cmos camera CIRCUIT diagram LENS Focus Motor 400KH
Abstract: array, 0.809mm x 1.367mm x 0.395mm WLCSP-6 packages B â'¢ Silicon CMOS IC Lens autofocus , PT5130 Auto Focus Motor Driver IC The PT5130 is a single 10-bit DAC with 120mA output current , A maximum. The PT5130 is designed for autofocus, image stabilization, and optical zoom , motors used in applications such as lens autofocus, image stabilization, or optical zoom. The operation , for autofocus. The key points of this transfer function are displacement or stroke, which is the Princeton Technology
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Lens Driver IC for iris

Abstract: autofocus IC Driver IC Preliminary PT5662 DESCRIPTION The PT5662 is a single 10-bit DAC with 102.3mA output , autofocus, image stabilization, and optical zoom applications in camera phones, digital still cameras, and , -6 and DFN-8 P P STRUCTURE · Silicon CMOS IC PT5662 PRE1.0 -1- August, 2008 Tel: 886-2-66296288 Fax: 886-2-29174598 URL: http://www.princeton.com.tw Auto Focus Motor Driver IC , autofocus Image stabilization Optical zoom Shutters Iris/exposure Neutral density (ND) filters Lens
Princeton Technology
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iris Driver IC for camcorder autofocus camera actuator linear solenoid valve circuit diagram motor driver ic

smb274

Abstract: autofocus IC Programmable Autofocus Driver IC Enables World's First Solid State AF Digital Camera Complete solution for LensVectorTM Autofocus (LVAF) Integrates Driver, Signal Processinng, Digital Control and Non-Volatile Configuration into Tiny CSP Package CFP2 VAFD CAF 2.2nF 0402 50V CIN 0.1uF 0201 Opt. I2C/SMBus serial interface with OTP NV configuration Programmable AF driver with integrated high-voltage charge pump and switching output CFN2 CFP1 VDD CFN1 SCL SDA CF1 0.1uF 0201
Summit Microelectronics
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CSP-15 smb274 Auto-Focus autofocus 5100K autofocus video SMB274

linear solenoid valve circuit diagram

Abstract: autofocus actuator PT5100 Auto Focus Motor Driver IC DESCRIPTION The PT5100 is a single 10-bit DAC with 102.3mA , designed for autofocus, image stabilization, and optical zoom applications in camera phones, digital , is 0x18h. P P PT5100 has two versions IC about Xshutdown pin: Ver A: XShutdown pin is active , · · · · · · Lens autofocus Image stabilization Optical zoom Shutters Iris/exposure , Silicon CMOS IC FEATURES · · · · · · · · · · · · · 102.3mA current sink 2
Princeton Technology
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peltier driver 886-66296288F

RGB565

Abstract: crt viewfinder Statistic processor for automatic exposure, automatic white balance and auto-focus control ­ General , , up to 80MHz) ­ Control interface: I²C (400kHz) Interleaved video modes (concurrent viewfinder , fps at 5 Megapixel resolution Features Enhanced multi-zone auto-focus (supporting up to 9 , 's multimegapixel images. The STV0986 supports 2 SMIA sensors, flashgun (LED or Xenon), autofocus and programmable , data SSCL I²C slave Microprocessor MCU SSDA Patch RAM module 1 Control
STMicroelectronics
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RGB565 crt viewfinder TDI cmos image sensor RGB888 Video Products Group Flashgun
Abstract: PT5100 Auto Focus Motor Driver IC The PT5100 is a single 10-bit DAC with 102.3mA output , autofocus, image stabilization, and optical zoom applications in camera phones, digital still cameras, and , PT5100 has two versions IC about Xshutdown pin: Ver A: XShutdown pin is active low. (Hard Shutdown mode , â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ Lens autofocus Image , '¢ â'¢ â'¢ â'¢ CONSUMER APPLICATIONS B â'¢ Silicon CMOS IC 102.3mA current sink 2 Princeton Technology
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STV0986

Abstract: All mobile ic code image (416Mbit/s) or ITU (8-bit CCIR interface, up to 80MHz) ­ Control interface: I²C (400kHz) Enhanced video , balance and auto-focus control ­ General purpose input/outputs (GPIOs) for controlling external actuators , Xenon strobe control) Enhanced multi-zone auto-focus (supporting up to 9 zones with programmable , today's multimegapixel images. The STV0986 supports 2 SMIA sensors, flashgun (LED or Xenon), autofocus , Power management MCU code MCU data Patch RAM Microprocessor MCU I²C slave SSCL SSDA Camera module 1
STMicroelectronics
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All mobile ic code image autofocus microprocessor RGB565 to rgb888 CCP2 interface cmos camera module 3mp smia 2mp RGB444 STV0986/TR

Auto-Focus

Abstract: autofocus lens control system in camera is ideal for sensing the position of a lens of increasingly popular auto-focus (AF)/optical zoom , TLP848 TLP846 Applications Camera phones (sensing the position of auto-focus , derating (Ta > 25°C) PC / °C ­1 mW / °C Collector current IC 50 mA Operating , (Ta > 25°C) Reverse voltage IC /IF = 3% (min) 3. Designed for lead-free reflow soldering , TLP848 3 - 24 % IF = 5 mA TLP848(R) 4 - 20 % IF = 10 mA, IC = 0.15 mA
Toshiba
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autofocus lens control system in camera autofocus sensor BEE0055A

GV 269

Abstract: autofocus IC ICs for Video Camera Panasonic AN2585FAP Digital Auto-Focus Interface IC â  Overview The AN2585FAP is an interface IC for a digital autofocus system. It contains all peripheral circuits needed for the system, contributing to a reduced number of components of the system. â  Features â'¢ Built-in low-pass filters â'¢ Built-in operational amplifiers â'¢ Built-in voltage reference m~ m- nr m-m~ cnz m- nn nnn+i ~m o ~m TTTlo I 32-Pin QFH Package (QFH032-P-0707) Block Diagram From RF OUT
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GV 269 AN2I60

BU64241

Abstract: (Max.) 1.30 mm × 0.77 mm × 0.33 mm UCSP30L1 â  â—Applications â  Autofocus in mobile , ・Step A2 â'" Selecting the Autofocus Algorithmâ'™s Target DAC Codes The ISRC algorithm is a proprietary , broken into three separate operational areas in order to provide the most optimally controlled autofocus , control the autofocus algorithm. Due to ISRC requiring a floating lens, points A and B need to bet set in , driver settings for optimized autofocus performance. ・Step B1 â'" Setting Point A, B, and C DAC Codes
ROHM
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BU64241 BU64241GWZ BU64243GWZ UCSP35L1

transistor 130003

Abstract: UCSP30L1 0.33 mm Applications Autofocus in mobile camera modules Driving VCM actuators Typical Application , .001 BU64240GWZ, BU64241GWZ Datasheet Step A2 ­ Selecting the Autofocus Algorithm's Target DAC Codes The , the most optimally controlled autofocus algorithm. Direct Mode Step Mode ISRC Mode , operational modes that control the autofocus algorithm. Due to ISRC requiring a floating lens, points A and B , control the driver settings for optimized autofocus performance. Step B1 ­ Setting Point A, B, and C DAC
ROHM
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transistor 130003 TSZ2211114001 TSZ02201-0H2H
Abstract: UCSP30L1 ●Applications â  Autofocus in mobile camera modules â  Driving VCM actuators , -0H2H0B600740-1-2 31. May. 2013 Rev.001 Datasheet BU64240GWZ ・Step A2 â'" Selecting the Autofocus Algorithmâ , operational areas in order to provide the most optimally controlled autofocus algorithm. Direct Mode , vs. DAC Code Figure 15 illustrates the different operational modes that control the autofocus , steps should be followed in order to properly control the driver settings for optimized autofocus ROHM
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TSZ22111

BU64291

Abstract: .Oct.2012 Rev.002 Datasheet BU64291GWZ Step A2 â'" Selecting the Autofocus Algorithmâ'™s Target DAC , to provide the most optimally controlled autofocus algorithm. Direct Mode Step Mode ISRC , different operational modes that control the autofocus algorithm. Due to ISRC requiring a floating lens , autofocus performance. Step B1 â'" Setting Point A, B, and C DAC Codes Points A, B, and C are defined by , . Therefore during ISRC operation when the autofocus sequence has been started by setting the EN bit equal to
ROHM
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BU64291
Abstract: BU64291GWZ Step A2 â'" Selecting the Autofocus Algorithmâ'™s Target DAC Codes The ISRC algorithm is a , autofocus algorithm. Direct Mode Step Mode ISRC Mode Displacement (µm) C B A 0 DAC , Displacement vs. DAC Code Figure 16 illustrates the different operational modes that control the autofocus , should be followed in order to properly control the driver settings for optimized autofocus performance , . Therefore during ISRC operation when the autofocus sequence has been started by setting the EN bit equal to ROHM
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BU64291

Abstract: BU64291GWZ .002 BU64291GWZ Datasheet Step A2 ­ Selecting the Autofocus Algorithm's Target DAC Codes The ISRC algorithm , controlled autofocus algorithm. Direct Mode Step Mode ISRC Mode C Displacement (µm) B A 0 A , . DAC Code Figure 16 illustrates the different operational modes that control the autofocus algorithm , driver settings for optimized autofocus performance. Step B1 ­ Setting Point A, B, and C DAC Codes Points , the autofocus sequence has been started by setting the EN bit equal to 1, the driver will
ROHM
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Abstract: UCSP30L1 ●Applications â  Autofocus in mobile camera modules â  Driving VCM actuators , -0H2H0B600740-1-2 31. May. 2013 Rev.001 Datasheet BU64240GWZ ・Step A2 â'" Selecting the Autofocus Algorithmâ , operational areas in order to provide the most optimally controlled autofocus algorithm. Direct Mode , vs. DAC Code Figure 15 illustrates the different operational modes that control the autofocus , steps should be followed in order to properly control the driver settings for optimized autofocus ROHM
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transistor 130003

Abstract: BU64241 × 0.77 mm × 0.33 mm Applications Autofocus in mobile camera modules Driving VCM actuators , .001 BU64240GWZ, BU64241GWZ Datasheet Step A2 ­ Selecting the Autofocus Algorithm's Target DAC Codes The , the most optimally controlled autofocus algorithm. Direct Mode Step Mode ISRC Mode , operational modes that control the autofocus algorithm. Due to ISRC requiring a floating lens, points A and B , control the driver settings for optimized autofocus performance. Step B1 ­ Setting Point A, B, and C DAC
ROHM
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BU64291

Abstract: autofocus actuator -0H2H0BZ00330-1-2 05.Oct.2012 Rev.002 BU64291GWZ Datasheet Step A2 ­ Selecting the Autofocus Algorithm , areas in order to provide the most optimally controlled autofocus algorithm. Direct Mode Step Mode , modes that control the autofocus algorithm. Due to ISRC requiring a floating lens, points A and B need , autofocus performance. Step B1 ­ Setting Point A, B, and C DAC Codes Points A, B, and C are defined by 10 , DAC code corresponding to point A. Therefore during ISRC operation when the autofocus sequence has
ROHM
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