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LT1126CJ8 Linear Technology IC DUAL OP-AMP, 200 uV OFFSET-MAX, 65 MHz BAND WIDTH, CDIP8, 0.300 INCH, HERMETIC, CERAMIC, DIP-8, Operational Amplifier
LT1057CJ8 Linear Technology IC DUAL OP-AMP, 1400 uV OFFSET-MAX, 5 MHz BAND WIDTH, CDIP8, 0.300 INCH, HERMETIC SEALED, CERDIP-8, Operational Amplifier
LT685CH Linear Technology IC COMPARATOR, 2500 uV OFFSET-MAX, 5.5 ns RESPONSE TIME, MBCY10, METAL CAN, TO-5, 10 PIN, Comparator
LT1999MPMS8-10#TRPBF Linear Technology LT1999 - High Voltage, Bidirectional Current Sense Amplifier; Package: MSOP; Pins: 8; Temperature Range: -55°C to 125°C
LT1999MPS8-50#TRPBF Linear Technology LT1999 - High Voltage, Bidirectional Current Sense Amplifier; Package: SO; Pins: 8; Temperature Range: -55°C to 125°C
LTC6102CDD-1#PBF Linear Technology LTC6102 - Precision Zero Drift Current Sense Amplifier; Package: DFN; Pins: 8; Temperature Range: 0°C to 70°C

autofocus IC Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
autofocus IC

Abstract:
Text: 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


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PDF PT5130 10-bit 120mA 400KHz. autofocus IC Lens Driver IC for iris autofocus actuator iris actuator cmos camera CIRCUIT diagram LENS Focus Motor
Not Available

Abstract:
Text: array, 0.809mm x 1.367mm x 0.395mm WLCSP-6 packages B • 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


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PDF PT5130 PT5130 10-bit 120mA 400KHz. PT5130â
2007 - RGB565

Abstract:
Text: 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


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PDF STV0986 RGB565 crt viewfinder STV0986 TDI cmos image sensor autofocus IC RGB888 YUV422 autofocus sensor Flashgun ST smooth
2007 - STV0986

Abstract:
Text: (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


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PDF STV0986 640Mbit/s) 416Mbit/s) 80MHz) 400kHz) STV0986/TR STV0986 All mobile ic code image crt viewfinder autofocus microprocessor smia 2mp RGB565 to rgb888 Mobile Camera Module cmos camera module 3mp CCP2 interface autofocus IC
Auto-Focus

Abstract:
Text: 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


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PDF TLP848 TLP848 TLP846 Auto-Focus autofocus lens control system in camera autofocus IC autofocus sensor BEE0055A TLP846
2008 - SMIA85

Abstract:
Text: sensor (2048 x 1536) Integrated auto-focus mechanism High level autofocus control , module design is optimized for both footprint and height. The auto-focus mechanism combined with a , external components, including the auto-focus actuator drivers, are integrated inside the camera module , megapixel auto-focus camera module (VB6851) for use across a range of mobile phone handsets and , the associated image processing and auto-focus algorithms. Where the baseband cannot support this


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PDF VB6851 STV0986 SMIA85 autofocus actuator autofocus lens control system in camera VB6851 CAMERA SMIA 85 IMG175 autofocus camera module raw STV0986 SMIA 85 smia85 socket
2012 - BU64241

Abstract:
Text: (Max.) 1.30 mm × 0.77 mm × 0.33 mm UCSP30L1 ■●Applications ■Autofocus in mobile , ・Step A2 – Selecting the Autofocus Algorithm’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 – Setting Point A, B, and C DAC Codes


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PDF BU64241GWZ BU64243GWZ BU64241GWZ BU64243GWZ BU64241
2012 - transistor 130003

Abstract:
Text: 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


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PDF BU64240GWZ BU64241GWZ BU64241GWZ BU64241GWZ. transistor 130003 UCSP30L1 BU64241
2012 - Not Available

Abstract:
Text: UCSP30L1 ●Applications ■Autofocus in mobile camera modules ■Driving VCM actuators , -0H2H0B600740-1-2 31. May. 2013 Rev.001 Datasheet BU64240GWZ ・Step A2 – 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


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PDF BU64240GWZ BU64240GWZ
2012 - BU64291

Abstract:
Text: .Oct.2012 Rev.002 Datasheet BU64291GWZ Step A2 – Selecting the Autofocus Algorithm’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 – 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


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PDF BU64291GWZ BU64291GWZ UCSP30L1 BU64291
2012 - BU64291

Abstract:
Text: .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


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PDF BU64291GWZ BU64291GWZ BU64291
2012 - Not Available

Abstract:
Text: BU64291GWZ Step A2 – Selecting the Autofocus Algorithm’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


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PDF BU64291GWZ BU64291GWZ UCSP30L1
2012 - Not Available

Abstract:
Text: UCSP30L1 ●Applications ■Autofocus in mobile camera modules ■Driving VCM actuators , -0H2H0B600740-1-2 31. May. 2013 Rev.001 Datasheet BU64240GWZ ・Step A2 – 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


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PDF BU64240GWZ BU64240GWZ
2012 - transistor 130003

Abstract:
Text: × 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


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PDF BU64240GWZ BU64240GWZ BU64241GWZ BU64241GWZ BU64241GWZ. transistor 130003 BU64241
2012 - BU64291

Abstract:
Text: -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


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PDF BU64291GWZ BU64291GWZ BU64291 autofocus actuator
2012 - Not Available

Abstract:
Text: .) 1.30 mm × 0.77 mm × 0.33 mm Applications Autofocus in mobile camera modules Driving VCM , BU64240GWZ, BU64241GWZ Step A2 – Selecting the Autofocus Algorithm’s Target DAC Codes The ISRC , optimally controlled autofocus algorithm. Direct Mode ISRC Mode Step Mode Displacement (µm , different operational modes that control the autofocus algorithm. Due to ISRC requiring a floating lens , be followed in order to properly control the driver settings for optimized autofocus performance


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PDF BU64240GWZ BU64241GWZ BU64240GWZ BU64241GWZ BU64241GWZ. UCSP30L1
2008 - SMIA85

Abstract:
Text: VB6871 QXGA camera module with auto-focus Data Brief Features 3.2 megapixel sensor (2064 , Auto-focus mechanism with simple control interface Multi-element, high quality lens MDDI type , This datasheet outlines a high performance 3.2 megapixel auto-focus camera module (VB6871) designed , is optimized for both footprint and height. The auto-focus mechanism combined with a multi-element , external components, including the auto-focus actuator, are integrated within the camera module. VB6871


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PDF VB6871 VB6871) SMIA85 autofocus actuator smia85 socket MDDI 3.2 Megapixel QXGA camera module autofocus lens control system in camera 5 MP camera module Auto-Focus IMG175 autofocus camera actuator
2013 - Not Available

Abstract:
Text: UCSP35L1 ●Applications ■Autofocus in mobile camera modules ■Driving VCM actuators , ・Step A2 – Selecting the Autofocus Algorithm’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 , settings for optimized autofocus performance. ・Step B1 – Setting Point A, B, and C DAC Codes Points A


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PDF BU64244GWZ BU64244GWZ
short distance measurement PSD

Abstract:
Text: 4E5TbDtì 0003772 444 HPK J HAMAMATSU TECHNICAL DATA 16-STEP RANGE-FINDER IC H2476-01 16-Step Range Finding Output, 700Hz High-Speed Detection, High-Sensitivity Optical Range-Finder IC The H2476-01 is an integrateci circuit ( IC ) for high-speed, high-sensitivity optical range finding. It offers a maximum sampling , , including auto-focus compact caméras and video caméras and displacement gauges. The H2476-01 has been , useof a44-pin plastic mold mini-square package. APPLICATIONS • Compact camera auto-focus • Video


OCR Scan
PDF 16-STEP H2476-01 700Hz 16-step) 1781WÃ Telephone33- short distance measurement PSD analog timing light alarm Light Sensitive Alarm Circuit Diagram using 555 BUF 654 ST12 encoder VST10
Not Available

Abstract:
Text: Ordering number : ENA2118A LC898212XA CMOS LSI AF Control LSI ht t p://onse m i.c om Overview The AF control device, LC898212XA (LC898212XA-MH), provides an ideal way to implement the reduced power consumption and the improved autofocus precision and speed (reduced convergence time) required in , suppresses noise that could affect image quality while achieving reduced power consumption, making this IC , achieve faster autofocus (reduced convergence time) performance. The integrated ADC provides up to 10


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PDF ENA2118A LC898212XA LC898212XA-MH) LC898212XA A2118-5/5
2012 - transistor 130003

Abstract:
Text: × 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


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PDF BU64241GWZ BU64240GWZ BU64241GWZ BU64241GWZ. transistor 130003 BU64241 UCSP30L1 autofocus IC 130003 transistor autofocus lens control system in camera BU6424 mobile Linear actuator autofocus actuator
2012 - Not Available

Abstract:
Text: UCSP30L1 ●Applications ■Autofocus in mobile camera modules ■Driving VCM actuators , ・Step A2 – Selecting the Autofocus Algorithm’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 , settings for optimized autofocus performance. ・Step B1 – Setting Point A, B, and C DAC Codes Points A


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PDF BU64241GWZ BU64241GWZ
2004 - xenon driver

Abstract:
Text: AS3636 Xenon Driver IC with LED Driver and Life Time Counter Product Brief 1 General Description The AS3636 is a highly integrated photoflash charger including IGBT driver, inductive DCDC boost autofocus / video LED driver, an indicator LED driver and it includes system level ESD protection and a breakable fuse. The AS3636 includes flash timeout, over- and undervoltage, overtemperature and LED short , waveform - Internal flash duration timer - External STROBE input DCDC Boost Converter - Autofocus /video LED


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PDF AS3636 AS3636 xenon driver autofocus IC AS363 COIL DRIVER IGBT xenon driver -flash
2012 - Not Available

Abstract:
Text: UCSP30L1 ●Applications ■Autofocus in mobile camera modules ■Driving VCM actuators , ・Step A2 – Selecting the Autofocus Algorithm’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 , settings for optimized autofocus performance. ・Step B1 – Setting Point A, B, and C DAC Codes Points A


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PDF BU64241GWZ BU64241GWZ
2005 - CAMERA MODULE CCP 2MP 1600x1200

Abstract:
Text: STV0984 2 MegaPixel SMIA Profile 2 Mobile Imaging Processor DATA BRIEF ­ Sensor interface: 2x CCP2.0(2) serial receivers (csi class 2 receivers) ­ Host interface: CCP1.01. serial transmitter (csi class 0 transmitter), ITU, PI ­ Control interface: I²C Features Supports 2 SMIA profile 2 , Statistic processor for exposure and white balance and autofocus control ­ GPIOs and ADC to control , and autofocus solution. STV0984 provides internal buffering capability along with a versatile clock


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PDF STV0984 1600x1200) CD00066603 CAMERA MODULE CCP 2MP 1600x1200 rgb888 CCP10 yuv420 to yuv422 Auto-Focus YUV422 yuv420 CMOS Camera Module CSI HCMOS9 crt viewfinder CAMERA SMIA
Supplyframe Tracking Pixel