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XRD9853/DCAM

Catalog Datasheet MFG & Type PDF Document Tags

sony ccd application note

Abstract: ccd board ADC functions to a single chip solution using Exar's XRD9853. The new XRD9853/DCAM CCD board is , count reduction. IC's XRD9853/DCAM CCD Daughter Board (1) XRD9853 CAPACITORS: Tantalum , schematic detailing how the XRD9853 is implemented in the XRD9853/DCAM CCD Board. The DCAM mother board and display board remain unchanged. Figure 3 and Figure 4 show XRD9853/DCAM CCD Board timing. Rev. 1.00 2 Rev. 1.00 3 XRDAN101 Figure 1. XRD9853/DCAM Reference Design XRDAN101 Rev. 1.00 4
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DCAM101 CXA1690Q sony ccd application note ccd board sony ccd ccd board sony ccd Circuit Schematic XRD9853/DCAM101 XRD9853/DCAM CSD2311AR

XRD9853

Abstract: XRDAN106 XRDAN106 CCD Dark Voltage Compensation Range of the XRD9853 December 1998-2 Application Note , variation from system to system, the XRD9853 Vdrk compensation range is explained in this application note. All timing diagrams and pictures were taken with the XRD9853 Camera daughter board and LSI DCAM101 , Video Signal Figure 1. CCD Output Waveform Showing Dark Voltage and Video Components XRD9853 Offset Calibration Theory The XRD9853 block diagram shown in Figure 2 shows the CDS, PGA and ADC data
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XRDAN108

D98L53

Abstract: 7x7x1  XRD9853/XRD98L53 CCD Image Digitizers with CDS, PGA, and 10-bit A/D September 1998-2 , '¢ Low Power for Battery Applications: XRD9853: 250mW @ VDD = 5.0V XRD98L53: 120mW @ VDD = 3.0V â , Image Digitizers CCD/CIS Imager Interface GENERAL DESCRIPTION The XRD9853/XRD98L53 are complete CCD , differential or single-ended. The auto calibration circuit compensates for any internal offset of the XRD9853 , for their applications. The XRD9853/XRD98L53 has direct access to the PGA output and ADC input
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D98L53 7x7x1 XRD9853AIV XRD98L53AIV HP5082-2835 XRD9853/XRD98L53 16MSPS D9853/X

XRD9853

Abstract: XRDAN102 XRDAN102 XRD9853 Line and Frame Auto-Calibration for Offset December 1998-2 Application Note , desired minimum code output from the XRD9853. The XRD9853 uses the Optically Black (OB) pixels on a CCD , while whole lines of OB pixels are available at the top and bottom of the array. The XRD9853 can use , ) 668-7000 · FAX (510) 668-7017 XRDAN102 Auto-Calibration Circuitry The XRD9853 uses a digital feedback , Machine test reg serial port SCLK LOAD not used ADCLOCK Figure 2. XRD9853 Calibration
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DCAM101

Abstract: 4460A XRDAN107 Differences between the XRD9853 and the XRD4460A December 1998-2 Application Note: Introduction What are the differences between the XRD9853 and the XRD4460A? How do I hookup the XRD9853 for proper functionality? What are the timing changes required to get the XRD9853 to run? What advantages does the XRD9853 have over the XRD4460A? The basic differences between the XRD9853 and the XRD4460A will be discussed. System timing examples will be shown to help ease any confusion between the XRD9853
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4460A XRD4460A/XRD44L60

XRD4460A

Abstract: XRD9853 XRDAN105 XRD9853 and XRD4460A Programmable Gain Amplifier December 1998-2 Application Note: XRDAN105: XRD9853 and XRD4460A Programmable Gain Amplifier Both the XRD4460A and XRD9853 PGAs consist of , Figure 1. XRD4460A and XRD9853 Single Ended Equivalent Circuit for Two Cascaded Gain Stages The , 224 256 PGA Gain Code Figure 2. XRD4460A and XRD9853 PGA1 and PGA2 Transfer Functions Combine , capacitors to analog ground. This circuit demonstrates the XRD4460A and XRD9853 SNR independent of the noise
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74LVQ04

Abstract: 74LVQ573 XRDAN104 Using the XRD9853 in the XRD4460ES (Evaluation System Board) December 1998-2 , as a test platform for the XRD9853. The XRD9853 requires an SMB input to the Enable_Cal pin so it , the XRD9853 outputs. 3. Connect pin 2 of J6 to pin 3 of J9, this connects SMB10 to Enable_Cal of the XRD9853. With these changes, SMB 10 can now be used to drive the Enable_Cal pin of the XRD9853. Please see the following page, Figure 2, for the changes mentioned above. XRD9853 Line Timing The XRD9853
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74LVQ04 74LVQ573 SMA11 SMA12 SMA13

CDS1

Abstract: XRD9853 XRDAN108 Increased Dark Voltage (VDRK) Compensation with the XRD9853 December 1998-2 , note will show how the XRD9853 can be configured to remove any amount of dark voltage present in the , will act as a global VDRK adjustment. This allows the XRD9853 to use its internal calibration range to adjust for fine adjustments of VDRK variation. The front end of the XRD9853 has a differential input , common mode ground noise. This works while VDRK is within the XRD9853 calibration range for all gains
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CDS1
Abstract: XRD9853/XRD98L53 CCD Image Digitizers with CDS, PGA, and 10-bit A/D September 1998-2 , Applications: XRD9853: 250mW @ V DD = 5.0V XRD98L53: 120mW @ V DD = 3.0V 50fiA - Typ Current in Stand By , GENERAL DESCRIPTION The XRD9853/XRD98L53 are complete CCD Image Digitizers for digital cameras. The , calibration circuit compensates for any internal offset of the XRD9853/XRD98L53 as well as black level , XRD9853/XRD98L53 has direct access to the PGA output and ADC input through the pin TESTVIN. The XRD9853 -
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XRD9853

Abstract: XRDAN103 XRDAN103 XRD9853 Pixel Sampling Timing and Correlated Double Sample/Hold (CDS) December 1998-2 Application Note: XRD9853 Pixel Sampling Timing The timing required by the XRD9853 to sample individual , timing signals RSTCCD, SHP and SHD to the CCD output waveform. The XRD9853 was designed to sample any , reduces CCD reset noise by disconnecting the input of the XRD9853 from the CCD. Ideally RSTCCD should , an offset error in the sampling of the black level. Offset error is calibrated out in the XRD9853 up
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XRDAN101

Abstract: XRD4460 drop-in replacement for both the XRD4460 and XRD9853. Even though the two devices are pin compatible, the , EnableCal & clamp (XRD9853 compatible), is being used and will internally configure itself for proper , the clamp pin. EnableCal & clamp mode (XRD9853 compatible) uses the timing signal on the clamp pin to
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XRDAN109 XRD9855

XRD9853

Abstract: XRD9855 XRDAN110 XRD9855 EnableCal and Clamp Line Timing (XRD9853 Compatible) May 1999-2 Application Note: INTRODUCTION At the beginning and/or end of every Charged Coupled Device (CCD) line there are a number of dummy and Optical Black (OB) pixels. The XRD9855 uses the output from these pixels for the DC restore Clamp and black level offset calibration functions. The DC restore clamping function is needed to , CCD Array Positioning of Active and OB Pixels EnableCal & Clamp Timing (XRD9853 compatible) Most
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video dc restore

ccd board Circuit Schematic Diagram Electronic

Abstract: HP5082 used with both the XRD4460 timing and the XRD9853 timing as described in the Line Timing section , XRD9853. On power up the chip will automatically detect which timing is being used and make the , CCD Array with Active Pixels & Optically Black Pixels Clamp & EnableCal Timing (XRD9853 Compatible , EnableCal Figure 17. Clamp & Enable Cal Mode (XRD9853 Compatible), M1=1, M3=3 Stand-by Mode (Power
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XRD98L55 ccd board Circuit Schematic Diagram Electronic HP5082 XRD9855AIV XRD98L55AIV XRD9855/L55 XRD9855/XRD98L55

CCTV SCHEMATIC camera board

Abstract: 8 channel CCTV Power Supply w/ schematic diagram 12). This mode can be used with both the XRD4460 and XRD9853 compatible timing as described in the , XRD9853. On power up the chip will automatically detect which timing is being used and make the necessary , (XRD9853 Compatible) M1=1, M3=1 In this mode EnableCal must be active during the large number of Optical , =1, M2=0 XRD9855/9856 XRD98L55/98L56 EXf4R Figure 20. Clamp & Enable Cal Mode (XRD9853 Compatible
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CCTV SCHEMATIC camera board 8 channel CCTV Power Supply w/ schematic diagram XRD9856 XRD9856AIV XRD98L56AIV XRD9855/56 XRD98L55/L56 XRD9855/XRD9856

P301-16

Abstract: CCTV SCHEMATIC camera board XRD4460 and XRD9853 compatible timing as described in the Line Timing section. Data output DB[9:0} is , compatible with the Clamp Only timing of the XRD4460 or the Clamp & EnableCal timing of the XRD9853. On power , =0 Rev. P3.01 24 Preliminary XRD9855/9856 XRD98L55/98L56 Clamp & EnableCal Timing (XRD9853 , EnableCal Offset Calibration Figure 20. Clamp & Enable Cal Mode (XRD9853 Compatible), M1=1, M3
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P301-16
Abstract: both the XRD4460 timing and the XRD9853 timing as described in the Line Timing section. CCD Signal , XRD9853. On power up the chip will automatically detect which timing is being used and make the , Array with Active Pixels & Optically Black Pixels Clamp & EnableCal Timing (XRD9853 Compatible) M1 , Mode (XRD9853 Compatible), M1=1, M3=3 Stand-by Mode (Power Down) The STBY1 and STBY2 pins are used -
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CCTV SCHEMATIC camera board

Abstract: 8 channel CCTV Power Supply w/ schematic diagram sampling edge of SHD (see Figure 12). This mode can be used with both the XRD4460 and XRD9853 compatible , timing of the XRD9853. On power up the chip will automatically detect which timing is being used and , =0 Rev. 1.00 24 DB[9:0] XRD9855/9856 XRD98L55/98L56 Clamp & EnableCal Timing (XRD9853 , Offset Calibration bias Clk_Pol Clamp EnableCal Figure 20. Clamp & Enable Cal Mode (XRD9853
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8 channel CCTV Power Supply ccd board driver CCTV Power Supply

ADC calibration

Abstract: XRDAN112 calibration, see XRDAN114. EnableCal & Clamp Timing (XRD9853 Compatible) M1=1, M3=1 In EnableCal & Clamp
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XRDAN112 XRDAN113 ADC calibration

CCTV SCHEMATIC camera board

Abstract: XRD9855 used with both the XRD4460 and XRD9853 compatible timing as described in the Line Timing section , timing of the XRD9853. On power up the chip will automatically detect which timing is being used and , =0 Rev. 1.01 24 DB[9:0] XRD9855/9856 XRD98L55/98L56 Clamp & EnableCal Timing (XRD9853 , Offset Calibration bias Clk_Pol Clamp EnableCal Figure 20. Clamp & Enable Cal Mode (XRD9853
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ccd array

CCTV SCHEMATIC camera board

Abstract: XRD4460 and XRD9853 compatible timing as described in the Line Timing section. Data output DB[9:0} is , compatible with the Clamp Only timing of the XRD4460 or the Clamp & EnableCal timing of the XRD9853. On power , =0 Rev. P3.00 24 Preliminary XRD9855/9856 XRD98L55/98L56 Clamp & EnableCal Timing (XRD9853 , EnableCal Offset Calibration Figure 20. Clamp & Enable Cal Mode (XRD9853 Compatible), M1=1, M3
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