VV6410C036 STMicroelectronics, VV6410C036 Datasheet
VV6410C036
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VV6410C036 Summary of contents
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... The VV5410/VV6410 are multi format digital output imaging devices based on STMicroelectronics’s unique CMOS sensor technology. Both sensors require minimal support circuitry. VV5410 (monochrome) and VV6410 (colourised) produce digital video output. The video streams from both devices contain embedded control data that can be used to enable frame grabbing applications as well as providing input data for the external exposure controller ...
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VV5410 & VV6410 Table of Contents 1. Document Revision History ............................................................................................ 4 2. Introduction ...................................................................................................................... 5 2.1 Overview ........................................................................................................................................ 5 2.2 Exposure Control............................................................................................................................ 5 2.3 Digital Interface .............................................................................................................................. 5 2.4 Other Features ............................................................................................................................... 7 3. Operating Modes .............................................................................................................. 9 3.1 ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 11.1 Audio Amplifier ............................................................................................................................. 87 11.2 Voltage Regulators ....................................................................................................................... 89 11.3 Valid Supply Voltage Configurations ............................................................................................ 89 11.4 Programmable Pins ...................................................................................................................... 91 12. Characterisation Details ................................................................................................ 92 12.1 VV5410/VV6410 AC/DC Specification ...
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VV5410 & VV6410 1. Document Revision History Revision Date 1.0 13/06/2000 2.0 06/07/2000 2.1 04/09/2000 3.0 28/09/2000 Table 1 : Document Revision History cd5410-6410f-3-0.fm 4/105 Commercial in confidence Comments • Original release • Package drawing and pin description updated • ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 2. Introduction 2.1 Overview VV5410/VV6410 is a CIF format CMOS image sensor. The VV5410 sensor is the basic monochrome device and VV6410 is the colourised variant. The operation of VV5410 and ...
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VV5410 & VV6410 CLKI IMAGE FORMAT RESETB Y- DECODER VREGS, AUDIO AMP., & REFS Figure 1 : Block Diagram of VV5410/VV6410 Image Sensor (5-wire output) 2.3.1 Digital Data Bus Along with the pixel data, codes representing the start and end ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 2.3.4 Sensor/Co-processor Interface Options There are 3 main ways of interfacing to the VV5410/VV6410 sensor based on the above signals: 1. The colour co-processor supplies the sensor clock, CLKI, and uses ...
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VV5410 & VV6410 2.4.3 Serial Interface Programmable Pins The FST and QCK pins are re-configurable to follow the state of 2-bits in a serial register. The user could then use these control bits to control a peripheral device, a motor ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 3. Operating Modes 3.1 Video Timing The video format mode on power-up is CIF 30fps by default. After power-up the mode can be changed by a serial interface to write to ...
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... The contents of the extra black lines are enabled on to the data bus by setting bit [5] of serial register [17]. If bit [0] of serial register [24] is reset, indicating that the preferred coprocessor device is not the VP3 device, (a STMicroelectronics coprocessor), then the extra black lines are enabled by default regardless of the basic video mode selected. ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Odd Rows (5, 7, 9,...) Even Rows (4, 6, 8,...) Figure 2 : Bayer Colourisation Pattern (VV6410 only) 3.3 X-offset and Y-offset The image information is retrieved from the pixel array ...
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VV5410 & VV6410 Green Red Green Red Green Red 6 Blue Green Blue Green Blue Green 7 Green Red Green Red Green Red 8 Blue Green Blue Green Blue Green 9 Green Red ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 3.3.1 Image readout parameters The following parameters are available to process the sensor readout: • Shuffle horizontal readout, enabled by setting bit [7] of serial register [17] • Mirror horizontal readout, ...
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VV5410 & VV6410 Where G - Green and R - Red Figure 5 : Horizontal Shuffle Enabled 3.3.3 Horizontal mirror Figure 6 shows the output image with the horizontal mirror feature ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 followed by the odd rows, (rows 1,3,5 etc Where G - Green and B - Blue 3.3.5 Vertical Flip Figure 3.4 ...
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VV5410 & VV6410 3.4 QCIF Output Modes VV5410/VV6410 has two QCIF output modes, pan/tilt QCIF (ptQCIF) and sub sampled QCIF (ssQCIF), both of which have the same output format. The data contained within the active QCIF image differs between the ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 3.4.2 Sub-Sampled QCIF In this mode the QCIF image is generated by sub-sampling the CIF image in groups preserve the Bayer pattern with every second group of pixels ...
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VV5410 & VV6410 4. Black Offset Cancellation In order to produce a high quality output image from VV6410 it is important to maximise the dynamic range of the video output. This can be achieved by accurately controlling the video signal ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 returned in the current field lies between 124 and 132 then the offset cancellation will remain unchanged. Following a gain change, or when exitting low-power, sleep or suspend modes, the internal ...
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VV5410 & VV6410 5. Dark Offset Cancellation VV5410/VV6410 performs dark line offset cancellation as well as black line offset cancellation. A dark line is shielded from incident light by an opaque material such as metal 3 (as an example) but ...
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... Table 6 : Fine Exposure Offset The current revision of VV5410/VV6410 in the following modes of operation: VP3 mode (OFF), QCIF and PAL (Video mode) has an error in the application of coarse exposure. Please contact STMicroelectronics for more details. 6.2 Gain Components The analogue gain in VV5410/VV6410 is programmed via the 8 bit gain register[36]. The analogue gain comprises 2 components, capacitive gain, (set by the ms nibble), and current gain, (set by the ls nibble strongly recommended that the capacitive gain setting is left at the default value of 4’ ...
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VV5410 & VV6410 10bit ADC mode gain[7:0] igain[3:0] cgain[5:0] 8’hfe 1 (0001 ) 63 2 8’hfd 2 (0010 ) 63 2 8’fc 3 (0011 ) 63 2 8’hfb 4 (0100 ) 63 2 8’hfa 5 (0101 ) 63 2 8’hf9 ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Video mode Register[37], bits[7:4] CIF QCIF PAL/NTSC Table 8 : System Clock Divisor Options 6.4 Updating Exposure, Gain and Clock Division Settings Although the user can write a new exposure, gain ...
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VV5410 & VV6410 7. Timed Serial Interface Parameters The previous section, Exposure Control, introduced the concept of a “timed parameter”, that is information that is written via the serial interface but will not be used immediately by the sensor, rather ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 7.1.7 Video Timing Parameter The video timing parameter category comprises all the other shadow/working register pairs. The video timing parameter update pending flag will be unconditionally set if any of the ...
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VV5410 & VV6410 3. Gain, Pan parameters and conditionally the fine exposure (see Table 9 for details) 4. Clock division, video timing parameters and conditionally the fine exposure (see Table 9 for details) cd5410-6410f-3-0.fm 26/105 Commercial in confidence Timed Serial ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 8. Digital Video Interface Format 8.1 General description The video interface consists of a bidirectional, tri-stateable 5-wire data bus. The nibble transmission is synchronised to the rising edge of the system ...
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VV5410 & VV6410 5-wire mode data is output on D[4:0]. Multiplexed with the sampled pixel data is control information including both video timing references, sensor status/configuration data and the pixel average from the current line. Video timing reference information takes ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Line Code End of Line Blank Line (BL) Black line (BK) Visible Line (VL) Start of Even Field (SOEF) End of Even Field (EOEF) Start of Odd Field (SOOF) note1 End ...
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VV5410 & VV6410 Parity Checks All other codes cd5410-6410f-3-0.fm 30/105 Commercial in confidence Digital Video Interface Format Comment corrupted, line code corrupted, invert sense ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Escape/Sync Sequence 8-bit Data FF H 5-wire output mode 4-wire output mode Command (Line Code) Bit ...
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VV5410 & VV6410 1. A start of field line 2. A number of black lines 3. A number of blank (or dark) lines 4. A number active video lines 5. An end of field line 6. A number of blank ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 of the available video modes in VV5410/VV6410. 8.3.1 Blank lines In addition to padding between data lines, actual blank data lines may appear in the positions indicated above. These lines begin ...
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VV5410 & VV6410 Figure 14 : NTSC Field and Frame Formats - VP3 Mode On, Extra Black Lines Off cd5410-6410f-3-0.fm 34/105 Commercial in confidence Digital Video Interface Format 8 Blanking Lines 262 0 Start Of 1st Field Line 1 2 ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Figure 15 : NTSC Field and Frame Formats - VP3 Mode On, Extra Black Lines On cd5410-6410f-3-0.fm Commercial in confidence 8 Blanking Lines 262 0 Start Of 1st Field Line 1 ...
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VV5410 & VV6410 Figure 16 : NTSC Field and Frame Formats - VP3 Mode Off cd5410-6410f-3-0.fm 36/105 Commercial in confidence Digital Video Interface Format 261 End Of 2nd Field Line 262 1 Black Line 0 Start Of 1st Field Line ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Figure 17 : PAL Field and Frame Formats - VP3 Mode On, Extra Black Lines Off cd5410-6410f-3-0.fm Commercial in confidence 10 Blanking Lines 312 0 Start Of 1st Field Line 1 ...
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VV5410 & VV6410 Figure 18 : PAL Field and Frame Formats - VP3 Mode On, Extra Black Lines On cd5410-6410f-3-0.fm 38/105 Commercial in confidence Digital Video Interface Format 10 Black Lines 312 0 Start Of 1st Field Line 1 2 ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Figure 19 : PAL Field and Frame Formats - VP3 Mode Off cd5410-6410f-3-0.fm Commercial in confidence 312 1 Black Line 0 Start Of 1st Field Line Black ...
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VV5410 & VV6410 Figure 20 : CIF Field and Frame Formats - VP3 Mode On, Extra Black Lines Off cd5410-6410f-3-0.fm 40/105 Commercial in confidence Digital Video Interface Format 17 Blanking Lines 319 0 Start Of 1st Field Line 1 2 ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Figure 21 : CIF Field and Frame Formats - VP3 Mode On, Extra Black Lines On cd5410-6410f-3-0.fm Commercial in confidence 17 Black Lines 319 0 Start Of 1st Field Line 1 ...
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VV5410 & VV6410 Figure 22 : CIF Field and Frame Formats - VP3 Mode Off cd5410-6410f-3-0.fm 42/105 Commercial in confidence Digital Video Interface Format End Of 2nd Field Line 319 0 Start Of 1st Field Line ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Figure 23 : QCIF Field and Frame Formats - VP3 Mode On, Extra Black Lines Off cd5410-6410f-3-0.fm Commercial in confidence 158 End Of 2nd Field Line 159 Blanking Line 0 Start ...
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VV5410 & VV6410 Figure 24 : QCIF Field and Frame Formats - VP3 Mode On, Extra Black Lines On cd5410-6410f-3-0.fm 44/105 Commercial in confidence Digital Video Interface Format 158 End Of 2nd Field Line 159 Black Line 0 Start Of ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Figure 25 : QCIF Field and Frame Formats - VP3 Mode Off cd5410-6410f-3-0.fm Commercial in confidence 159 End Of 2nd Field Line 0 Start Of 1st Field Line ...
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Line Format Start of Active Video (SAV) Escape/Sync Line Line Sequence Code Number Pixel Number (Shuffled Pixel Data) Pixel Number (Unshuffled Pixel Data) 8-wire Output Mode ...
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Start of Active Video (SAV) Start of Frame Line Code 8-wire Output Mode 4-wire Output Mode ...
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VV5410 & VV6410 8.3.4 Valid video line timing All valid video data is contained on active video lines. The pixel data appears as a continuous stream of bytes within the active lines. The pixel data may be separated from the ...
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D[3:0] One frame of 9 CLKI SDA SCL setup0[0] setup0[2] Frame N Number SR0-SR1 “Soft-Reset” Command. At the end of the command the sensor is reset and enters low-power mode. SR2 The sensor enters low-power mode. SR3-SR4 “Exit Low Power ...
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VV5410 & VV6410 8.8 Power-up, Low-power and Sleep modes Please note that the following descriptions of low power and sleep modes assumes that the user has selected the optional 4 wire output mode, that is D[3:0] will transmit the digital ...
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Regulated Sensor Power D[3:0] CLKI SDA SCL setup0[0] setup0[2] Frame Number One frame of 9 & 6 data ... Figure 29 : Typical System Power-Up Procedure 3V3 ...
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VV5410 & VV6410 Mode 10-bit Value 4-Wire 5-Wire 8-Wire 096 Table 16 : Output Data Bus Patterns for determination of Best Sampling Position 8.8.2 Low-Power Mode (Figure 30) Under the control of the serial interface the sensor analog circuitry can ...
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D[3: One frame of 9 CLKI SDA SCL setup0[0] Frame N Number LP0-LP1 “Enter Low Power Mode” Command. LP2 At end of current frame, the sensor will enter the low power mode and the databus will be driven ...
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VV5410 & VV6410 • The slow QCK, clocks at pixel rate. Both the falling and rising edge of this clock are used to qualify data. The most significant data nibble is qualified by the rising edge of the slow QCK ...
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Line Format Start of Active Video (SAV) 4-wire Nibble Output Mode - D[3: Crystal Clock or external clock applied to CKI Slow Qualification Clock, QCK (i) Free running (ii) Control sequences and Pixel ...
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Frame/Field Format: 1st Field FST Pin: (i) FST (ii) Shutter mode LST: (i) Free Running (ii) Control plus Data (iii) Data Only Figure 32 : Frame/Field Level Timings for FST and LST. 1 Frame 2nd Field ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 8.10.5 Line Start Signal, LST There are 4 modes of operation for the LST pin programmable via the serial interface, (see fg_mode[20]): 1. Disabled (Always Low- Default). 2. Free running - ...
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Video End of Active Video Inter-line Period (DataBus = F Data (EAV) 6 Pixels FST Pin: Frame start pulse - qualifies status line information t1 LST Pin: Figure 33 : Line Level Timings for FST and LST. 1 Line Start ...
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Frame/Field Format: 1st Field FST Pin: (i) FST (ii) Shutter mode QCK: (i) Free Running (ii) Control plus Data (iii) Data Only Figure 34 : Frame/Field Level Timings for FST and QCK. 1 Frame 2nd Field ...
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VV5410 & VV6410 9. Serial Control Bus 9.1 General Description Writing configuration information to the video sensor and reading both sensor status and configuration information back from the sensor is performed via the 2-wire serial interface. Communication using the serial ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 0 0 Figure 36 : VV5410/VV6410’s Serial Interface Address The byte following the address byte contains the address of the first data byte (also referred to as the index ). The ...
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... Names that end with denote the most or least significant part of the internal register. Note that unused locations in the H byte are packed with zeroes. STMicroelectronics sensors that include a 2-wire serial interface are designed with a common address space register parameter is unused in a design, but has been allocated an address in the generic design model, the location is referred to as reserved ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Index Index Name setup0 17 11 setup1 18 12 sync_value 19 13 reserved 20 14 fg_modes 21 15 pin_mapping 22 16 data_format 23 17 op_format 24 18 ...
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VV5410 & VV6410 Index Index Name 10 16 Serial Interface Autoload Registers - [108-111] 108 - 109 6C-6D reserved 110 - 111 6E-6F unused 112 70 black offsetH 113 71 black offsetL 114 72 black offset setup 115 73 unused ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Bit Function 1 Coarse exposure value update pending 2 Gain value update pending 3 Clock division update pending 4 Odd/even frame 5 Pan image parameters pending 6 Tilt image parameters pending ...
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VV5410 & VV6410 [9-12], [9-C] - Black_Avg & Dark_Avg Register Bits Function Index 9 3:0 Dark avg ms bits 10 7:0 Dark avg ls byte 11 3:0 Black avg ms bits 12 7:0 Black avg ls byte Table 26 : ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Bit Function 2 Soft Reset Off / On 3 Frame/Field Rate select: 25 fps (PAL fps (NTSC) 5:4 reserved 7:6 Video Timing Mode Select Video setup0 setup0 System Mode ...
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VV5410 & VV6410 Bit Function 5 Enable additional black lines (lines 3-8) Off/On 6 reserved 7 Pixel read-out order (hshuffle) Unshuffled or Shuffled [18], [12] - sync_reset Bit Function 7:0 Pixel counter reset value Table 31 : [18], [12] - ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 fg_mode[3: fg_mode[5: fg_mode[7: The option to enable the ...
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VV5410 & VV6410 Bit Function 5 Enable RESETB pin as SIN Off / On 7:6 unused Table 37 : [21], [15] - pin_mapping Mapping Enable 0 1 Table 38 : FST/QCK Pin Selection oeb_composite pin_map[ ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Bit Function 5 FST/LST Enable/Tri-state 6 QCK Enable/Tri-state 7 Pre clock generator divide On/Off Table 40 : [22], [16] - data_format OEB pin data_format[ ...
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VV5410 & VV6410 [23], [17] - op_format Bit Function 1:0 Data format select. 2 Embedded SAV/EAV Escape 1 Sequences On / Off 4:3 reserved 5 Tri-state output data bus Enabled / Tri-state 6 Re-time tri-state update. Off / On 7 ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Bit Function 1 Retro mode for gain application Off/On 2 Select log CDAC ramp Off/On 7:3 Table 45 : [24], [18] - Mode Select [25-31], [19-1F] - unused 9.5.3 Exposure Control ...
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VV5410 & VV6410 Index Index Bits Coarse MSB exposure value 35 23 7:0 Coarse LSB exposure value 36 24 7:0 Analog gain value 37 25 3:0 Clock divisor value Table 46 : Exposure Related Registers ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Clock Divisor Setting 1111 Table 47 : Clock Divisor Values cd5410-6410f-3-0.fm Commercial in confidence VV5410 & VV6410 Pixel Clock Divisor 16 75/105 ...
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VV5410 & VV6410 [38-43], [26-3B] - reserved [44 - 45], [3C-3D] - Dark Pixel Offset Bit Function 2:0 MS Dark line pixel offset 7:0 LS Dark line pixel offset Table 48 : [44 - 45], [3C-3D] - Dark Pixel Offset ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 3. y-offset of region of interest. 4. frame length. The length of a line is specified in a number of pixel clocks, whereas the length of a field is specified in ...
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VV5410 & VV6410 [112 - 113], [70-71] - Black Pixel Offset Bit Function 2:0 MS Black line pixel offset 7:0 LS Black line pixel offset Table 51 : [112 - 113], [70-71] - Black Pixel Offset [114], [72] - Black ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Bit Function 3:2 Bit line white reference 0 1 1.5V / Ext. 4 Enable anti blooming Off/On 5 Power Down - LVDS input comparator Off/On 6 Power ...
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VV5410 & VV6410 Bit Function 2 Enable voltage doubler Off/On 3 Differential ramp enable Off//On 4 view column/view vcmtcas vcmtcas/column 5 ramp viewing/column comparator test ramps/test comparator 6 Stepped Ramp Enable Off/On 7 Table 55 : [119], [77] - ADC ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 [120], [78] - Analog Test Register AT0 Bit Function 0 SRAM test enable Off/On 2:1 VRT Voltage 2.2V / 2.5V / 2.8V / Ext. 4:3 LineInt & ReadInt phasing 7:5 unused ...
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VV5410 & VV6410 9.6 Types of messages This section gives guidelines on the basic operations to read data from and write data to the serial interface. The serial interface supports variable length messages. A message may contain no data bytes, ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 9.6.3 No data write followed by same location read. When a location read, but the value of the stored index is not known, a write message with no ...
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VV5410 & VV6410 Write fineL with zero Figure 42 : Same location multiple data read. 9.6.6 Multiple location write If the automatic increment bit is set ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 9.7 Serial Interface Timing Parameter SCL clock frequency Bus free time between a stop and a start Hold time for a repeated start LOW period of SCL HIGH period of SCL ...
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... The clock signal must be a square wave with, ideally a 50% ( 10%) mark:space ratio, although a non-ideal mark:space ratio can be tolerated, please contact STMicroelectronics for details. The maximum input clock frequency for the module is 24.0 MHz. If the 24MHz crystal is preferred then the user must select the pre-clock divide by 1.5 option such that the bulk of the internal logic is driven by a 16MHz clock, see serial interface, register 16 cd5410-6410f-3-0 ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 11. Other Features 11.1 Audio Amplifier VV5410/VV6410 contains an on-chip audio amplifier which can be configured via the serial interface. The amplifier may also be powered down via the serial interface. ...
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VV5410 & VV6410 11.1.2 AUD3V3 (Audio Supply Regulator) Symbol Parameter AUD3V3 Regulated supply (No external load) AUD3V3_Ld Regulated supply Vdrop (Current Load 20mA) AUD3V3_sus Regulated supply (Suspend mode) ZAUD3V3_sus Output impedance in Suspend mode PSRR Power Supply Rejection versus Vin ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 2. Minimum dynamic range includes dcout (i.e. Vclip- OUT_DC is greater than Vppmin/2) 3. Assumes 10 F bypass capacitors on all supplies and well separated supplies and grounds 1 11.1.4 Audio ...
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VV5410 & VV6410 Vddio Vddcore Vbus VIN (5V) Vbg Key: 5V0 supply from USB cable Regulated 3V3 Vddio DVDD (3.3V) Vddcore Vbus AVDD (3.3V) Key: Analogue 3V3 supply Digital 3V3 supply cd5410-6410f-3-0.fm 90/105 Commercial in confidence Vddhi Digital Voltage Logic ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Supply USB System Vbus Supply from USB cable Vddio connect to Vreg3v3 Vddcore connect to Vreg3v3 Vreg3v3 optionally populate external BJT for added drive Vid3v3 generated by internal regulator Aud3v3 generated ...
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VV5410 & VV6410 12. Characterisation Details 12.1 VV5410/VV6410 AC/DC Specification Parameter Image Format Pixel Size Technology Array Format Exposure control range (minimum exposure period 3 s and maximum exposure Supply Voltage Operating Temp. range 2 V OL_max 3 V OH_min ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 12.2.1 Noise Parameters and Dark Current Various noise parameters are measured on the 410 device as follows: • Fixed Pattern Noise (FPN) • Vertical Fixed Pattern Noise (VFPN) • Random Noise ...
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VV5410 & VV6410 12.3 VV5410/VV6410 Power Consumption Operating Condition Low power mode current consumption Sleep mode current consumption Suspend mode current consumption (with CLKIP disabled) Normal operating mode current consumption 1. Estimated figures - this parameter was not measured during ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 13. Pixel Defect Specification 13.1 Pixel Fault Definitions Please find the pixel notation described in Figure 49 below. For the purposes of the test the 3x3 array describes 9 bayer pixels ...
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VV5410 & VV6410 Figure 51 : Single Column Faults 13.5 Image Array Blemishes The automatic test programme rejects any sensors that contain blemishes referred to as blobs and clusters (please see below for definitions of these terms) as they cannot ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Single pixel:- a failing pixel with no immediate failing same colour neighbours. Pixels at position [0],[1],[2],[3],[4],[5],[6] and [7] are all valid pixels. Please see Figure 54 below. 13.5.2 Summary Pass Criteria ...
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VV5410 & VV6410 14. Pinout and pin descriptions 14.1 36pin CLCC Pinout Map D[ D[2] D[ D[4] LST/D[5] 28 FST/D[6] 29 CLKI 30 D[ QCK Figure 55 : ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 Name Pin Number Type SRAMVSS 17 GND VDDcore/ 34 PWR Reg3V3 VDDio 33 PWR VSScore 22 GND VSSio 23 GND Vid3V3 11 PWR Aud3V3 3 PWR VBG 1 OA VDDHI 9 ...
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VV5410 & VV6410 Name Pin Number Type RESETB 21 ID SUSPEND 12 ID SCL 15 BI SDA 14 BI CLKI 30 ID Key A Analog Input OA Analog Output BI Bidirectional BI Bidirectional with internal pull-up BI Bidirectional with internal ...
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CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 15. Package Details (36pin CLCC) cd5410-6410f-3-0.fm Commercial in confidence VV5410 & VV6410 101/105 ...
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VV5410 & VV6410 16. Recommended VV5410/6410 support circuit cd5410-6410f-3-0.fm 102/105 Commercial in confidence Recommended VV5410/6410 support circuit ...
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... CMOS Sensor; Customer Datasheet, Rev 3.0, 28 September 2000 17. Evaluation kits (EVK’ highly recommended that an Evaluation Kit (EVK) is used for initial evaluation and design-in of the VV5410/6410. A VV5410/ VV6410 evaluation kit can now be ordered. Please contact STMicroelectronics for details. cd5410-6410f-3-0.fm Commercial in confidence VV5410 & ...
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... Reference design board for VV6410C036 Reference design board for VV6410C036 & STV0672 Reference design board for VV6410C036 & STV0657-001 Reference design board for VV6410C036 & STV0680B-001 Sensor only evaluation kit for VV6410C036 & VV6500-C048 Sensor only evaluation kit for VV6410C036 & VV6500-C048 Ordering details ...
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... No license is granted by implication or otherwise under any patent or patent rights of STMicroelectronics. Specifications mentioned in this publication are subject to change without notice. This publication supersedes and replaces all information previously supplied ...