STV-974/552S-R01 STMicroelectronics, STV-974/552S-R01 Datasheet
STV-974/552S-R01
Specifications of STV-974/552S-R01
Related parts for STV-974/552S-R01
STV-974/552S-R01 Summary of contents
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... The sensor outputs raw Bayer colorized data to the STV0974 companion mobile processor. STV0974 then performs all color processing and exposure control functions before outputting the data in an appropriate interface format like YCbCr, RGB or JPEG. ...
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VS6552 Table 2. Order Codes Operating Part Number Temperature VS6552V015/T2 [ -25; +55 ] °C VS6552V02C/T2 [ -25; +55 ] °C VS6552V02D/T2 [ -25; +55 ] °C 2/26 Package SmOP1.5 SmOP2M SmOP2ME ...
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Overview ........................................................................................................................................... 4 Sensor Overview Signal Description ........................................................................................................................... 5 Functional Description .................................................................................................................... 6 Analog Video Block Digital Video Block Device Operating Modes Power Management Clock and Frame Rate Timing Control and Video Interface Formats Electrical Characteristics ................................................................................................................ 9 DC Electrical ...
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... The sensor is fully configurable using an I face. The sensor is optimized for high volume mobile applications 1.1.1 Typical Application - Mobile Application Figure 1. Camera System Using STV0974 VS6552 Pixel Array ADC 4/26 The VS6552 is an image sensor, it should be used ...
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SIGNAL DESCRIPTION Table 3. Signal Description Pad Number Pad Name Power supplies 1 CEXT 2 AGND 3 AVDD 8 GND 11 VDD System 4 PDN 5 CLK Control 6 MSCL 7 MSDA Data 9 PCLKN 10 PCLKP 12 PDATAN ...
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VS6552 3 FUNCTIONAL DESCRIPTION The first sections of this chapter detail the main blocks in the device: Analog video block ■ Digital video block ■ The later sections of this chapter describe other functional aspects of the device. Device level ...
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... Sleep mode preserves the contents of the I 2 ister map communications to STV0974 are supported in this mode. The sleep mode is select- ed via a serial interface command sent by STV0974. The data pads go high at the end of the current frame. At this point the video block and Table 4. VS6552 Power-up Sequence Mode I2C Standby ...
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VS6552 Figure 3. VS6552 Power-up Sequence Standby VDD (1.8V) AVDD (2.8V) PDN CLK PCLKP/N PDATAP/N MSDA MSCL Mode Change: Sleep -> Clock active and enable data qualification clock and general configuration 3.4.2 Active Signals with Unpowered VS6552 All signals going ...
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... STV0974 via a private I C bus. 3.6.2 VisionLink Physical Layer Data signals (PDATAP and PDATAN) and clock signals (PCLKP and PCLKN) are transferred from VS6552 to STV0974 via 2 pairs of balanced 100 Ω impedance transmission lines. 4 ELECTRICAL CHARACTERISTICS Table 6. Absolute Maximum Ratings Symbol Parameter ...
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... CAC AC coupled sine wave 10/26 Typ. Max. Digital Min. Min. 0.7 VDIG b,c 0 may happen. However, the device remains fully functional even IH . Refer to the STV0974 datasheet for recommendations on MSCL/MSDA us- DIG Min. 0.7 VDIG a 0.5 Typ. Max. Analogue a < µA ) Typ. Max. ...
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Symbol Parameter description f CLK Clock frequency input a.Nominal frequencies are 6.5 to 26MHz with a 1% center frequency tolerance Table 12. Timing Characteristics Symbol Parameter description t MSCL clock frequency MSCL t Clock pulse width low LOW t Clock ...
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VS6552 Table 13. vLVDS Interface AC Electrical Characteristics Symbol Parameter description V Differential voltage swing od V Common mode voltage (self biasing Output Impedance O Drive current range (internally set by bias I DR circuit) a. Supplies of ...
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... The defect correction algorithms ensure that the VS6552 sensor in conjunction with the STV0974 co-processor will produce a high quality final image. Value 7 PACKAGE MECHANICAL DATA 7.1 SmOP1.5 Module Outline – ...
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VS6552 Figure 7. SmOP1.5 Module Outline 0.80 0.40 14/26 4.33 1.40 ±0.15 ±0.03 3.26 8.26 ±0.06 8.66 0.75 ±0.22 5.80 ±0.19 3.05 1.90 0.15 ±0.22 3.90 ...
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Figure 8. SmOP1.5 Module Outline min. 1.4 VS6552 (Pyramid) B Datum at max. 2.69 15/26 ...
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VS6552 Figure 9. SmOP1.5 Module Outline typ ±0.05 5.35 ±0.05 4.05 ±0.05 2.65 0 16/26 ±0.03 1.20 ±0.03 0.30 ±0.22 0.48 ...
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Figure 10. Module Outline (SmOP 2M) 0.40 0.80 ±0.06 4.25 8.50 ±0.10 1.68 0.50 ±0.10 6.10 ±0.10 2.70 2.40 0.40 VS6552 17/26 ...
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VS6552 Figure 11. SmOP2 Module Outline 18/26 B Datum At E Dim Table 2.40 0.1 - 0.94 +0.3 See ...
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Figure 12. SmOP2 Module Outline 6.10 3.85 2.75 TYP 0.20 DGND CCISDA CLKN CCISCL CCP CLKP EXTCLK CCP DOWN VDIG XSHUT DATAN VANA CCP DATAP AGND CCP DGND VCAP TYP ±0.03 1.50 VS6552 19/26 ...
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VS6552 Figure 13. SmOP2 Module Outline 0.40 0.80 ±0.15 ±0.06 8.50 20/26 TYP 0.50 4.25 8 ±0.10 1.68 0.50 ±0.10 6.10 ±0.10 2.70 2.40 0.40 ...
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Figure 14. SmOP2 Module Outline B Datum At E Dim Table See 2.40 0.1 - 0.94 +0.3 VS6552 21/26 ...
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VS6552 Figure 15. SmOP2 Module Outline ±0.03 ±0.03 ±0.03 ±0.03 ±0.03 ±0.03 22/26 6.60 5.50 4.40 3.30 2.20 1.10 6.10 3.85 TYP 0.20 2.75 DA DGND CCIS CLKN CL CCP CCIS CLKP CLK CCP EXT DOWN VDIG XSHUT DATAN VANA ...
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APPLICATION INFORMATION 8.1 Socket ST has developed a low-profile socket for the SmOP 1.5 package, which is suitable for reflow soldering and manual / automatic insertion of the camera module. The socket has been designed to withstand mobile phone ...
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VS6552 Figure 16. SmOP1.5 Socket Mechanical Data 7,3 24/26 10 1,5 10,5 ...
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REVISION HISTORY Table 17. Revision History Date Revision May 2004 21 October 2004 1 First Release of Product Preview Second Release - Document status changed to datasheet. to reflect the product maturity level. 2 Changes applied in Electrical Characteristics ...
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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. STMicroelectronics products are not authorized for use as critical components in life support devices or systems without express written approval of STMicroelectronics ...