VV6500

® STV0680B+ VV6410/6411/6500 DUAL-MODE DIGITAL CAMERA CHIPSET DESCRIPTION STMicroelectronics Imaging Division has enhanced the feature set of the STV0680B low cost dualmode camera chipset to allow a new line of low cost cameras or toy products to be brought to the market. STANDARD FEATURES ST have maintained the standard features already available in the successful STV0680B-001 chipset, including: q NEW FEATURES AVAILABLE IN STV0680B-003 q Audio record/playback and “Delete Last” function Custom sounds playback (e.g. “Talking” or “Musical” camera) Flashgun support Quick Power Down (by holding Mode Button). q q q Audio Record And Playback The enhanced features included in STV0680B-003 allow audio memos to be recorded, stored in SDRAM, and uploaded to the PC over USB or RS232, to be played back using an OEM software application developed using the SDK With the addition of playback hardware, recorded audio sounds can also be played back on the camera, and it is possible to download a set of custom sounds from the PC to allow (e.g.) shutter “Click-Whirr”, or for a “Talking Camera”. This has limitless possibilities for OEM language customising or licensing. Flashgun Support and “Delete Last” Function STV0680B-003 includes flashgun support for an OEM flashgun module. An additional user interface function is available in STV0680B-003 which allows the user to delete the last image, continuous clip or audio memo which was captured or recorded. Evaluation Kit and Reference Design Evaluation kits are available for both standard features and enhanced STV0680B-003 features. Precise design guidelines are available from ST as a separate STV0680B Reference design manual (see Chapter 12). STV0680B-003 fully backward compatible with STV0680B-001 Support for VV6410/6411 (CIF) and VV6500 (VGA) CMOS imaging sensors. Support for SDRAM sizes 16MBit (up to 20 CIF images) or 64Mbit (up to 80 CIF or 26 VGA images). Low resolution “economy” mode allows for more images to be stored. High frame rate web cam (tethered video) over USB. Automatic anti-flicker exposure control. Image up load over RS232 or USB. Driver support for Win98/Win2k/WinME and MacOS 8.6/9.0/9.1. Continuous capture while untethered (except when Flashgun enabled) and downloading to AVI file format Power-saving “stand-by” mode which maintains memory contents, as well as generally low power consumption. Simple user interface including 2 buttons, status LCD display, and buzzer. Evaluation Kit (EVK) available. Software Development Kit (SDK) allows OEM PC Software applications to be written. q q q q q q q q q q q q Note: Simultaneous audio record and continuous video capture is not possible. September 2001 Version 3.4 1/63 STV0680B+ VV6410/6411/6500 Table of contents Chapter 1 1.1 1.2 1.3 1.4 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6 Digital camera chipset .......................................................................................................... 6 Co-processor choices .......................................................................................................... 7 Sensor choices ..................................................................................................................... 7 Key system features ............................................................................................................. 7 Chapter 2 2.1 2.2 2.3 2.4 2.5 2.6 Detailed features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10 Sensor type and image formats ......................................................................................... 10 User interface ..................................................................................................................... 11 Battery level detect and USB auto-switch .......................................................................... 13 Audio record and playback ................................................................................................. 13 PC interface options and software support ........................................................................ 14 Anti-flicker exposure and gain control ................................................................................ 15 Chapter 3 3.1 3.2 3.3 Camera modes of operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .16 Modes available (STV0680B-001) ..................................................................................... 16 Modes available (STV0680B-003) ..................................................................................... 17 Description of modes ......................................................................................................... 17 Chapter 4 4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 4.9 4.10 4.11 STV0680B hardware interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .20 STV0680B pinout ............................................................................................................... 20 Sensor interface ................................................................................................................. 20 Memory interface ............................................................................................................... 20 USB interface ..................................................................................................................... 22 UART module for RS232 interface ..................................................................................... 23 Power management and battery type ................................................................................ 23 Quartz crystal ..................................................................................................................... 24 Numeric LCD interface ....................................................................................................... 24 Switches and LED’s ........................................................................................................... 24 Flashgun hardware interface (STV0680B-003 only) .......................................................... 25 IR filter ................................................................................................................................ 25 Chapter 5 2/63 Software support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .26 Version 3.4 STV0680B+ VV6410/6411/6500 5.1 5.2 General features ................................................................................................................ 26 Software installation ........................................................................................................... 26 Chapter 6 6.1 6.2 6.3 6.4 6.5 Detailed chipset specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .28 Typical camera specifications ............................................................................................ 28 STV0680B companion processor ...................................................................................... 29 VV6444 sensor ................................................................................................................... 30 VV6410/6411 and VV6500 sensors ................................................................................... 32 Typical current consumption of complete camera .............................................................. 33 Chapter 7 7.1 7.2 7.3 7.4 7.5 7.6 7.7 STV0680 Camera System Defect Specification . . . . . . . . . . . . . . . . . . . . . . . . .35 General .............................................................................................................................. 35 Defect specification ............................................................................................................ 35 Definition of the "Camera System" ..................................................................................... 35 Definition of the "Test Conditions" ...................................................................................... 37 Definition of a "Major Visible Defect" .................................................................................. 37 Definition of the "Final Colour Image" ................................................................................ 39 Definition of a “Minor Visible Defect” .................................................................................. 39 Chapter 8 8.1 8.2 8.3 STV0680B pinout information and package dimensions . . . . . . . . . . . . . . . . .40 STV0680B pinout ............................................................................................................... 40 STV0680B pin description .................................................................................................. 46 STV0680B package dimensions ........................................................................................ 47 Chapter 9 9.1 9.2 9.3 VV6410/6411 pinout information and package dimensions . . . . . . . . . . . . . . .48 VV6410/6411 pinout ........................................................................................................... 48 VV6410/6411 pin description ............................................................................................ 49 VV6410/6411 package dimensions .................................................................................... 51 Chapter 10 10.1 10.2 10.3 VV6500 pinout information and package dimensions . . . . . . . . . . . . . . . . . . .53 VV6500 pinout .................................................................................................................... 53 VV6500 pin description ...................................................................................................... 54 VV6500 package dimensions ............................................................................................. 56 Chapter 11 11.1 Schematics and example parts list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .58 Schematics ......................................................................................................................... 58 Version 3.4 3/63 STV0680B+ VV6410/6411/6500 11.2 Example parts list ............................................................................................................... 58 Chapter 12 12.1 12.2 Evaluation Kit and Reference design manual . . . . . . . . . . . . . . . . . . . . . . . . . .61 Ordering details .................................................................................................................. 61 Technical support ............................................................................................................... 62 4/63 Version 3.4 STV0680B + VV6444/6410/6500 Revision update Main changes applied since last release, version 3.3: q Updated camera defect specification Version 3.4 5/63 Introduction STV0680B + VV6444/6410/6500 1 1.1 Introduction Digital camera chipset This document describes the features and functionality of a CMOS chipset, comprising an STMicroelectronics (ST) CIF or VGA resolution sensor and an STV0680B companion processor (DCA1), as well as outlining what peripheral components are required/supported in order to complete a camera using the chipset. Such a camera is particularly suited to dual-mode digital stills or toy applications. In stills mode, the camera stores raw image data in memory. The camera carries out no colour processing, ensuring its simplicity and low cost. Subsequent download of raw data to a PC or Macintosh for processing is done through an RS232 or USB interface, through demo software, a TWAIN driver, or OEM custom application. The license to use the colour algorithm (embedded in the PC or Mac driver software) is included in the price of the chipset. A video option is provided, when tethered through USB, which can allow for Video for Windows applications, and ‘video clips’ can be recorded while untethered by continuously capturing images while in ‘Continuous’ mode, then downloaded to the PC for playback, using software to create an AVI file. Using STV0680B-003, the firmware also includes the capability to trigger a flashgun module through a two wire interface (enable input and trigger output), and the capability to record audio sounds into the SDRAM, for subsequent upload to the PC, or to replay audio sounds which have either been recorded on the camera or dowloaded from the PC (stored on the PC as.WAV files). Precise design guidelines are available from ST as a reference design (see Section 4). A software development kit (SDK) for PC is available from ST, to interface to the camera and provide the basis for developing a custom software application for stills and/or video, which includes colour processing software as object code. Audio Speaker Amplifier LED Push Buttons: “Shutter /Record” Flashgun Enable/Trigger 2 x 7 seg. LCD “Mode” CMOS Sensor OEM Flashgun Module VV6410/6411(CIF) VV6500 (VGA) Microphone Comparator Enable/Trigger Audio Pre-Amp GPIO Audio DAC Sensor data LCD memory Driver I/F RS232 I/F STV0680B 16MBit or 64MBit SDRAM Transceiver Circuit (Discretes) Power Management Circuit (Discretes) Sensor clock Image Array Sensor I/F PWM RS232 interface to PC USB interface to PC 4.5 - 6v Battery e.g. 3-4 x AA, AAA, etc. USB I/F Detect Low Battery Piezo Buzzer Subject Lens + IR Filter VReg 12MHz XTAL 3v3 supply 4-5v (Nominal) supply from Battery or USB Figure 1 : Typical camera system block diagram 6/63 Version 3.4 STV0680B + VV6444/6410/6500 Introduction 1.2 Co-processor choices Two revisions of the STV0680B are produced by ST. Although there are certain functional differences between these revisions, both have an identical pinouts and STV0680B-003 retains all the functionality of STV0680B-001, hence is backwards compatible. Order number Silicon revision Firmware revision STV0680B-001 STV0680B v1.00 VV6444 STV680B-003 STV0680B v3.00 VV6444 VV6410 VV6411 VV6500 16Mbit or 64Mbit Yes Yes Yes Yes Yes Yes Sensor supported VV6410 VV6500 SDRAM supported USB RS232 Video for Windows support Flash-gun support Audio record + playback Custom sounds 16Mbit or 64Mbit Yes Yes Yes No No No Table 1 : Differences between STV0680B-001 and STV0680B-003 1.3 Sensor choices The following sensors are supported: Sensor VV6444 CIF (352 x 288) VV6410/6411 3.3v VV6500 VGA (640 x 480) Resolution Sensor supply voltage 5v Table 2 : Sensor choices with STV0680B 1.4 Key system features The key features of a typical camera based on the STV0680B chipset are as follows: 1.4.1 Image features (STV0680B-001) q q q q Support for 5V or 3.3V CIF resolution sensor (VV6444 or VV6410/6411) - 352 x 288 pixels Support for 3.3V VGA resolution sensor (VV6500) - 640 x 480 pixels 80 picture storage capacity possible for CIF, with 64MB memory 26 picture storage capacity for VGA, with 64MBit memory Version 3.4 7/63 Introduction q STV0680B + VV6444/6410/6500 A greater number of images can be stored when ‘Low’ resolution mode is enabled (e.g. 80 QCIF images with 16Mbit memory, 107 QVGA images with 64Mbit memory). See Table 3. Automatic anti-flicker exposure and gain control q 1.4.2 Image features (STV0680B-003) q q All image features for STV0680B-001 are supported. Support for flashgun. 1.4.3 User features on camera (STV0680B-001) q q q q Self-timer mode allows a picture to be captured after several seconds. Twin 7 segment LCD panel supported - showing number of pictures left, and modes. Picture counter helps the user to know how much memory is left. Un-tethered ‘Continuous’ mode allows capture of image sequences for storage in memory and subsequent download to PC. Piezo buzzer indicates a number of useful events to the user, e.g. whether enough light is present for picture capture, etc. Indicator LED. “Clear all” function clears camera. “Low Resolution” mode increases number of images which can be captured by reducing image resolution. q q q q 1.4.4 User features on camera (STV0680B-003) q q q All user features of STV0680B-001 are supported. Audio Record function (if audio record hardware detected) allows sounds to be recorded. Audio Playback function (if audio playback hardware fitted) allows sounds which have been recorded to be played back. “Delete last” function allows user to delete audio memos, pictures or continuous clips, deletion must be carried out “most reset first”. Camera can be configured by the user to play custom sounds at certain functions, using a PC application. “Go to sleep” function, whereby the camera can be put into standby mode while untethered. q q q 1.4.5 User features on PC software (STV0680B-001) PC software allows a number of features, including fast download of thumbnail images for picture selection, and automatic detection and correction of sensor defects. The driver compatibility includes: q q TWAIN driver to suit all TWAIN compatible imaging applications Video for Windows PC driver for tethered video mode (through USB), available at all resolutions, with fastest framerates at QCIF resolution AVI video file creation from image sequences captured in ‘continuous’ mode Quicktime Video driver and Adobe Photoshop stills plug-in for Mac q q Custom OEM PC software can be developed by using the SDK (for SDK availability, contact ST), to upload thumbnails/still images or ‘continuous’ images, e.g. for AVI file creation. 8/63 Version 3.4 STV0680B + VV6444/6410/6500 1.4.6 User features on PC software (STV0680B-003) Introduction All PC software written for a STV0680B-001 camera will function with a STV0680B-003 camera which is only used to take still images/video. The SDK (version 2.90 or later) allows for: q the OEM to write a custom application for uploading sound memos, based on the example LCDC demo software. the OEM to write a custom application for downloading custom sounds to the camera, based on the example CustomSound software. q 1.4.7 Power management features and USB compliance q Retention of pictures, recorded sounds, and downloaded custom sounds with extremely low power operation, which appears to the user as if the camera is “switched off”. Auto power-off after 30sec with no user activity Operates from 4.5-6V battery, although system voltage is 5V or 3.3V, dependant on sensor. Low battery detection Dependant on hardware configuration, switch-over to USB power supply is supported, to allow the device to operate with low batteries or without batteries, when connected to USB. Full USB compliance requirements are listed in the USB specification, however, in a camera designed using this chipset, the following must at least be included: (a) an SDRAM with sufficiently low self-refresh current, (b) USB inrush protection circuitry, and (c) (in the case of VV6444 only) a switched 5V sensor supply is used, to maintain sufficient supply voltage to the 5V sensor. See Section 4 for further details. q q q q q 1.4.8 General features q q q High speed picture/sounds upload to PC/Mac over USB ST Colour processing algorithms included under license (as part of drivers/SDK) USB or RS232 serial interface options, and VfW / TWAIN driver support. Version 3.4 9/63 Detailed features STV0680B + VV6444/6410/6500 2 2.1 Detailed features Sensor type and image formats The sensor type is auto-detected by STV0680B, which ensures that the correct sensor timing is enabled, and the correct image resolutions are enabled, as shown in Table 3. For stills photography, ‘High’ or ‘Low’ resolution mode can be selected, to give CIF or QCIF pictures from a CIF sensor, and VGA or QVGA from a VGA sensor (see Table 3). Reduced resolution allows for storage of more images. Images captured in both ‘High’ and ‘Low’ resolution can be stored in camera memory at the same time. Therefore there is no need for images stored in memory to be cleared before changing image resolution. Where USB is connected, the host PC software (through a Video for Windows driver) can activate tethered video mode, regardless of the user inputs to the camera buttons. In this case, the image resolution is controlled by the PC driver. Note: When tethered VfW video (PC) or Quicktime driver (Mac) is activated, all images or recorded sounds or video clips will be deleted from the camera SDRAM. A software solution is available (“Camera control”, as part of the SDK for PC, and “Plug’n Save” for Mac) which can monitor whether a camera is connected and will warn the user if activating the VfW driver will cause SDRAM contents to be deleted. Sensor Sensor Image Size Max. no. of images Resolution stored in Final Image Size mode 16MBit memory (Note 2) High CIF 352 x 288 QCIF 176 x 144 (Subsampled) CIF 352 x 288 QCIF 176 x 144 (Subsampled) VGA 640 x 480 QVGA 320 x 240 (Subsampled) 20 80 20 80 (6) (26) Max. no. of images stored in 64MBit memory (Note 2) 80 322 (see Note 3) 80 322 (see Note 3) 26 107 (see Note 3) Approximate VfW framerate (Note 1) 15 frames/sec. 25 frames/sec. 15 frames/sec. 22.5 frames/sec. 2 frames/sec. 12 frames/sec. VV6444 CIF 352 x 288 Low High VV6410/ 6411 CIF 352 x 288 Low High VV6500 VGA 640 x 480 Low Table 3 : Image modes supported (STV0680B-001) Note: 1 VfW framerate is dependent on PC performance and USB bus loading 2 On a camera using STV0680B-003, the number of images which can be stored is reduced if Audio sounds have been recorded on the camera or if custom sounds have been downloaded from the PC to the camera. The reduction of capacity depends on the length of audio clip, but a rough guide is that if 1 CIF image uses the same amount of SDRAM as 10sec of audio, and one VGA image uses the same amount of SDRAM as 30 sec. of audio. 10/63 Version 3.4 STV0680B + VV6444/6410/6500 Detailed features 3 A CIF camera with STV0680B-001 and 64Mbit SDRAM can store up to 320 images by using QCIF mode. Where >99 images are still available, the LCD display will remain at 99. Where (no. of images available) 99 images are still available, the LCD display will remain at 99. Where (no. of images available) 6V Drive for base of external bipolar Incoming power supply 3.3 -> 6V On-chip Voltage Regulator Output On-chip Audio Amplifier Reference Input On-chip Audio Amplifier Voltage Regulator Output On-chip Video Supply Voltage Regulator Output Power-on Reset (Bar) Output. Table 21 : VV6500 pin description 54/63 Version 3.4 STV0680B+ VV6410/6411/6500 VV6500 pinout information and package dimensions Name Pin Number Type Description Digital video interface D[4] D[3] D[2] D[1] D[0] QCK CLKIN LST/D[5] 36 35 34 33 32 42 40 37 ODT BI↑ ODT Tri-stateable data qualification clock. LVDS negative Clock input Tri-stateable Line start output May be configured as tri-stateable output data bit 5 D[5]. FST/D[6] 38 ODT Tri-stateable Frame start signal. May be configured as tri-stateable output data bit 6 D[6]. D[7] 41 ODT Tri-stateable Data wire (ms data bit). May be configured as tri-stateable output data bit 6 D[6]. OEB 20 ID↓ Digital output (tri-state) enable. ODT Tri-stateable 5-wire output data bus. - D[4] is the most significant bit. - D[4:0] have programmable drive strengths 2, 4 and 6 mA Digital control signals RESETB 31 ID↑ System Reset. Active Low. May be configured as System Sync. Active Low. SUSPEND 31 ID↑ USB Suspend Mode Control signal. Active High If this feature is not required then the support circuit must pull the pin to ground. The combination of an active high signal and pull up pad was chosen to limit current drawn by the device while in suspend mode. Serial interface SCL SDA 18 17 BI↑ BI↑ Serial bus clock (input only). Serial bus data (bidirectional, open drain). System clocks CLKI/CLKIP 39 ID↓ Schmitt Buffered Clock input or LVDS positive Clock input Not connected NC 2, 7, 8, 10,13, 14, 19, 22-28, 48 Not connected Table 21 : VV6500 pin description Key A OA BI BI↑ BI↓ Analogue Input Analogue Output Bidirectional Bidirectional with internal pull-up Bidirectional with internal pull-down D ID↑ ID↓ OD ODT Digital Input Digital input with internal pull-up Digital input with internal pull-down Digital Output Tri-stateable Digital Output Version 3.4 55/63 VV6500 pinout information and package dimensions STV0680B+ VV6410/6411/6500 10.3 VV6500 package dimensions (48 pin LCC) A 0.08 0.08 -A1.549 ±0.16 14.22 SQ. +0.30 -0.13 11.414 ±0.13 0.33 min. B/F EXPOSURE 30 30 31 31 8 0 .4 . typ 9.89 ±0.13 19 19 0.571±0.050 0.546 ±0.050 0.432 ±0.050 MP-2 MP-3 0 .2 0 ty p . 18 12.014 ±0.13 10.490 ±0.13 0.50 0.20 ref. x 45° Pin n°1 42 42 43 43 5.20 Ref. Typ. 48 1 48 1 6 6 0.13 Typ. B/Fpull back 0.0217±0.002 (0.55 ±0.05) 0.20 Typ. 7 Figure 16 : VV6500 Package details 56/63 Version 3.4 STV0680B+ VV6410/6411/6500 VV6500 pinout information and package dimensions 11.176 ±0.13 Typ. 11.016 ±0.08 typ. 19 30 +0.25 1.52 -0.13 Typ. 1.02 ±0.18 Typ. 18 31 Pin n°1 Index diam. 0.51 7 R0.15 REF. 4 CORNERS 6 R0.15 REF. 48 PLCS 48 0.254 43 Figure 17 : VV6500 Package details Note: 1 Die is optically centred 2 Refractive Index of Glass is approx. 1.52 Version 3.4 57/63 Schematics and example parts list STV0680B + VV6410/6411/6500 11 11.1 Schematics and example parts list Schematics Support schematics are shown in the following documents: q q STV0680+VV6444 Reference Design Manual STV0680B+VV6410/6411/6500 Reference Design Manual Both are available in the OEM section of the ST Imaging Division web site http://www.st.com (click on “Imaging Products”) An example parts list is shown in Section 11.2, however the above documents should be referred to for the most up-to-date information. 11.2 Example parts list The following is taken from STV0680B + VV6410/6411/6500 Ref Design Manual Rev 2.2. Audio and Flashgun hardware are not included. Assuming VV6410/6411 camera with power supply “option1”, 16MBit SDRAM and 6V battery, with USB and RS232, non-populated options are shown with a grey background. # 1 2 Qty Refdes 1 1 B1 C23 C2,C7, C8, C10, C11, C12, c13, C14, C17, C18, C24, C25, C27, C28, C29, C30, C31, C32, C33, C37 C40, C41 C5, C6 C15, C16 C19, C26 C22 C34, C35 C38 D1 D1 D2 D3,D4 F1, F2, F3 J1 Device Battery CAP Package Value Notes Up to 6V, or up to 9V with different schematic 805 100N 3 20 CAP 805 100N 4 5 6 7 8 9 10 11 12 13 14 15 16 2 2 2 2 1 2 1 1 1 1 2 3 1 CAP CAP CAP CAP CAP ECAP ECAP 1N4001 Schottky Diode Diode Ferrite USB_CON 805 805 805 805 805 T/H T/H D041 D041 SOT23 SOT23 805 CON-USB-4 100N 22P 1U 220P 220N 10U 10U 1N4001 Schottky BAS116 BAS16 C40-41: option 2 only P_TYPE_B C38: option 2 only Gen. purpose if 4 x A4 or AA batteries Only use Schottky if 3 x AA or AAA batteries Must be low leakage Only for RS232 May be required for FCC compliance See notes. Consult USB spec for USB compliance Table 22 : STV0680B + VV6410/6411/6500 - Parts list 58/63 Version 3.4 STV0680B + VV6410/6411/6500 Schematics and example parts list # 17 18 19 20 21 22 23 24 25 26 27 28 29 30 27 28 29 30 31 32 33 34 35 36 36 36 36 37 38 39 40 41 42 43 44 Qty Refdes 1 1 1 1 2 1 1 1 1 1 1 1 1 1 1 2 1 1 1 5 1 1 1 1 1 1 1 1 3 1 4 1 2 1 5 J2 LCD1 LED1 Q1 Q2, Q3 Q4 Q5 Q6 Q8 Q9 Q10 Q12 R1 R72 R2 R9, R55 R54 R59 R12 r10, R13, R14, R16, R23 R71 R7 R8 R11 R11 R11 R66 R6 R37, R61, R66 R65 R43, R44, R62, R63 R17 R19, R20 R22 R24, R67, R68, R69, R70 R25, R31, R32, R33, R34, R35 R28, R29 R41 R30 Device JACK_SKT 2DIGITLC LED NPN NPN NPN PNP PNP SI2301DS SI2301DS SI2301DS SI2301DS RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES Package SCJ-0355- Value B Notes Only for RS232 Could be omitted for reduced current cons. 2PINTHRU SOT23 SOT23 SOT23 SOT23 SOT23 SOT23 SOT23 SOT23 SOT23 805 805 805 805 805 805 805 805 805 805 805 805 805 805 805 805 805 805 805 805 805 805 805 0R 0R 0R 0R 0R 33R 24R 120K 0R 220K 220K 1R2 100K 100K 100K 100K 1M 1M 470K 82K 330K 510K BC848 BC848 BCW61 For USB inrush protection Only for RS232 For USB inrush protection Only for option 2. Switches sensor off in standby mode R72 only req’d for RS232 camera with USB test points R2 for USB inrush protection R54: option 1 only R59 only re’qed for RS232 camera with USB test points R12 for USB inrush protection Only for RS232 camera without USB for production test Suggested value for 6V battery Suggested value for 4.5V battery Suggested value for 9V battery (different schematic) Only fit if no USB inrush protection required R37, R61, R66: option 2 only Only for camera with no RS232 R43, R44: option 1 only R62, R63: option 1 only R24: only fit for 60Hz flicker select R25: R24: only fit for 50Hz flicker select R31-R35: only for RS232 45 46 47 48 6 2 1 1 RES RES RES RES 805 805 805 805 10K 330K 10K 2K2 Table 22 : STV0680B + VV6410/6411/6500 - Parts list Version 3.4 59/63 Schematics and example parts list STV0680B + VV6410/6411/6500 # 49 50 51 52 53 54 55 56 57 58 59 60 61 Qty Refdes 1 1 1 2 1 1 2 1 1 6 1 1 1 R21 R64 R36 R39, R40 R50 SW1 SW2, SW3 SW4 T1 TP1, TP2, TP3, TP4, TP5, TP6 U2 U3 U4 Device RES RES RES RES RES TOGGLE_S PUSH_SWI TOGGLE_S PIEZO TESTPOINT VV6500 STV0680B GM72V661 Package 805 805 805 805 805 SWITCH TC FARNEL SWITCH FARNELL_9 TP 48LCC 100QFP 64 400MIL_OP Value 1K5 1K5 680R 4K7 390R Notes Only for RS232 camera without USB for production test Value depends on LED1 type 58 Optional battery off switch when not in use (would lose store images) Push button switches Only required for user selection of flicker frequency (see alternate schematic and explanatory notes) Only required for RS232 camera with USB production Test (lens focusing) VGA sensor (different footprint to VV6410) Only require U2 or U6 STV0680 or STV0680A also suitable SDRAM dual footprint is possible for U4 and U5 Preferred SDRAM has low self refresh Idd. e.g. (16Mbit) LG semicon: GM72V16162ET75 Hyundai: HY57V161610DTC-7 Micron: MT48LC1M16A1TG S Samsung: KM416S11200T-G10 CIF sensor (different footprint to VV6500) only require U2 or U6 U8 only for option 2 e.g. MAXIM MAX809SEURT (2v93 threshold) TELCOM TCM809SENB (2v93 threshold) 26 62 1 U5 GM72V161 62 400MIL_OP 63 1 U6 VV6410 36LCC 64 1 U8 Power-onreset chip SOT23 2.7-2.93V 65 66 67 68 Total 1 1 U10 U11 5VREG 3V3REG XTAL SOT89-5 SOT89 HC49U 1 X1 1 Lens 131 DALLAS DS1233 (SOT223) XC62HR500 U10 only required for 9V battery 2 MC78FC33H U11 only for option2 T1 12MHz Lens with IR filter Table 22 : STV0680B + VV6410/6411/6500 - Parts list Note: Not all compatible memory chips exhibit a low enough self-refresh current to meet the target current for USB suspend mode (see Table 17). Two memory types have been suggested in Table 18, based on limited evaluation by ST, however this does not constitute a full characterisation, and no guarantees can be made that the self-refresh current consumption will match the target for USB suspend mode in all cases. Please consult the memory manufacturer 60/63 Version 3.4 STV0680B + VV6410/6411/6500 Evaluation Kit and Reference design manual 12 Evaluation Kit and Reference design manual STMicroelectronics recommends using the Evaluation Kit for initial evaluation and design-in. Both evaluation kits (STV-DCA/CIF-E04 and STV-DCA/VGA-E04) now include audio record and playback circuitry as well as flashgun interface circuitry and a flashgun hotshoe connector (to allow the OEM to use a standard camera flashgun), allowing the new features as well as the existing features to be demonstrated. Also included are a STV0680B + CMOS sensor chipset, memory, lens, connectors, LCD, battery holder, push buttons/switches, and other components as detailed. Optional PCB links enable alternate functionality, and demonstration software is included, allowing for tethered video, upload to the PC of pictures, sounds, and AVI movie clips, and download to the camera of custom sounds. A reference design manual is available, giving the camera designer everything required to design a complete camera with standard features. It includes schematics, explanatory notes, parts list and layout advice. Audio and flashgun hardware are the subject of separate applications notes, contact ST for details. 12.1 Ordering details Description 36pin LCC, CIF CMOS sensor VV6411C036 48pin LCC, VGA CMOS sensor Standard features STV0680B companion processor Evaluation Kit for STV0680B+VV6410 Evaluation Kit for STV0680B+VV6500 “Standard” + “New” features: Including Audio, Custom sounds, and Flashgun STV0680B companion processor Evaluation Kit for STV0680B+VV6410 Evaluation Kit for STV0680B+VV6500 STV0680B-003 STV-DCA/CIF-E04 STV-DCA/VGA-E04 STV0680B-001 STV-DCA/CIF-E01 STV-DCA/VGA-E01 VV6500C001 Part number VV6410C036 Table 23 : Ordering details for the STV0680B + VV6410/6411/6500 Version 3.4 61/63 Evaluation Kit and Reference design manual STV0680B + VV6410/6411/6500 12.2 Technical support Technical support information, such as datasheets, software downloads,etc, for products of the STMicroelectronics Imaging Division can be found at http://www.vvl.co.uk/ or www.st.com (click on Imaging products) General sales/technical enquiries can be directed to regional email contacts: asiapacific.imaging@st.com centraleurope.imaging@st.com france.imaging@st.com japan.imaging@st.com nordic.imaging@st.com southerneurope.imaging@st.com ukeire.imaging@st.com usa.imaging@st.com 62/63 Version 3.4 STV0680B + VV6410/6411/6500 Information furnished is believed to be accurate and reliable. However, STMicroelectronics assumes no responsibility for the consequences of use of such information nor for any infringement of patents or other rights of third parties which may result from its use. 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. The ST logo is a registered trademark of STMicroelectronics © 2001 STMicroelectronics - All Rights Reserved STMicroelectronics GROUP OF COMPANIES Australia - Brazil - China - Finland - France - Germany - Hong Kong - India - Italy - Japan Malaysia - Malta - Morocco - Singapore - Spain - Sweden - Switzerland - United Kingdom - U.S.A. www.st.com Version 3.4 63/63