MCM20027IBBL Freescale Semiconductor, Inc, MCM20027IBBL Datasheet
MCM20027IBBL
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MCM20027IBBL Summary of contents
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... This document contains information on a new product.Specifications and information herein are subject to change with- out notice. MOTOROLA, INC. 2001 Order this document by MCM20027/D Part Number MCM20027IBBL 2 C interface MCM20027IBMN ImageMOS ImageMOS MCM20027 1 ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Specifications Image Size: 7.7mm x 6.1mm (9.82mm Diagonal, 1/2” Optic) Resolution:1280 x 1024 pixels, available digital zoom and region of interest (ROI) windowing Pixel Size Monochrome Sensitivity: 1.8 V/Lux-sec Min. Detectable ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 48 SOF 44 VCLK 45 HCLK 47 STROBE Column Sequencer & Drivers Analog Switch Colum n Offset EXT_VINR 10 Calibration 6 11 EXT_VINS Frame Column 1.5x Rate DOVA Clamp 6 CLRCA 7 CLRCB CVREFM Bandgap 14 ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 1.0 MCM20027 Overview...................................................................... 2.0 MCM20027 Architecture................................................................. 2.1 Pixel Architecture........................................................................... 2.2 Color Separation and Fill Factor Enhancement .......................... 3.0 Frame Capture Modes.................................................................... 3.1 Continuous Frame Rolling Shutter capture mode (Default)........ 3.2 Single Frame Rolling Shutter capture mode ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 8.3 Tristate Mode.................................................................................. 8.4 References CVREFP, CVREFM...................................................... 8.5 Common Mode References: VAG, VAGREF and VAGRETURN. 8.6 Internal Bias Current Control......................................................... 9.0 Sensor Output/Input Signals......................................................... 9.1 Start Of Data Capture (SYNC)........................................................ 9.2 Start Of Row Readout (SOF).......................................................... ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA No Description Digital Camera Reference 1 Design utilizing the MCM20027 Information on MCM20027 2 Optics 3 Information on Strobe Timing MOTOROLA Reference Documentation Release Name of Document Date Roadrunner May 4 2001 Application Note Optic Application ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 1.0 MCM20027 Overview The MCM20027 is a solid state CMOS Active CMOS TM Imager (ACI ) that integrates the functionality of a complete analog image acquisition, digitizer, and digital signal processing system on a single chip. ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA The basic operation of the pixel relies on the photoelec- tric effect where due to its physical properties silicon is able to detect photons of light. The photons generate electron-hole pairs in direct proportion to the ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA neared completion, @ T=3, the Reset Gate closes (Off). The charge off the well capacitance of Photodiode 1 is then transfered to the Shared Floating Diffusion Gate @ T=4 when Transfer Gate 1 opens (On). Also ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Figure 4. On-chip Bayer CFA Figure degrees acceptance angle b)Improvement in pixel sensitivity results from fo- cusing incident ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 3.2 Single Frame Rolling Shutter capture mode (SFRS) This mode of capture refers to non-interlaced or se- quential row by row scanning of the entire sensor in a single pass for the purpose of capturing a ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA SYNC T = (cint SOF VCLK HCLK 4.0 Active Window of Interest Control The pixel data to be read out of the device is defined as a ‘Window of Interest’ (WOI). The window of interest can ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 6.0 Frame Rate and Integration Time Control In addition to the minimum time required to readout the selected resolution and WOI, the user has the ability to control the frame rates while operating in either Contin- ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 6.3 SFRS Frame Time/Rate: In Single Frame Rolling Shutter capture mode the Frame time is defined as: Frame time = T = Integration time+Readout time frame Readout time is the amount of time to readout the ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 7.0 Analog Signal Processing Chain Overview The MCM20027’s analog signal processing (ASP) chain incorporates Correlated Double Sampling (CDS), Frame Rate Clamp (FRC), two Digitally Programmable Gain Amplifiers (DPGA), Offset Correction (DOVA), and a 10-bit Analog to ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 7.3 Programmable Per-Column Offset A programmable per-column offset adjustment is avail- able on the MCM20027. In order to reduce the risk and have the ability to cover any mode of repetitive column Fixed Pattern Noise (FPN), ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 7.4.3 Gain Modes There exists different gain modes that are available when the sensor is performing White Balance and Ex- posure gain. The Gain mode utilized for White balance and Exposure gain can be selected by ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Register Register Name No 10h Exposure PGA Global Gain Register A; Table 23 21h Exposure PGA Global Gain Register B; Table 24 The Diagram below illustrates how the Exposure Gain Registers apply the gain onto the ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 7.5 Global Digital Offset Voltage Adjust (DOVA) A programmable global offset adjustment is available on the MCM20027. A user defined offset value is loaded via a 6-bit signed magnitude programming code via the Global DOVA Register, ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 8.0 Sensor External Controls (Additional Operational Conditions) The MCM20027 includes initialization, standby modes, and external reference voltage outputs to afford the user additional applications flexibility. 8.1 Initialization The INIT input pin (#42) controls reinitialization of the ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 8.6 Internal Bias Current Control The ASP chain has internally generated bias currents that result in an operating power consumption of nearly 400mW approx. (Accurate value will be given upon sen- sor testing). By attaching a ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 9.0 Sensor Output/Input Signals 9.1 Start Of Data Capture (SYNC) This signal is utilized by the sensor to indicate the start of integration (data capture) in Single Frame Rolling Shutter capture mode (SFRS). For more info ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA PIXEL DATA BUS INTERFACE TIMING SPECIFICATIONS (see Symbol f MCLK maximum frequency max t SYNC hold time w.r.t MCLK hsync t SYNC setup time w.r.t MCLK susync t MCLK to SOF delay time dsof t MCLK ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 9.5 Strobe Signal The Strobe signal is a output pin on the MCM20027 sensor that can be used to activate ‘Flash/Strobe illumi- nation modules”. It can be activated by writing a “1” to bit 3 of ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA To ensure that Strobe signal fires, the integration time must be large enough to ensure that all rows are inte- grating simulanteously for at least 2 Row periods (T (see “Frame Rate and Integration Time Control” ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 2 10 Serial Interface 2 The industry standard which is also compatible with the Motorola bus (called M-Bus) that is available on many microprocessor products. The I rial two-wire half-duplex ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA If the master receiver does not acknowledge the slave transmitter after a byte transmission, it means 'end of data' to the slave, so the slave releases the SDATA line for the master to generate STOP or ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 10.9 Register Write Writing the MCM20027 registers is accomplished with the following transactions (see • Master transmits a START • Master transmits the MCM20027 Slave Calling Ad- dress with “WRITE” indicated (BYTE=66 01100110 ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA SCLK MSB AD7 AD6 AD5 AD4 AD3 AD2 AD1 SDATA “0” “1” “1” MCM20027 I Start Signal SCLK 1 2 MSB AD7 AD6 AD5 AD4 AD3 AD2 AD1 SDATA “0” “1” MCM20027 I ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA SERIAL INTERFACE Symbol f SCLK maximum frequency max M1 Start condition SCLK hold time M2 SCLK/SDATA rise time [from SCLK/SDATA fall time (from ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 11.0 Suggested Software Register Programming Reference There are number of registers whose default values we have been changed to make the sensor operational with a Digital Still Camera. The registers, there suggested new values (changes) and ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 12.0 MCM20027 Utility Programming Registers 12.1 Register Reference Map 2 The I C addressing is broken up into groups of 16 and assigned to a specific digital block. The designated block is responsible for driving the ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Hex Address 10 Exposure PGA Global Gain Register 12h Tristate Control Register; Table 21 13h Programable Bias Generator Control register 14-1F 20 Column DOVA DC Register h 21 Exposure PGA Global Gain ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Hex Address 52 Virtual Frame Column Width MSB Register h 53 Virtual Frame Column Width LSB Register h 54 SOF Delay Register h 55 VCLK Delay Register h 56 SOF & VCLK Signal Length Control Register ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 13.0 Detailed Register Block Assignments This section describes in further detail the functional op- eration of the various MCM20027 programmable regis- ters. The registers are subdivided into various blocks for ease of addressability and use (see ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 01 h msb ( Gain PGA Gain Mode Raw Gain Mode [cg2 Raw Gain Mode [cg2 (Range 0.696 - 2.736) Linear Gain Mode -----> Gain = 0.6956 +(0.0434 x ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 03 h msb ( Gain PGA Gain Mode Raw Gain Mode [cg4 Raw Gain Mode [cg4 (Range 0.696 - 2.736) Linear Gain Mode -----> Gain = 0.6956 +(0.0434 x ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA gain values programmed in the respective registers are applied to pixel outputs as they are being read. Address 06 h msb (7) 6 r1c4[1] r1c4[0] Bit Function Number Color 4 Fourth Color in ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 08 h msb (7) 6 r3c4[1] r3c4[0] Bit Function Number Color 4 Fourth Color in Row Color 3 Third Color in Row Color 2 ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA these values, the user should keep the voltage range centered around 1.25V. Address 0A h msb (7) 6 nrv[7] nrv[6] Bit Function Number Reference Voltage = 0.0 + (5mV * nrc Table 17. ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA The MCM20027 is put into a standby mode via the I interface by setting the sby bit of the tion Register. Address 0C h msb ( Bit Function Number 7-5 Unused Unused 4 ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA . Address 0E h msb ( Bit Function Number Unused Unused 4 ASP (A2D) 0 Reset 1 3 Post ADC 0 Reset 1 2 Sensor 0 Interface 1 Reset state. ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 12 h msb (7) 6 FUO FUO 0 tspix 0 - Outputs in Tristate 1 - Outputs driving The Programable Bias Generator Control register; Ta- ble 22 can be used by the user to vary ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 13 h msb ( adp 0 Frame 1 Rate 0 Clamp Table 22. Programable Bias Generator Control register 13.2 Gain Calibration Block The Exposure PGA Global Gain Register A; Table 23 and the ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 21 h msb ( Bit Function Number Unused Unused Gain PGA Gain Mode Raw Gain Mode [gg2 Raw Gain Mode [gg2 32) (Range 0.696 - 2.736) ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 22 h msb ( Unused Unused 2 White Bal- 0 ance Gain 1 Mode Exposure 00 Gain Mode 01 1x 13.3 Offset Calibration Block Offset adjustments ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 80-BF h msb ( Bit Function Number Unused Unused 5 Sign Mod 64 Offset = 2.6 * mdd Column DC Offset The Global DOVA ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA SFRS mode. Please refer to Figure 14, on page 20 a timing diagram of this mode. The sp bit is used to define whether SOF is active high or low. SOF is active high in default. ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 41 h msb ( FUO Bit Function Number 7 Unused Unused 6-5 FUO Factory Use Only 4 Color 1 Mode Row Fre- 11 quency ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 42 h msb ( Bit Function Number 7-6 Unused Unused 5 Strobe 1 Enable 0 4 Strobe 1 Auto Width Definition 0 3 Strobe 1 Auto 0 Enabled 2 Exernal 1 SYNC ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA interface to prevent the user from defining an WOI that addresses non-existent pixels. Address 45 h msb ( Bit Function Number Unused Unused WOI Row In conjunction ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 47 h msb ( 2-0 WOI Row In conjunction with the WOI Row Depth LSB Register Depth forms the 11-bit WOI Row Depth wrd[10:0]. Address 48 h msb (7) 6 wrd[7] wrd[6] ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 4A h msb (7) 6 wcp[7] wcp[6] wcp5] Bit Function Number WOI Col. In conjunction with the WOI Column Pointer MSB Register Pointer 36), forms the 11-bit WOI Column Pointer wcp[10:0] Table ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 13.4.3 Integration Time Control The Integration Time registers; Table Table 41, control the integration time for the pixel array. Integration time for CFRS and SFRS; cint[13:0], is measured in Virtual Row times. Please refer to 11 ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 4F h msb (7) 6 cint[7] cint[6] cint[5] Bit Function Number Integration In conjunction with the Integration Time ISB Time forms the 14-bit Integration Time cint[13:0]. Integration Time = (cint Address 50 ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 51 h msb (7) 6 vrd[7] vrd[6] vrd[ Virtual Row In conjunction with the CFRS and SFRS Virtual Frame Row Depth Depth MSB vrd[13:0]. WOI is always top-left justified in Virtual Frame. ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA The SOF Delay Register; Table 46 Register; Table 47 are used to determine the time (clock) delay for the start of the two signals respectively. The SOF Delay is measured as the time after the start ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 56 h msb ( VCLK Con- vck[1: trol vck[1: vck[1: vck[1: Table 48. SOF & VCLK Signal Length Control Register The ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 57 h msb ( Row Read Reverse Readout (Top to Bottom) b out 0 = Normal Readout (Bottom to Top Column 1 = Reverse Readout (Right to ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 60 h msb ( shr[5] Bit Function Number 7-6 Unused Unused shr shr[5:0] = 000000 shr[5:0] = 000001 shr[5:0] = 000010 shr[5:0] = 000011 shr[5:0] = 111111 Table 51. ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 64 h msb ( FUO FUO HCLK Delay = ((hckd[d]-4)x 0. MCLKs Delay The Pixel Data Stream Control Register matted. The vcb bit allows the user to force ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Register Value = 70 Address Pixel Data Stream Signal Control Register 65 h msb ( vcb vsg Bit Function Number 7 Unused Unused 6 Vcode 1 = All blanking data will be forced to ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Address 67 h msb ( FUO frcd[1] Bit Function Number 7 Unused Unused 6 FUO FRC Row Defines the number of Clamping Rows. Depth NOTE!! The addition of FRC Row Depth ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 14.0 Electrical Characteristics ABSOLUTE MAXIMUM RATINGS Symbol out I DC Current Drain per Pin, Any Single Input or Output DC Current Drain Storage Temperature Range STG T Lead ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA I Output High Current OH I Output Low Current OL V Output High Voltage OH V Output Low Voltage OL I 3-State Output Leakage Current OZ I Maximum Standby Supply Current DD POWER DISSIPATION (VDD = ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Notes: 1. Transfer efficiency of photosite 2. X represents the increase above the saturation-irradiance level (H ab occur column streaking 4. At 30fps VGA Symbol Parameter n - Total System (equivalent) Noise Floor e ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 15.0 MCM20027 Pin Definitions MCLK Legend: VCLK HCLK SYNC STROBE I = Input SOF O = Output INIT DVDD D = Digital DVSS A = Analog AVSS AVDD ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Pin Pin Description No. Name 1 INIT Sensor Initialize 2 DVDD Digital Power 3 DVSS Digital Ground 4 AVSS Analog Ground 5 AVDD Analog Power 6 CLRCA Line Rate Clamp Output 7 CLRCB Line Rate Clamp ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 16.0 MCM20027 Packaging Information Figure 21. 48 Terminal ceramic leadless chip carrier (bottom view) Dim Min(Inches) A 0.555 B 0.525 C --- D 0.016 E 0.054 F 0.075 G 0.040 BSC H 0.033 J 0.555 K ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA PIX_OUT7 PIX_OUT9 PIX_OUT8 MCLK 60 44 VCLK HCLK 57 46 SYNC 56 47 STROBE SOF INIT Pin Pin ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Lid Seal thickness Die Attach thickness Dimension Description A Glass (Thickness) B Cavity (Depth) C Die - Si (Thickness) D Bottom Layer (Thickness) E Die Attach - bondline (Thickness) F ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA 17.0 MCM20027 Typical Connection Below you will find a schematic illustrating a typical connection of an MCM20027 CMOS sensor. One can use this as a reference when connecting the sensor with another external device such as ...
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MOTOROLA SEMICONDUCTOR TECHNICAL DATA Motorola reserves the right to make changes without further notice to any products herein. Motorola makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose, nor does Motorola assume any ...
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