MT9D015LACSTCMH-GEVB

MT9D015 MT9D015 1/5-Inch 2 Mp CMOS Digital Image Sensor Table 1. KEY PERFORMANCE PARAMETERS www.onsemi.com Parameter Value Die Size 4356.15 m (H) 4354.85 m (V) ORDERING INFORMATION Optical Format 1/5inch UXGA (4:3) See detailed ordering and shipping information on page 3 of this data sheet. Active Imager Size 2.828 mm (H) 2.128 (V) Active Pixels 1608 (H) 1208 (V) Features Pixel Size 1.75 1.75 m Superior Low Light Performance Color Filter Array RGB Bayer Pattern High Sensitivity Shutter Type Electronic Rolling Shutter (ERS) Low Dark Current Input Clock Frequency 627 MHz Simple Twowire Serial Interface Maximum Data Rate 640 Mb/s (CCP) and 768 Mb/s Auto Black Level Calibration (MIPI) Programmable Controls: Gain, Frame CCP Frame Rate UXGA Programmable Up to 21 fps in Size/Rate, Exposure, Leftright and Profile 0 Mode (RAW10) (1600 x 1200) Topbottom Image Reversal, Window Size Programmable Up to 30 fps in Profile 1/2 Mode (RAW10) and Panning XGA Programmable Up to 42 fps in Data Interface: CCP2 Compliant Profile 0 Mode (RAW10) (1024 x 768) Sublowvoltage Differential Signaling Programmable Up to 61 fps in (subLVDS) or Single Lane Serial Mobile Profile 1/2 Mode (RAW10) Industry Processor Interface (MIPI) HD (1280 x 720) 30 fps SMIA 1.0 Compatible MIPI 1.0 Compliant MIPI Frame Rate UXGA 30 fps (RAW10) Onchip Phaselocked Loop (PLL) (1600 x 1200) Oscillator VGA (640 x 480) 60 fps (RAW10) Bayerpattern Downsize Scaler QVGA 120 fps (RAW10) Integrated Lens Shading Correction (320X240) Internal Power Switch for Ultralow HD (1280 x 720) 30 fps (RAW10) Standby Current Consumption ADC Resolution 10bit 30 fps at Full Resolution 2D Defect Pixel Correction Responsivity 0.86 V/luxsec 2624bit Onetime Programmable Memory Dynamic Range 62 dB (OTPM) for Storing Module Information SNR 38.7 dB MAX and Lens Shading Correction Supply Analog 2.402.90 V (2.80 V Nominal) Voltage Applications Digital 1.701.90 V (1.80 V Nominal) Cellular Phones Power Consumption 272 mW at 30 fps (TYP) Digital Still Cameras Operating Temperature 30C to +70C PC Cameras Packaging Bare Die PDAs Semiconductor Components Industries, LLC, 2010 1 Publication Order Number: May, 2017 Rev. 13 MT9D015/DMT9D015 TABLE OF CONTENTS Applications ............................................................................................. 1 Ordering Information ..................................................................................... 3 General Description ...................................................................................... 3 Functional Overview ..................................................................................... 3 Operating Modes ........................................................................................ 5 Signal Descriptions ...................................................................................... 7 TwoWire Serial Register Interface ......................................................................... 8 Registers .............................................................................................. 11 Embedded Data Format and Control ...................................................................... 14 Programming Restrictions ................................................................................ 22 Control of the Signal Interface ............................................................................ 26 Clocking ............................................................................................... 30 Features ............................................................................................... 32 Sensor Core Digital Data Path ............................................................................ 43 Digital Data Path........................................................................................ 47 Timing Specifications .................................................................................... 47 Electrical Specifications .................................................................................. 50 Chief Ray Angle ........................................................................................ 55 SMIA and MIPI Specification Reference .................................................................... 55 www.onsemi.com 2