EEM001-HDMI Specification - PDF Free Download

* EEM001-HDMI EEM001-HDMI Specification - FULL HD Optical 3xZoom and Digital 10xZoom Total 15xZoom SMART FOCUS HDMI vision Camera EEM001-HDMI is an HDMI vision camera. With its compact design. Key Features Uncompressed high quality FULL HD video with 60 frame rate Supported DIS(Digital Image Stablizer)System Fast Auto Focus with continuous tracking Patented intelligent IR protection technology Contrast Enhancement ( Local Exposure ),Adaptive Contrast Enhancer(ACE) AWB(Automatic White Balance) AE(Automatic Exposure) BLC(Back Light Compensation) DFC(Defective Pixel Correction) on the fly Remote lens control via standard controller (RS232) HD video transmission up to 100M Aptina 1/3.2 AR0330 CMOS sensor, 2Megapixel,SoC Chip is Ambarella A7LS Up to 1920X1080 60f resolution Built-in DC Auto Iris with IR cut Filter conversion system Composite video output for instant camera test or for conventional use with SD DVR 2D/3D DNR (Digital Noise Reduction),Optical zoom, Digital zoom,wide Dynamic Range(WDR) DC12V Copyright 2013 OPTOLOGICS Co., Ltd. All Rights Reserved opto@optologics.com

EEM001-HDMI Specification Specification for Camera MODEL Sensor Device Total Pixels Effective Pixels Scanning System Horizontal S/N Ratio Shutter Speed Video Output Digital Output Day & Night Serial Port Lens Control Power Source Ambient Temperature EEM001-HDMI Aptina 1/3.2 progressive scan CMOS, 2Megapixel 1945(H) x 1109(V) 2.16 Megapixel 1945(H) x 1097(V) 2.13 Megapixel Progressive Scan 800TVL More than 50dB (AGC Off) 1/30s Default,(Long Exposure Mode, ~1Sec) 1280 x 720 60F, 1920 x 1080 30F, 1920 x 1080 60P (Mode Select) HDMI IR CUT Filter Conversion System RS232 Motorized Lens Control by stepping Motor. (Simplified Adjustment) DC 12V -10ºC ~ 50ºC Specifications are apt to change without prior notice to enhance quality and performance. Specification for Lens MODEL Fno EEL001 F2.8(Wide) ~ F5.6(Tele)) Effective Focal Length F=4.4 ~ 13.2mm (Zoom Ration = 3x) Focusing Range Field Of View (Degree) 10cm ~ (Wide), 10cm ~ (Tele) Wide : 66.84(D), 55.08(H), 42.18(V) Tele : 24.48(D), 19.74(H), 14.96(V) Relative Illumination More than 50% Copyright 2013 OPTOLOGICS Co., Ltd. All Rights Reserved opto@optologics.com

APPROVAL SHEET APPROVAL Product Name Model Name Customer 3X Zoom Lens EEL001 PAGE : 1 / 21

1. Revision Histories ------------ 3 2. Product Specification ------------ 4 ~ 16 3. Pin Description ------------ 17 ~ 19 4. Outline Dimensions ------------ 20 5. Reliability Test Specification ------------ 21 ~ 25 PAGE : 2 / 21

[Revision Histories] Date Revision Description Initiator 2010. 11. 28. 1.0 First Release W.K.OH PAGE : 3 / 21

1. General Specification 1-1. Taking Lens specification (Nominal value) 1) F-number : 2.8 (Wide) ~ 5.6 (Tele) 2) Effective Focal Length : f = 4.4 ~ 13.2 (Zoom ratio 3) 3) Back Focal Length : 2.33 (Object distance= infinity,in air) 4) Focusing Range : Wide 10cm ~, Tele 10cm ~ (from 1st Lens R1) 5) Field of View Wide Tele Vertical 42.18 14.96 Horizontal 55.08 19.74 Diagonal 66.84 24.48 6) Lens composition : 7 groups 9 elements (including 1 glass aspheric, 2 plastic aspheric and 1 prism) 7) Zoom Driving : Stepping Motor (Moving 2nd Group & 3rd Group) 8) Focus Driving : Stepping Motor (Moving 3rd Group) 9) Iris mechanism : Fixed Iris 1-2. Taking Lens Auto Focusing (AF) Mechanism 1) AF Method : TV-AF 2) AF Working Range : Infinity ~ 10cm (Object distance) PAGE : 4 / 21

2. Performance 2-1. F-no F-no shall be within below range at Wide with fully opened iris, focus adjusting. Wide : 2.66 < Fno < 2.94 (2.8±5% equivalent) Tele : 5.32 < Fno < 5.88 ((5.6±5% equivalent) Designed value is Wide : 2.88, Tele : 5.79 2-2. Focal Length Focal length shall be within below range at Wide, Tele with focus adjusting. f W = 4.4 ± (0.22) mm (5%) f T = 13.2 ± (0.66) mm (5%) Designed value is Wide : 4.4, Tele : 13.2 Zoom magnification shall be within range of 3x ±5% 2-3. Focal Position [Adjusting condition] The focal position variation shall be within ± ( 0.50 )mm including the tolerance of sensor position and IR-Filter. Sensor & IRF Punt tolerance = (±0.05) Lens Punt adjusting tolerance = (±0.50) 2-4. Eccentricity of Image center There is no problem in practical use for the eccentricity of image center. within 5.0% of diagonal size of Sensor image Φ5.712 (The center position will be decided at Tele, and verify at Wide) 2-5. Image Shaking 1) There is no problem in practical use for the image shaking during Zooming 2) There is no problem in practical use for the image shaking during Focusing 3) The limited sample would be established at need. PAGE : 5 / 24

2-6. Relative Illumination Ratio When the condition with fully opened iris, with focus adjusting, assumed that axis illumination is 100%, illumination of image corner for 2.28mm(0.8F) apart from axis shall satisfy the below value in the table. Zoom Position Illumination Ratio 0.6F 0.8F Wide More than (60%) More than (50%) Tele More than (60%) More than (50%) 2-7. Resolution When the condition with fully opened iris, with focus adjusting by operating focus motor so as to maximize the contrast for on-axis. Measurement distance is 1.0m (Wide) & (Tele) : from screen to lens module (G1R1) Resolution Wide Tele On Axis 125 lp/mm 125 lp/mm 0.7 Field 90 lp/mm 90 lp/mm There is no problem in practical use in all the zoom position. PAGE : 6 / 24

2-8. Distortion 1) Wide : less than ± 2.0% at 1.0m, Tele : less than ± 1.0% (at 1.0m) ΔH H DIST H H 100(%) 2) Measurement on the projection screen is as follow B A C ( B C) / 2 A DIST 100(%) 2A 2-9. Effective Image Circle - 1/3.2", more than Φ5.712 (designed value) 2-10. Internal Reflection The limited sample would be established at need. PAGE : 7 / 24

2-11. Flare, Ghost The limited sample would be established at need. 2-12. Spectral Transmission Wave Length 440 nm 550 nm 650 nm Transmission Over 71% Over 76% Over 75% 2-13. Dust Inspection 1) Inspection Condition The lens module would be inspected with human eye under the light box at Wide and full opened iris after cleaning on the surface of 1st and last lenses. 2) Criterion for judging : The limited sample would be established at need. 2-14. Punt Adjustment The detailed punt is measured by collimator at Wide, Tele. The punt condition is the infinite object position (Final product standard). PAGE : 8 / 24

2-15. Zoom Tracking Method 1) Zoom tracking is working with direction of Close Wide Tele 2) The Close position is defined as the stopping position after (+25) pulse count of Zoom motor, (+51) pulse count of AF motor after Photo-Interrupter signal changing detection. This value would be adjustable in E 2 PROM. 3) The Wide position is defined as the stopping (sudden stop) position of (-15) pulse count of Zoom motor, (-132) pulse count of AF motor after Photo-Interrupter signal changing detection. 4) The Tele position is defined as the stopping position of (-844) pulse count of Zoom motor, (-732) pulse count of AF motor after Photo-Interrupter signal changing detection. 5) The Wide Tele position is defined as the zoom & AF lens position according to count of Zoom & AF motor pulse. PAGE : 9 / 24

2-16. Zoom & AF Pulse Diagram PAGE : 10 / 24

2-17. Zoom & Auto Focus Photo-Interrupter Signal Specification 1) Maker : ROHM RPI-0128 2) Electrical-Optical Characteristics PAGE : 11 / 21

2-18. Zoom & Auto Focus Motor Terminal Order 1) Zoom Motor - Clockwise at the view of output spindle : from Tele to Wide Terminal Name 1 2 3 4 ZM-A H L L H ZM-B' L L H H ZM-A' L H H L ZM-B H H L L 2) AF Motor - Clockwise at the view of output spindle : from Near to Far Terminal Name 1 2 3 4 AFM-A H L L H AFM-B' L L H H AFM-A' L H H L AFM-B H H L L PAGE : 12 / 21

2-19. Zoom & Focus Motor 1) Motor Specification 1 Type : PM type Stepping motor 2 Excitation system : 2phase excitation bipolar 3 Basic step angle : 18 /1pulse ( 20pulse/ 1rev 2 phase excitation) 4 Coil resistance : (20)Ω/phase ± 10% 6 Unit Focus Lens movement : 3.75um/pulse (1-2 phase excitation) 7 Unit Zoom Lens movement : 7.50um/pulse (1-2 phase excitation) 2) Motor driving condition 1 Rated voltage : 2.5V ± 10% (Terminal Voltage) 2 Driving system : Micro Step Driving 3 Zoom Driving PPS range : (0 ~ 1500) PPS - 1-2 phase excitation 4 Focus Driving PPS range : (0 ~ 1500) PPS 1-2 phase excitation 3) Moving accuracy (Horizontal) - In case of N step moving in any focus range with (0 ~ 1500) PPS, the actual moving amount X shall satisfy the below equation. X = 3.75 N ± 3.75um (±2 pulse) : for Auto Focus 4) Driving error frequency - There is no driving error with (0 ~ 1500) PPS operating in the condition of motor terminal voltage 2.5V ± 0.2V including temperature condition. PAGE : 13 / 21

3. Working Noise 3-1. Zoom & Focus As a rule, the test should be carried out on the packaged unit. There is under ( 35 ) db in the below condition. - Distance : (50 mm from Lens Top to Micro Phone) - Background Noise : (20) db - IC Driver : Renesas R2A30404NP - Driving Method : Micro Step There is no problem in practical use with Movie Mode. PAGE : 14 / 21

4. Pin Description 4-1. Table of Pin Assignment Pin No Terminal Name Description 1 ZM BP Zoom Motor B+ 2 ZM BN Zoom Motor B- 3 ZM AP Zoom Motor A+ 4 ZM AN Zoom Motor A- 5 NC Dummy Pattern 6 NC Dummy Pattern 7 AFM BN AF Motor B- 8 AFM AP AF Motor A+ 9 AFM AN AF Motor A- 10 AFM BP AF Motor B+ 11 GND 12 PI VCC Photo Interrupter VCC 13 AFPI K AF Photo Interrupter Cathode 14 AFPI E AF Photo Interrupter Emitter 15 ZPI K Zoom Photo Interrupter Cathode 16 ZPI E Zoom Photo Interrupter Emitter PAGE : 15 / 21

4-2. FPCB Connecting Wire (TBD) Pattern Side PAGE : 16 / 21

4-3. Connector Information 1) Type : 0.5mm Pitch FPC Connector (16Pin) 2) FPCB Dimension PAGE : 17 / 21

5. Outline Dimension PAGE : 18 / 21

6. Reliability Test 6-1. All Sorts of Test - Testing with various samples of exclusive use. 6-2. Initial Performance Test - Testing at room temperature, normal humidity (20 ±5, 60%±5%) 6-3. Operating Climatic Test 1) Accuracy guaranteed range : -5 ~ +40, humidity 80% 2) Operating guaranteed range : -10 ~ +50, humidity 50% 6-4. High Temperature, High Humidity Storage - There is no problem in practical use at the validation in the below condition with packaged unit. : Storage (12H) at room temperature after (48H) storage with Temperature : (+60 ), Humidity : (90%) 6-5. Storage Temperature Test - There is no problem in practical use at the validation in the below condition with packaged unit. 1) Hot : Storage (12H) at room temperature after (48H) storage with Temperature (+85 ) 2) Cold : Storage (12H) at room temperature after (48H) storage with Temperature (-20 ) PAGE : 19 / 21

6-7. Temperature Cyclic Test - There is no problem in practical use with storage of 2H at room temperature after 30cycles with the below diagram. 70, 1H 20 (room temperature Normal humidity) 20 (room temperature Normal humidity) -20, 1H 1 Cycle (2H) 6-8. Drop Test When the test should be carried out on the packaged unit, there is no problem in practical use in the below condition. 1) Drop - Drop on the veneer board from (50 cm) height. - Direction : 6 surfaces (each 1 time, total 6 times) 2) Continuous Drop - Drop (50 times) on the veneer board from (30 cm) height. 6-9. Vibration Test When the test should be carried out on the packaged unit, there is no problem in practical use in the below condition. - Sweeping Frequency : (10 ~ 60Hz) - Period : (3 minutes) - Amplitude : (1.0 mm) - Direction : 3 directions (each 1 time, total 3times) PAGE : 20 / 21

6-10. Endurance Testing 1) Zoom motor (Stepping motor) - More than (1,000 cycle) at room temperature. Tele Position Pause 1.0sec Wide Position Close Position Pause 1.0sec 1 Cycle Pause 10sec 2) Focus motor (Stepping motor) - More than (10,000 cycle) at room temperature. Mid. AF Position Pause 1.0sec Pause 1.0sec Wide Inf. Position Tele AF Position Close Position Pause 1.0sec Pause 10sec 1 Cycle 6-11. Secular Changing - There is no remarkable deterioration with performance in a secular changing of normal use and normal storage. 6-12. Electrostatic Destruction Test - Consider a counterplan with an additional deliberation when becoming an issue. PAGE : 21 / 21