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Summary of Contents for ARTRAY ARTCAM-264IMX-WOM Series
- Page 1 Oct 20, 2021 Ver1.01 USB2.0 CMOS CAMERA ARTCAM-264IMX-WOM INSTRUCTION BOOKLET 5.0 M Pixels ARTCAM-264IMX-WOM Series ARTRAY CO., LTD. - 1 -...
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Page 2: Table Of Contents
Contents Attention ..............................- 3 - Introduction .............................. - 6 - Features ..............................- 6 - The Product .............................. - 6 - Connections .............................. - 7 - Specification ............................. - 8 - 6.1. Specifications ........................... - 8 - 6.2. Camera’s Functions ......................... - 9 - 6.2.1. -
Page 3: Attention
1. Attention ■About this manual 1. Before using the camera, please read this manual thoroughly. 2. Please keep this manual reachable and always refer to the contents when needed. 3. Please contact us if the manual is lost or damaged. We will provide a replacement. 4. - Page 4 ■For Safe Use Warning ●In following circumstances, please stop using the product and turn off the power immediately to prevent the risks of fires and electric shocks. If the product is defective, please contact us for repair or exchange. For your safety, please do not disassemble, modify or repair the camera on your own. Please stop using the product and turn off the power immediately when: ・...
- Page 5 For more details, please refer to the following link: Hardware Warranty: http://www.artray.us/download/artray_warranty.pdf ●We do not guarantee the functions of this product or the descriptions on this manual to be completely adapted to the users’...
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Page 6: Introduction
2. Introduction ARTCAM-264IMX-WOM series are USB2.0 CMOS cameras that designed for industrial use. Adopting USB2.0 interface, thus enables direct data transfer to PC without a capture card. 3. Features ⚫ USB2.0 Interface Adopting USB2.0 interface, thus enables direct data transfer to PC without a capture board or a host adapter card. -
Page 7: Connections
5. Connections Please connect the camera and the PC by using the attached USB2.0 cable. Camera’s power is supplied from USB Bus Power. - 7 -... -
Page 8: Specification
6. Specification 6.1. Specifications Items COLOR MONOCROME ARTCAM-264IMX-BW-WOM Model ARTCAM-264IMX-WOM ARTCAM-264IMX-NIR-WOM Sensor Type CMOS Image Sensor Model Number IMX264LQR-C IMX264LLR-C Active Pixels 2464 (H) x 2056 (V) Active Image Size 8.5 (H) × 7.09 (V) mm, 2/3 Inch Scanning mode Progressive Scan Pixel Size 3.45 (H) ×... -
Page 9: Camera's Functions
6.2. Camera’s Functions 6.2.1. Shutter Speed The exposure time (electronic shutter speed) of the camera can be set in 1-line time units. The exposure time can be calculated by the following formula: Exposure time = 1 line time * the setting value of the shutter speed + 13.73 [μsec] (Setting Range: 1～32767) The formula for calculating the 1-line time differs depending on the mode. -
Page 10: Analog + Digital Gain
6.2.2. Analog + Digital Gain Analog gain and digital gain are installed in the sensor of this camera. For the set value [0~480] of the software, the floating range of the gain magnification changes from 0.0 dB to 48.0 dB. Formula for calculating the gain magnification: Gain [dB] = Gain’s set value / 10.0 [dB] When the setting value is over 240, the digital gain data becomes valid. -
Page 11: Mirror Reversal
Mirror Reversal 6.2.4. The sensor utilized in this camera provides horizontal and vertical mirror reversal function. In a normal position (of no avail to both horizontal reversal and vertical reversal), the lower left corner of the direction in which the front of the camera is oriented is the origin (0, 0). When horizontally or vertically reversed, the Bayer setting of the software will be automatically converted. -
Page 12: Region Of Interest (Roi)
Region of Interest (ROI) 6.2.5. It is possible to reduce unnecessary data as well as increasing frame rate by cutting out an arbitrary area in the effective pixel scope. The arbitrary area can be simply cut by specifying "starting point" and "effective pixels". ※The above image shows the positional relationship with the origin (0,0) in the upper left corner. -
Page 13: Thinning-Out (Sub-Sampling) Settings
Thinning-out (sub-sampling) Settings 6.2.6. This is a function to reduce the total amount of transfer data and improve the frame rate by skip reading pixels. This sensor supports horizontal/vertical 1/2 thinning-out mode. As the figure below, by skip reading pixels while leaving the Bayer pattern, the color information will not lost. -
Page 14: Trigger Function (Optional)
6.2.7. Trigger Function (Optional) ARTCAM-264IMX-WOM series are designed with external trigger. Input a pulse signal of 5 to 12V voltage level to the BNC terminal on the back of the camera case. The trigger input signal is input to the FPGA via the photocoupler inside camera, then the rising edge of the signal is detected in FPGA，... - Page 15 Trigger Timing Chart Trigger Input Internal Trigger Sensor Exposure Sensor Data Transfer USB Data Transfer Software Processing → Signal Arrive Input Pulse Width Above 10μs Trigger rising while internal trigger 2 μs or less signal falling Internal trigger signal pulse width The FPGA emits a pulse width that is approximately the same (＝exposure Time) as the light time set in the sensor.
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Page 16: Gpio(Optional)
6.2.8. GPIO(Optional) GPIO option is available upon request before the delivery of the ARTCAM-264IMX-WOM series. Each of the six GPIO pins is pulled up to 3.3V with 1kΩ on the circuit board and is connected to the IO pins on FPGA. -
Page 17: Dimensional Outline
7. Dimensional Outline 7.1. ARTCAM-264IMX-WOM - 17 -... - Page 18 Illustrations of the relationship between the Mount and the Sensor surface monochrome color The height of the light receiving surface when the PCB Board pasted is mounted - 18 -...
- Page 19 Position Relationship Diagram between the sensor package and the light receiving surface H = 3.45[um] * 2448 = 8445 [um] V = 3.45[um] * 2048 = 7065 [um] Field of Vision: Lens versus Sensor（reference value） ※The ratios of sensor size (diagonal) to lens size in the above illustrations are as follows: 1/2 inch = φ8mm, 2/3 inch = φ11mm, 1 inch = 15.8mm Please note that the actual field of view varies depending on different lens.
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Page 20: Spectral Sensitivity Characteristics (Reference Value)
8. Spectral Sensitivity Characteristics (Reference Value) 8.1. ARTCAM-264IMX-WOM（color model） 8.2. ARTCAM-264IMX-WOM（Monochrome Model） - 20 -... -
Page 21: Ir Cut Filter（Color Model Only
8.3. IR Cut Filter（Color Model only） Glass Material: White Board (B270) Reference refractive index 1.52 Thickness: 1.00mm (within a tolerance of ±0.1mm) 8.4. Characteristic of Visible Light Cut Filter Model Name: R70 Reference refractive index 1.546 Thickness: 2.50mm - 21 -... -
Page 22: System Requirements
9. System Requirements 9.1. Recommended System Requirements ●Host Controller This camera is applicable to USB 2.0. ●CPU The driver of this camera is applicable to computer architecture “x86” or “amd64”. The specification of CPU effects directly the imaging process speed, therefore it is highly recommended to utilize a high-end CPU if possible. - Page 23 ARTRAY CO., LTD. Obtained ISO 9001: 2015 2018/9/17 1-17-5 Kouenjikita, Suginami-ku, Tokyo 166-0002 Japan Tel: +81-3-3389-5488 Fax: +81-3-3389-5486 Email: sales@artray.us URL: www.artray. us - 23 -...
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