Related Manuals for ARTRAY ARTCAM-031TNIR
Summary of Contents for ARTRAY ARTCAM-031TNIR
- Page 1 September 20, 2017 Ver1.25 USB2.0 InGaAs NIR CAMERA ARTCAM-TNIR series INSTRUCTION BOOKLET 0.33 M pixels ARTCAM-031TNIR series 0.08 M pixels ARTCAM-008TNIR series 0.016 M pixels ARTCAM-0016TNIR series ARTRAY CO., LTD.
- Page 2 Contents 1. Attention ········································3 2. Introduction·····································6 3. Main Features·································6 4. The Product····································7 5. Connect the Camera························7 6. Specifications··································8 7. Spectral sensitivity characteristics ·······9 8. External Dimensions ························11 9. Optional function······························14 10. Recommended PC··························18 - 2 -...
- Page 3 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．We cannot guarantee the safety of improper uses of the camera.
- 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.
- Page 5 For more details, please refer to the sites below: Hardware Warranty: http: //www.artray.us/download/artray_warranty.pdf ■Dispose To dispose this product, please return the camera to us. If you decide to dispose the camera without returning it us, please follow related regulations and have the camera disposed as an industrial waste.
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Page 6: Main Features
The InGaAs sensor can detect radiation invisible to human eyes and CCD/CMOS cameras in the wavelength range between 900 nm to 1700 nm bond. ・High Resolution, High Frame Rate ARTCAM-031TNIR uses a higher resolution sensor of 640 x 512 pixel and delivers image at 27.4 frame/second ARTCAM-008TNIR uses 320 x 256 pixel sensor and delivers high-speed imaging at 90 frame/second. - Page 7 Model Method Range : 0~65500(Exposure Time：1/833333~4.408sec) Exposure Time=(640+33) x Shutter Value x 0.1 [μsec] ARTCAM-031TNIR *1. When setting is 0, 12*0.1 [μsec] *2. To drive at 640×512 pixels, 10.00MHz Range : 1~32767(Exposure Time：1/25706~1.27sec) ARTCAM-008TNIR Exposure Time＝(320+69) x Shutter Value x 0.1 [μsec] * To drive at 320×256 pixels, 10.00MHz...
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Page 8: Specifications
6. Specifications ARTCAM-031TNIR ARTCAM-008TNIR ARTCAM-0016TNIR Sensor Type InGaAs Image Sensor Number of effective pixels 640(H)x512(V) 320(H)x256(V) 128(H)x128(V) Resolution 640(H)x512(V) 320(H)x256(V) 128(H)x128(V) Active Imager 16.0(H)x12.8(V)mm 1.28” 9.6(H)x7.68(V)mm 2.56(H)x2.56(V)mm Size Scan Mode Progressive Scan Pixel Size 25(H)x25(V)μm 30(H)x30(V)μm 20(H)x20(V)μm Detected 900~1700nm 950~1700nm... - Page 9 7. Spectral sensitivity characteristics 7-1 ARTCAM-031TNIR 7-2 ARTCAM-008TNIR 7-2 ARTCAM-008TNIR 7-2 ARTCAM-008TNIR 7-2 ARTCAM-008TNIR - 9 -...
- Page 10 7-3 ARTCAM-0016TNIR - 10 -...
- Page 11 8. External Dimensions ARTCAM-031TNIR - 11 -...
- Page 12 ARTCAM-008TNIR Drawing of the base without a tripod panel *The design has changed into the small case model of this outline drawing for orders after Jan, 2013. - 12 -...
- Page 13 ARTCAM-0016TNIR Drawing of the base without a tripod panel - 13 -...
- Page 14 9. Optional Functions 9-1 External trigger function ARTCAM-TNIR series are designed to work with external trigger. (Following input circuit diagram applies to 031TNIR, 008TNIR, 0016TNIR) Trigger input circuit diagram Camera 3.3V TRIG FPGA TLP521 R1 = 1.0kΩ R2 = 1.0kΩ *Please advise us if you need this function when you place an order.
- Page 15 9-2 Trigger - Timing Diagram (ARTCAM-031TNIR series) ITEM TIME From the rising edge of external trigger input 1µs or less Until rise of internal trigger signal (Delay due to photo coupler) From the rising edge of the internal trigger input 26PCLK (1PCLK = 1/10000000s = 0.1µs)
- Page 16 9-3 Trigger - Timing Diagram (ARTCAM-008TNIR series) ITEM TIME From the rising edge of external trigger input 1µs or less Until rise of internal trigger signal (Delay due to photo coupler) From the rising edge of the internal trigger input 26PCLK (1PCLK = 1/10000000s = 0.1µs) Until the exposure starts Exposure time...
- Page 17 9-4 Trigger - Timing Diagram (ARTCAM-0016TNIR series) ITEM TIME From the rising edge of external trigger input 1µs or less Until rise of internal trigger signal (Delay due to photo coupler) From the rising edge of the internal trigger input 1PCLK (1PCLK = 1/5000000s = 0.2µs) Until the exposure starts Exposure time...
- Page 18 What may cause the problem is that the regulation of the power lines becomes not enough, and so causes impudence mismatch on data signals. *For the recommended extension cable, please contact our sales department. (TEL: +81-3-3389-5488) ARTRAY CO., LTD. 1-17-5 Kouenjikita, Suginami-ku, Tokyo 166-0002 Japan Tel: +81-3-3389-5488 Fax: +81-3-3389-5486 Email: sales@artray.us...