OEM Low Cost CCD Cameras

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Shannon Rice
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1 OEM Low Cost OEM Imaging Solutions Apogee is a proven supplier of OEM imaging solutions. We can provide a modified version of any of our standard models or a completely new design to your requirements. Contact us for more information on how we can be your preferred supplier of embedded imaging systems. OEM Evaluation Program We can help you choose the right sensor for the job. If we do not already support the sensor that you need, we can discuss adding it to our product line. Once a sensor has been chosen, we provide OEM customers with a system for evaluation. The best way to feel confident that our systems are right for you: try one out. Cost We supply the best price/performance in the industry. Researchers rely on Apogee to provide excellent value for their investment. OEMs rely on Apogee to make their products more cost effective and competitive. Please contact our sales team for a quotation for any quantity, large or small. We make it easy for you to get started with us. Ease of Integration All of our systems run on a single universal software driver. If you integrate control of one Apogee system into your custom software environment, you automatically have support for all of our systems. Based on the feedback we get from our customers, integration is simple and straightforward. Broad Selection We offer a wide selection of s, from interlines to full frame front-illuminated to back-illuminated, from 512 x 512 to more than 22 megapixels. You can choose from a variety of sizes and shapes, from lowest cost to highest performance, knowing that you can build an entire product line around a single software integration. Quality Our goal is steady refinement in every aspect of the cameras, including product consistency, product lifetimes, rapid delivery, ease of adaptation and use, and added hardware and software features. We are proud to say that we are ISO compliant. Customization Apogee has a long history of working with OEM customers to modify our product line to fit their requirements. Perhaps you need to incorporate custom optical elements or to reduce the back focal distance of the camera. Let us know how we can optimize our cameras to best suit your application

ASCENT A3 The Ascent A3 has a 1/3 format interline transfer sensor with high quantum effi ciency and twice the dynamic range of similar Sony sensors.

2 ASCENT A3 The Ascent A3 has a 1/3 format interline transfer sensor with high quantum effi ciency and twice the dynamic range of similar Sony sensors. The camera is available with a monochrome sensor or color sensor with a Bayer mosaic (with C suffi x). The A3S supports single channel output; the A3D supports dual channel output for twice the speed. Low noise and small pixels are ideal for OEM applications, biological sciences, guiding / adaptive optics, and other high frame rate applications. 648 x 484 array, 7.4 x 7.4 micron pixels Programmable dual channel 16-bit digitization speeds up to Mpixels/sec per channel Array Size (pixels) 648 x 484 Kodak KAI-3M (mono) or MC (color) 7.4 x 7.4 microns Imaging Area 4.8 x 3.6 mm (17.2 mm 2 ) 6 mm Video Imager Size.37 Linear Full Well (typical) K electrons (typical) 74 db QE at nm 47% Peak QE (48 nm) 56% Anti-blooming (nominal) X Imaging Area of Astronomy Luminance testing For complete specifications, including cosmetic grading, see data sheet from manufacturer. SENSITIVITY PC Interface USB 2. Max. Cable Length (max. total of m) Wide variety of extenders available, including fi ber optics to km. 16 bits at up to Mpixels/sec per channel (A3S = single channel; A3D = dual channel) 15 e - RMS at 1.5 MHz 1 x 1 to 4 x 484 on-chip Minimum microseconds (no vane shutter); max.183 minutes Thermoelectric cooler with forced air. Maximum cooling 45 C below ambient temperature (D2 housing); 65-7 C below ambient temperature (D9 housing). Photodiode:.6 e - /pixel/sec. Storage diode: 6 e - /pixel/sec. (-15 C) ±.1 C Measured with cover glass 9 (.65 kg) Standard: 1.25 (2.cm). Low profile:.4 (1.17 cm). D9: 1. (3.56cm). [optical] - C to 35 C. Relative humidity: to 9% non-condensing W maximum power with internal shutter open and cooling maximum. AC/DC brick supply with int l AC input plug (-2V, - Hz). Alternate 6V input from user s source

3 ASCENT A5 The Ascent A5 has a 1.3-megapixel interline transfer sensor with small pixels ideal for low magnifi cation microscopy. The camera is available with a monochrome or color sensor. 13 x 24 array, 4.65 x 4.65 micron pixels Programmable 16-bit digitization speeds up to Mpixels/sec Sony ICX5 Imaging Area of SENSITIVITY PC Interface USB 2. (max. total of m) Wide variety of extenders available, including fi ber optics to km. 16 bits at up to Mpixels/sec 8 e - RMS at 1.5 MHz 1 x 1 to 4 x 24 on-chip Minimum microseconds (no vane shutter); max.183 minutes Thermoelectric cooler. Maximum forced air cooling C below.1 e - /pixel/sec Array Size (pixels) 13 x x 4.65 microns Imaging Area 6.3 x 4.8 mm (.1 mm 2 ) 7.9 mm Video Imager Size. Linear Full Well (typical) K electrons 62 db QE at nm % Peak QE (48 nm) 42% Anti-blooming (nominal) Yes For complete specifications, including cosmetic grading, see data sheet from manufacturer. ±.1 C (.65 kg) Standard:.32 (.81 cm). [optical] - C to 35 C. Relative humidity: to 9% non-condensing. W maximum power with internal shutter open and cooling maximum. AC/DC brick supply with int l AC input plug (-2V, - Hz). Alternate 6V input from user s source

4 ASCENT A285 The Ascent A285 has a 1.3-megapixel interline transfer sensor with low noise and high quantum effi ciency. The camera is available with a monochrome or color sensor. Small pixels are ideal for microscopy. 13 x 24 array, 6.45 x 6.45 micron pixels Programmable 16-bit digitization speeds up to Mpixels/sec Sony ICX285 Array Size (pixels) 13 x x 6.45 microns Imaging Area 8.8 x 6.6 mm (57.9 mm 2 ) 11.2 mm Video Imager Size.7 Linear Full Well (typical) 18K electrons 67 db QE at nm 46% Peak QE ( nm) 62% Anti-blooming (nominal) Yes Imaging Area of For complete specifications, including cosmetic grading, see data sheet from manufacturer. SENSITIVITY 7 PC Interface USB (max. total of m) Wide variety of extenders available, including fi ber optics to km. 16 bits at up to Mpixels/sec 8 e - RMS at 1.5 MHz 1 x 1 to 4 x 24 on-chip Minimum microseconds (no vane shutter); max.183 minutes Thermoelectric cooler. Maximum forced air cooling C below Photodiode:.6 e - /pixel/sec. Storage diode: 6 e - /pixel/sec. (-15 C) ±.1 C (.65 kg) Standard:.32 (.81 cm). [optical] - C to 35 C. Relative humidity: to 9% non-condensing. W maximum power with internal shutter open and cooling maximum. AC/DC brick supply with int l AC input plug (-2V, - Hz). Alternate 6V input from user s source

5 ASCENT A The Ascent A has a 2-megapixel interline transfer sensor with high quantum effi ciency and twice the dynamic range of similar Sony sensors. The camera is available with a monochrome sensor (M version) or color sensor with a Bayer mosaic. Low noise and small pixels are ideal for OEM applications, biological sciences, and fundus imaging. x array, 7.4 x 7.4 micron pixels Programmable dual channel 16-bit digitization speeds up to Mpixels/sec per channel Array Size (pixels) x Kodak KAI-3M (mono) or MC (color) 7.4 x 7.4 microns Imaging Area 11.8 x 8.9 mm (5.1 mm 2 ) 14.8 mm Video Imager Size.93 Linear Full Well (typical) K electrons (typical) 74 db QE at nm 47% Peak QE (48 nm) 56% Anti-blooming (nominal) X Imaging Area of Astronomy Luminance testing For complete specifications, including cosmetic grading, see data sheet from manufacturer. SENSITIVITY PC Interface USB (max. total of m) Wide variety of extenders available, including fi ber optics to km. 16 bits at up to Mpixels/sec per each of two channels 15 e - RMS at 1.5 MHz 1 x 1 to 4 x on-chip Minimum microseconds (no vane shutter); max.183 minutes Thermoelectric cooler. Maximum forced air cooling C below Photodiode:.6 e - /pixel/sec. Storage diode: 6 e - /pixel/sec. (-15 C) ±.1 C Measured with cover glass 9 (.65 kg) Standard:.32 (.81 cm). [optical] - C to 35 C. Relative humidity: to 9% non-condensing W maximum power with internal shutter open and cooling maximum. AC/DC brick supply with int l AC input plug (-2V, - Hz). Alternate 6V input from user s source

6 ASCENT A The Ascent A has a square format 4-megapixel interline transfer sensor with high quantum effi ciency. The camera is available with a monochrome sensor (M version) or color sensor with a Bayer mosaic. Low noise and small pixels are ideal for OEM applications, biological sciences, and fundus imaging. 48 x 48 array, 7.4 x 7.4 micron pixels Programmable dual channel 16-bit digitization speeds up to Mpixels/sec per channel Kodak KAI-3M (mono) or MC (color) Imaging Area of Astronomy Luminance testing SENSITIVITY PC Interface USB 2. Measured with cover glass (max. total of m) Wide variety of extenders available, including fi ber optics to km. 16 bits at up to Mpixels/sec per each of two channels 15 e - RMS at 1.5 MHz 9 1 x 1 to 4 x 48 on-chip 9 98 Minimum microseconds (no vane shutter); max.183 minutes Thermoelectric cooler. Maximum forced air cooling C below Photodiode:.6 e - /pixel/sec. Storage diode: 6 e - /pixel/sec. (-15 C) Array Size (pixels) 48 x x 7.4 microns Imaging Area 15.2 x 15.2 mm (2 mm 2 ) 21.4 mm Video Imager Size 1.34 Linear Full Well K electrons (typical) 77 db QE at nm 45% Peak QE ( nm) 55% Anti-blooming X (nominal) For complete specifications, including cosmetic grading, see data sheet from manufacturer. ±.1 C (.65 kg) Standard:.32 (.81 cm). [optical] - C to 35 C. Relative humidity: to 9% non-condensing. W maximum power with internal shutter open and cooling maximum. AC/DC brick supply with int l AC input plug (-2V, - Hz). Alternate 6V input from user s source

7 ASCENT A The Ascent A has a 16-megapixel interline transfer sensor with high quantum effi ciency. The camera is available with a monochrome sensor (M version) or color sensor with a Bayer mosaic. Low noise and small pixels are ideal for OEM applications, biological sciences, and fundus imaging. This camera is compatible with Apogee s FW fi lter wheel or Optec s IFW x 3248 array, 7.4 x 7.4 micron pixels Programmable dual channel 16-bit digitization speeds up to MHz per channel Programmable, intelligent cooling to C below ambient Binning up to 4 Horizontal x 3248 Vertical Optional external electromechanical shutter Optional Nikon F-mount or 2 slip fi t adapter Array Size (pixels) 4872 x 3248 Kodak KAI-M (mono) or MC (color) 7.4 x 7.4 microns Imaging Area 36 x 24 mm (866.5 mm 2 ) Video Imager Size 2.7 Linear Full Well 43.3 mm K electrons (typical) db QE at nm Mono: 38% Peak QE (4 nm) Mono: 47% Anti-blooming X (nominal) Imaging Area of Astronomy Astrophotography Luminance testing For complete specifications, including cosmetic grading, see data sheet from manufacturer. SENSITIVITY PC Interface USB (max. total of m) Wide variety of extenders available, including fi ber optics to km. 16 bits at up to Mpixels/sec per each of two channels 15 e - RMS at 1.5 MHz 1 x 1 to 4 x 48 on-chip Minimum microseconds (no vane shutter); max.183 minutes Thermoelectric cooler. Maximum forced air cooling C below Photodiode:.6 e - /pixel/sec. Storage diode: 6 e - /pixel/sec. (-15 C) ±.1 C Measured with cover glass 9 (.65 kg) Standard:.32 (.81 cm). [optical] - C to 35 C. Relative humidity: to 9% non-condensing W maximum power with internal shutter open and cooling maximum. AC/DC brick supply with int l AC input plug (-2V, - Hz). Alternate 6V input from user s source

8 ASCENT EM247 The Ascent EM247 has an interline frame transfer EM with a special charge multiplication circuit that amplifi es charge on the before readout. With an on- gain of 1, the sensor behaves much like a normal with maximum well depth of 28 ke - and a typical noise of e -. With higher gains on-, output noise approaches 1ewith severe reduction in well depth. 658 x 496 array, x micron pixels Programmable 16-bit digitization speeds up to Mpixels/sec Precision time delayed integration (TDI) and kinetics mode readout TI TC-247 Imaging Area of Neurology Astronomical guiders / adaptive optics Real-time low light fl uorescence Surveillance SENSITIVITY PC Interface USB 2. (max. total of m) Wide variety of extenders available, including fi ber optics to km. 16 bits at up to Mpixels/sec per each of two channels Gain 1: e - RMS at 1.5 MHz; Gain : 1 e - RMS at 1.5 MHz 1 x 1 to 4 x 48 on-chip Minimum microseconds (no vane shutter); max.183 minutes Thermoelectric cooler. Maximum forced air cooling C below 2 e - /pixel/sec. (- C) Array Size (pixels) 658 x 496 x microns Imaging Area 6.6 x 4.96 mm (32.6 mm 2 ) 8.24 mm Video Imager Size.52 Linear Full Well 28K electrons (gain = 1) 63 db QE at nm 43% Peak QE (5 nm) 52% Anti-blooming none For complete specifications, including cosmetic grading, see data sheet from manufacturer. ±.1 C (.65 kg) Standard:.32 (.81 cm). [optical] - C to 35 C. Relative humidity: to 9% non-condensing. W maximum power with internal shutter open and cooling maximum. AC/DC brick supply with int l AC input plug (-2V, - Hz). Alternate 6V input from user s source

Specifications Summary 1. Array Size (pixels) Pixel Size. Sensor Size. Pixel Well Depth (typical) 95,000 e - 89,000 e -

Specifications Summary 1. Array Size (pixels) Pixel Size. Sensor Size. Pixel Well Depth (typical) 95,000 e - 89,000 e - Apogee Alta Series System Features 1 High Resolution Sensor 1.0 Megapixel sensor with 13 mm pixels delivers a large field of view with high resolution. Programmable TE cooling down to 50 o C below ambient