Imaging Books
http://www.moleculardevices.com/pages/MM-new/meta_books.html
Thursday, June 19, 2008
High powered light source for fluorescence microscopy
High powered light source for fluorescence microscopy
http://www.chroma.com/images/stories/PhotofluorBrochure.pdf
http://www.chroma.com/images/stories/PhotofluorBrochure.pdf
H A N D B O O K of O P T I C A L F I L T E R S for F L U O R E S C E N C E M I C R O S C O P Y
H A N D B O O K of O P T I C A L F I L T E R S for F L U O R E S C E N C E M I C R O S C O P Y
- C H R O M A T E C H N O L O G Y C O R P
by J A Y R E I C H M A N
http://www.chroma.com/images/stories/resources/handbook4.pdf
- C H R O M A T E C H N O L O G Y C O R P
by J A Y R E I C H M A N
http://www.chroma.com/images/stories/resources/handbook4.pdf
Monday, June 16, 2008
PicoP Display Engine - How it Works
Microvision’s PicoP display engine is used in Pico Projectors Displays, Vehicle Displays, and Wearable Displays. The PicoP display engine is comprised of a MEMS scanner, Red, Green and Blue Laser Light Sources, Optics, and Electronics. The PicoP display engine includes the drive electronics that acquire and process signals from a data source to control and synchronize the color mix and placement of individual pixels.
Each color pixel is generated by combining modulated red, green and blue laser light sources. The intensity of each of the light sources is varied to generate a complete palette of colors and shades. For example, red pixels require the red laser be turned on whereas the blue and green lasers are turned off. For purple pixels, red and blue lasers are turned on whereas the green laser is turned off.
The MEMS scanning mirror directs the beam of light toward the projection surface in the pico projector case. For other applications unique optical elements direct the beam of light toward the additional optics external to the PicoP display engine. For example, in the case of a head-up display there are external optics that ensure the image is viewable within the driver’s eyebox.
In the case of a wearable displays there are additional optics that are embedded into fashionable or protective eyeglasses. The pixels are arranged by a repetitive horizontal scanner motion that rapidly sweeps the light beam to place the pixels into rows and a vertical scanner motion that moves the light beam up and down to points where successive rows of pixels are drawn. This process is continued until an entire field of rows has been placed and a full image appears to the user.
The image is projected to the users eye, wall, or any other surface.
Since the PicoP display engine uses a single beam of light and a small scanning mirror to create an image, we can create a large image from a small package.
http://www.microvision.com/technology/picop.html
Each color pixel is generated by combining modulated red, green and blue laser light sources. The intensity of each of the light sources is varied to generate a complete palette of colors and shades. For example, red pixels require the red laser be turned on whereas the blue and green lasers are turned off. For purple pixels, red and blue lasers are turned on whereas the green laser is turned off.
The MEMS scanning mirror directs the beam of light toward the projection surface in the pico projector case. For other applications unique optical elements direct the beam of light toward the additional optics external to the PicoP display engine. For example, in the case of a head-up display there are external optics that ensure the image is viewable within the driver’s eyebox.
In the case of a wearable displays there are additional optics that are embedded into fashionable or protective eyeglasses. The pixels are arranged by a repetitive horizontal scanner motion that rapidly sweeps the light beam to place the pixels into rows and a vertical scanner motion that moves the light beam up and down to points where successive rows of pixels are drawn. This process is continued until an entire field of rows has been placed and a full image appears to the user.
The image is projected to the users eye, wall, or any other surface.
Since the PicoP display engine uses a single beam of light and a small scanning mirror to create an image, we can create a large image from a small package.
http://www.microvision.com/technology/picop.html
Benefits of Lasers in Real World Applications
Laser technology helps save lives, map the human genome, and accurately measure the distance between the earth and the moon.
Lasers have evolved from modern marvels to a staple of modern life with laser based levels and laser pointers becoming commonplace.
The benefits of laser technology are well known and widely used. Lasers produce a beam of light that is monochromatic, coherent, small and straight. More simply put, lasers generate a single color or wavelength. Most common laser based products use a small laser that emits red light. This works well for many applications like laser levels, bar code scanners, and conventional DVD players.
It is laser technology that has made possible jumps in storage capacity from vinyl to CD to currently available DVDs. CD’s introduced digital music and video reproduction to replace noisy, fragile and low capacity analog recordings. Developments in laser technology will continue to enable leaps in storage capacity. Recent announcements reveal that to make next generation DVDs hold even more data, manufacturers use a shorter wavelength provided by a blue laser.
NEW LASERS LEAD TO NEW OPPORTUNITIES
Laser technology also offers advantages for generating images. Lasers are smaller and brighter than alternative light sources. Light from most sources spreads out as it travels so that much less of it hits a given area as it moves farther from its source. Laser light doesn’t behave this way. The beam can be directed or scanned with precision and can even be “pixel” sized.
Three primary colors, (red, green, blue) are used to generate the full-color images we commonly see in televisions, computers, and video displays. Red lasers are established and widely available in commercial products today; blue and green lasers are coming shortly. Developments in these compact blue and green lasers will enable a new generation of products capable of generating full color images.
Laser technology can generate bright full color images from a battery powered micro-sized device. This is why Microvision chose laser light sources for the ultra-miniature PicoP™ display engine.
The PicoP enables manufacturers of hand-held devices to create next generation products that provide consumers with the ability to project full color, high resolution images from their mobile phones, laptop computers, personal media players, and other portable devices.
http://www.microvision.com/technology/benefits.html
Lasers have evolved from modern marvels to a staple of modern life with laser based levels and laser pointers becoming commonplace.
The benefits of laser technology are well known and widely used. Lasers produce a beam of light that is monochromatic, coherent, small and straight. More simply put, lasers generate a single color or wavelength. Most common laser based products use a small laser that emits red light. This works well for many applications like laser levels, bar code scanners, and conventional DVD players.
It is laser technology that has made possible jumps in storage capacity from vinyl to CD to currently available DVDs. CD’s introduced digital music and video reproduction to replace noisy, fragile and low capacity analog recordings. Developments in laser technology will continue to enable leaps in storage capacity. Recent announcements reveal that to make next generation DVDs hold even more data, manufacturers use a shorter wavelength provided by a blue laser.
NEW LASERS LEAD TO NEW OPPORTUNITIES
Laser technology also offers advantages for generating images. Lasers are smaller and brighter than alternative light sources. Light from most sources spreads out as it travels so that much less of it hits a given area as it moves farther from its source. Laser light doesn’t behave this way. The beam can be directed or scanned with precision and can even be “pixel” sized.
Three primary colors, (red, green, blue) are used to generate the full-color images we commonly see in televisions, computers, and video displays. Red lasers are established and widely available in commercial products today; blue and green lasers are coming shortly. Developments in these compact blue and green lasers will enable a new generation of products capable of generating full color images.
Laser technology can generate bright full color images from a battery powered micro-sized device. This is why Microvision chose laser light sources for the ultra-miniature PicoP™ display engine.
The PicoP enables manufacturers of hand-held devices to create next generation products that provide consumers with the ability to project full color, high resolution images from their mobile phones, laptop computers, personal media players, and other portable devices.
http://www.microvision.com/technology/benefits.html
Friday, June 13, 2008
Cameras are certified GigE vision compliant
Cameras are certified GigE vision compliant
Featuring 2/3 in. CCD sensor from SONY, Genie C1410 and Genie M1410 cameras are designed for industrial imaging applications in semiconductor, robotics and traffic control industries. They come in color (C1410) and monochrome (M1410) versions running at 22 FPS. Integrating both advanced camera and board image acquisition technologies, cameras feature global electronic shutter with exposure control, on-board flat-field correction, and on-board color conversion.
DALSA Introduces Two New Genie CamerasNew Sensor Enables Superior Image CaptureGenie cameras to be showcased at The Vision Show, June 9-10 in Boston WATERLOO, ONTARIO - May 27, 2008 - DALSA Corporation (TSX: DSA) today announced two new models of its Genie(TM) GigE Vision-compliant camera family. The Genie C1410 and Genie M1410 cameras feature a new high quality, high sensitivity sensor and are specifically designed for industrial imaging applications in the semiconductor, robotics and traffic control industries.The Genie 1410 features a two-thirds inch CCD sensor from SONY (ICX285) and is available in colour (C1410) and monochrome (M1410) versions running at 22 frames per second (FPS). Additional features include: global electronic shutter with exposure control, on-board flat-field correction, and on-board color conversion (used by the colour model) to produce crisp and clear images. The GigE Vision camera acts as a single machine vision component - integrating both advanced camera and board image acquisition technologies in one small package. The camera features an RJ45 ruggedized screw mount cable connector, ideal for robotics applications. High Quality Image Capture for ITSOne of the primary application areas for these small, high sensitivity cameras is within Intelligent Transportation Systems (ITS), in order to automate traffic management, traffic enforcement and tolling. Machine vision systems support ITS by automating the monitoring and enforcement of traffic laws such as stopping at red lights, paying tolls, and monitoring for speeding. ITS systems can also be used to automatically locate, identify, and physically measure a vehicle, and can use optical character recognition (OCR) to read its license plate. This can aid in finding stolen cars, and assist in finding other criminal suspects.GigE Vision(TM)Like all Genie cameras, the C1410 and M1410 are certified GigE Vision compliant, and are based on the AIA (Automated Imaging Association) GigE Vision Standard to directly link the camera to a PC. These new Genie cameras take full advantage of Gigabit Ethernet technology, transmitting data over standard CAT-5e and CAT-6 cables to distances of up to 100m allowing for a greater distance between the camera and inspection system. DALSA continues to lead the deployment of the GigE Vision standard in terms of adopting the technology into their product development efforts. Software AdvantageThe Genie C1410 and M1410 cameras are supported by DALSA's Sapera(TM) Essential software and its Genie Framework package for fast and simple camera set-up - from initial set-up to grabbing images in minutes. Moreover, the Genie Framework employs DALSA's advanced Trigger-to-Image Reliability engineering, significantly accelerating application development and deployment time by providing developers with a 360ยบ view of the entire acquisition process. This family of Genie cameras is easy-to-use and affordable. Other models include the Genie Colour Series models C640, C1024 and C1400; their monochrome counterparts, models M640, M1024 and M1400; and the Genie HM Series camera, models HM640, HM1024 and HM1400 - monochrome cameras which operate at up to 300 FPS, in VGA resolution. For a full resolution picture of DALSA's Genie cameras, visit DALSA's online media kit. For more product information, visit the Genie cameras product page to download data sheets.The Genie camera will be showcased at The Vision Show in Boston, MA, USA, June 10-12, 2008 in DALSA's booth #313. About DALSA's Machine Vision Products and ServicesFor more than 25 years DALSA has led the design, manufacture and deployment of digital imaging components for the machine vision market. Today, DALSA image sensors, cameras, frame grabbers and software are used in thousands of automated inspection systems around the world and across multiple industries including semiconductor, flat panel display, electronics, and manufacturing.About DALSA CorporationDALSA is an international leader in high performance digital imaging and semiconductors with approximately 1000 employees world-wide. Established in 1980, the Company designs, develops, manufactures, and markets digital imaging products and solutions, in addition to providing semiconductor products and services. DALSA's core competencies are in specialized integrated circuit and electronics technology, software, and highly engineered semiconductor wafer processing. Products and services include image sensor components (CCD and CMOS); electronic digital cameras; vision processors; image processing software; and semiconductor wafer foundry services for use in MEMS, high-voltage semiconductors, image sensors and mixed-signal CMOS chips. DALSA is listed on the Toronto Stock Exchange under the symbol "DSA" and has its corporate offices in Waterloo, Ontario, Canada.
Contacts:
Marketing:Kumi Verma
Marketing Communications Manager
USA
Phone: 514-333-1301
Public Relations:
Red Javelin Communications, Inc.
Maria Doyle USA
Phone: 781-964-3536
Company Information:
Name: Dalsa Inc.Address: 605-T McMurray Rd.City: WaterlooState: ONZIP: N2V2E9Country: USA
Phone: 519-886-6000FAX: 519-886-8023http://www.dalsa.com/
Courtesy: http://news.thomasnet.com/
Featuring 2/3 in. CCD sensor from SONY, Genie C1410 and Genie M1410 cameras are designed for industrial imaging applications in semiconductor, robotics and traffic control industries. They come in color (C1410) and monochrome (M1410) versions running at 22 FPS. Integrating both advanced camera and board image acquisition technologies, cameras feature global electronic shutter with exposure control, on-board flat-field correction, and on-board color conversion.
DALSA Introduces Two New Genie CamerasNew Sensor Enables Superior Image CaptureGenie cameras to be showcased at The Vision Show, June 9-10 in Boston WATERLOO, ONTARIO - May 27, 2008 - DALSA Corporation (TSX: DSA) today announced two new models of its Genie(TM) GigE Vision-compliant camera family. The Genie C1410 and Genie M1410 cameras feature a new high quality, high sensitivity sensor and are specifically designed for industrial imaging applications in the semiconductor, robotics and traffic control industries.The Genie 1410 features a two-thirds inch CCD sensor from SONY (ICX285) and is available in colour (C1410) and monochrome (M1410) versions running at 22 frames per second (FPS). Additional features include: global electronic shutter with exposure control, on-board flat-field correction, and on-board color conversion (used by the colour model) to produce crisp and clear images. The GigE Vision camera acts as a single machine vision component - integrating both advanced camera and board image acquisition technologies in one small package. The camera features an RJ45 ruggedized screw mount cable connector, ideal for robotics applications. High Quality Image Capture for ITSOne of the primary application areas for these small, high sensitivity cameras is within Intelligent Transportation Systems (ITS), in order to automate traffic management, traffic enforcement and tolling. Machine vision systems support ITS by automating the monitoring and enforcement of traffic laws such as stopping at red lights, paying tolls, and monitoring for speeding. ITS systems can also be used to automatically locate, identify, and physically measure a vehicle, and can use optical character recognition (OCR) to read its license plate. This can aid in finding stolen cars, and assist in finding other criminal suspects.GigE Vision(TM)Like all Genie cameras, the C1410 and M1410 are certified GigE Vision compliant, and are based on the AIA (Automated Imaging Association) GigE Vision Standard to directly link the camera to a PC. These new Genie cameras take full advantage of Gigabit Ethernet technology, transmitting data over standard CAT-5e and CAT-6 cables to distances of up to 100m allowing for a greater distance between the camera and inspection system. DALSA continues to lead the deployment of the GigE Vision standard in terms of adopting the technology into their product development efforts. Software AdvantageThe Genie C1410 and M1410 cameras are supported by DALSA's Sapera(TM) Essential software and its Genie Framework package for fast and simple camera set-up - from initial set-up to grabbing images in minutes. Moreover, the Genie Framework employs DALSA's advanced Trigger-to-Image Reliability engineering, significantly accelerating application development and deployment time by providing developers with a 360ยบ view of the entire acquisition process. This family of Genie cameras is easy-to-use and affordable. Other models include the Genie Colour Series models C640, C1024 and C1400; their monochrome counterparts, models M640, M1024 and M1400; and the Genie HM Series camera, models HM640, HM1024 and HM1400 - monochrome cameras which operate at up to 300 FPS, in VGA resolution. For a full resolution picture of DALSA's Genie cameras, visit DALSA's online media kit. For more product information, visit the Genie cameras product page to download data sheets.The Genie camera will be showcased at The Vision Show in Boston, MA, USA, June 10-12, 2008 in DALSA's booth #313. About DALSA's Machine Vision Products and ServicesFor more than 25 years DALSA has led the design, manufacture and deployment of digital imaging components for the machine vision market. Today, DALSA image sensors, cameras, frame grabbers and software are used in thousands of automated inspection systems around the world and across multiple industries including semiconductor, flat panel display, electronics, and manufacturing.About DALSA CorporationDALSA is an international leader in high performance digital imaging and semiconductors with approximately 1000 employees world-wide. Established in 1980, the Company designs, develops, manufactures, and markets digital imaging products and solutions, in addition to providing semiconductor products and services. DALSA's core competencies are in specialized integrated circuit and electronics technology, software, and highly engineered semiconductor wafer processing. Products and services include image sensor components (CCD and CMOS); electronic digital cameras; vision processors; image processing software; and semiconductor wafer foundry services for use in MEMS, high-voltage semiconductors, image sensors and mixed-signal CMOS chips. DALSA is listed on the Toronto Stock Exchange under the symbol "DSA" and has its corporate offices in Waterloo, Ontario, Canada.
Contacts:
Marketing:Kumi Verma
Marketing Communications Manager
USA
Phone: 514-333-1301
Public Relations:
Red Javelin Communications, Inc.
Maria Doyle USA
Phone: 781-964-3536
Company Information:
Name: Dalsa Inc.Address: 605-T McMurray Rd.City: WaterlooState: ONZIP: N2V2E9Country: USA
Phone: 519-886-6000FAX: 519-886-8023http://www.dalsa.com/
Courtesy: http://news.thomasnet.com/
Compact ICCD Camera is designed for low-light applications.
Compact ICCD Camera is designed for low-light applications.
Measuring 87 x 51 x 45 mm, AG-7000 auto-gated intensified (ICCD) camera combines Gen III Ultra intensifier tube with interlaced CCD camera offering standard RS-170 analog video output for connectivity to monitors and image acquisition cards. It offers low-light sensitivity, capable of resolving images at 1 x 10-6 lux at face plate, and requires 2.2 W to operate under typical usage and temperature conditions. For use with motorized lenses, 3-axis lens controller is included.
JAI Introduces AG-7000 ICCD CameraJAI has announced the release of the AG-7000, a new auto-gated intensified (ICCD) camera for low-light applications. The AG-7000 combines a high performance Gen III Ultra intensifier tube with a small, interlaced CCD camera offering standard RS-170 analog video output for easy connectivity to monitors and image acquisition cards. With its compact size of 45 mm (H) x 51 mm (W) by 87 mm (L), the AG-7000 is one of the smallest intensified cameras in its class.The camera's Gen III Ultra tube, which is fiber-optically coupled to a large 2/3" format CCD, delivers outstanding low-light sensitivity, capable of resolving images at 1 x 10-6 lux at the face plate. Full auto-gating is provided to automatically protect the sensor against bright environments and enable the camera to be safely used in a variety of day/night applications.The AG-7000 is also equipped with an integrated 3-axis lens controller for use with motorized lenses. Operators can use a software-based graphical user interface (GUI) to remotely control the focus, zoom, or iris settings on standard motorized lenses. Camera and lens control is also available via RS-232 serial commands.In addition to its small size, the AG-7000 requires very little power to operate - only 2.2 watts under typical usage and temperature conditions. It has also undergone more rigorous vibration testing than most ICCD cameras, to better ensure that it will stand up to real-world application environments.Targeted uses for the AG-7000 include a wide range of night vision applications in the defense, and homeland security markets, as well as selected applications in the fields of oceanography, medicine, scientific research, and industrial automation.The AG-7000 is available now. Contact JAI for pricing information.
Company Information:Name: JAI, Inc.Address: 625 River Oaks ParkwayCity: San JoseState: CAZIP: 95134Country: USAPhone: 800-445-5444http://www.jai.com/
Courtesy: http://news.thomasnet.com
Measuring 87 x 51 x 45 mm, AG-7000 auto-gated intensified (ICCD) camera combines Gen III Ultra intensifier tube with interlaced CCD camera offering standard RS-170 analog video output for connectivity to monitors and image acquisition cards. It offers low-light sensitivity, capable of resolving images at 1 x 10-6 lux at face plate, and requires 2.2 W to operate under typical usage and temperature conditions. For use with motorized lenses, 3-axis lens controller is included.
JAI Introduces AG-7000 ICCD CameraJAI has announced the release of the AG-7000, a new auto-gated intensified (ICCD) camera for low-light applications. The AG-7000 combines a high performance Gen III Ultra intensifier tube with a small, interlaced CCD camera offering standard RS-170 analog video output for easy connectivity to monitors and image acquisition cards. With its compact size of 45 mm (H) x 51 mm (W) by 87 mm (L), the AG-7000 is one of the smallest intensified cameras in its class.The camera's Gen III Ultra tube, which is fiber-optically coupled to a large 2/3" format CCD, delivers outstanding low-light sensitivity, capable of resolving images at 1 x 10-6 lux at the face plate. Full auto-gating is provided to automatically protect the sensor against bright environments and enable the camera to be safely used in a variety of day/night applications.The AG-7000 is also equipped with an integrated 3-axis lens controller for use with motorized lenses. Operators can use a software-based graphical user interface (GUI) to remotely control the focus, zoom, or iris settings on standard motorized lenses. Camera and lens control is also available via RS-232 serial commands.In addition to its small size, the AG-7000 requires very little power to operate - only 2.2 watts under typical usage and temperature conditions. It has also undergone more rigorous vibration testing than most ICCD cameras, to better ensure that it will stand up to real-world application environments.Targeted uses for the AG-7000 include a wide range of night vision applications in the defense, and homeland security markets, as well as selected applications in the fields of oceanography, medicine, scientific research, and industrial automation.The AG-7000 is available now. Contact JAI for pricing information.
Company Information:Name: JAI, Inc.Address: 625 River Oaks ParkwayCity: San JoseState: CAZIP: 95134Country: USAPhone: 800-445-5444http://www.jai.com/
Courtesy: http://news.thomasnet.com
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