The World Beyond The Digital Microscope Camera Eyepiece

Just beyond the digital microscope camera eyepiece is a new world for you to explore.  If your career is in science or in medicine, it's a world that you're required to investigate regularly.  But even for students and science enthusiasts, it's a world that can be quite exciting.  Let's take a trip into that world.  And yes, the journey starts with an eyepiece.  Usually when you think of a microscope, you think of a device in which the eyepiece is essential.  However, a digital microscope can actually operate without a standard eyepiece.  A digital microscope relies on a sensor to provide a magnified view of an object or specimen--which is displayed on a monitor.  That means you're capable of capturing both still images or, turn the digital camera into a microscope video camera eyepiece to capture live video of moving specimens.Why digital microscopes?  Let's face it:  It's a digital world now, and this has now entered the world of microscopy full force.  Today's modern scientific microscopes have basically the same parts that most types of microscope have always had.  But now, a built-in CCD digital camera gives it enhanced abilities.  Now, a glance into the digital microscope camera eyepiece brings tiny organisms to life in ways never dreamed of before the computer age.CCD stands for "charged coupled device."  This is the sensor which records images of animal or plant tissues, and microbes, shown on a computer monitor screen via the computer's USB port.  You can then store this image on the PC's hard drive for future reference.A digital microscope uses fluorescence, transmitted light and phase content to observe animal and plant tissues and microbes.  By using the magnification selector, researchers or students can view the image of the specimen 25, 100, 200, 400 or even 1000 times its original size.  And because you're now viewing these on a monitor instead of through a standard eyepiece, the bigger your monitor, the bigger your magnification will be.  Naturally, the larger images will distort the resolution somewhat, but because digital cameras used in micro-photography have ultra-fine resolutions of 5 megapixels and even 2 megapixels, this is not normally a problem.With a few microscopes, magnification is determined by multiplying your magnification capacity of the scope's objective lens by the eyepiece magnification capacity.  Image magnification is, therefore, one consideration when you're buying a microscope for micro-photography.  Other considerations are whether you're buying for professional research, as a hobby, or for school and college laboratories.  For professional research, get the highest magnification you can afford.  For school labs, you can normally be alright by going the cheap route.Even though the digital microscope is already quite sophisticated, tomorrow's models promise to be even more so.  Today's microscopes offer outstanding image visibility, and by using the monitor rather than a standard eyepiece pack, several persons can view the sample at the same time.  This makes the tool excellent for both educational and research purposes.  But still there are limitations.  For instance, one currently needs a 10 foot screen to get an accurate magnification at 200x.  Future models, though, will allow accurate magnification on any screen size.In choosing your digital microscope, your needs and style are the primary considerations.  The hobbyist does not need the highly sophisticated model that a professional researcher might.  And yet one thing will remain the same:  Everyone engaged in this fascinating journey will learn and be enthralled by their trip beyond the digital microscope camera eyepiece.