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LED Binocular Microscope is an instrument used to get an augmented picture of little articles and uncover subtleties of design not in any case discernable. To know more visit:

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SPECTROMETER- DESCRIPTION & TYPES

A Spectrometer is an instrument which studies the light spectrum. All substances have atoms and molecules which are known to man, offering a different spectrum. Examining the spectrum given off by various items and substances through which the item is developed can be easily determined. 

There consist three main types of spectrometers

Infrared Spectrometers,

Visible Spectrometers,

Ultraviolet Spectrometers,

Laser Spectrometers,

These spectrometers are used for measuring their respective spectras. 

FUNCTIONS OF A SPECTROMETER

The basic function of any Spectrometer instrument is to consume light and then further break it into its spectral components, digitizing the signal as a wavelength function and finally displaying it on the computer. 

The initial step involves light which is directed with a fiber optic cable in this instrument through an entrance slit being a narrow aperture.

The slit portrays the light as soon as it enters the spectrometer instrument. Furthermore, the light which is divergent is collimated through a concave mirror being directed onto a grating. Following this, the grating diffuses the light’s spectral components at slightly varying angles.

At the end, the light focuses its attention through another concave mirror, which is further imaged onto the detector.

Therefore, all these key functions can be performed simultaneously through a concave holographic grating. 

USES OF SPECTROMETER:

Examining dissolved oxygen content in marine ecosystems and fresh waters

Acknowledging knowledge on the spectral emission lines belonging to distant galaxies

Simplification of proteins

Exploration of space

Integral analysis of Respiratory gas in hospitals

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What is a Digital Microscope?

A Digital Microscope is composed of a Digital Camera, omitting the need of  an eyepiece, making it easier to view images. A computer monitor is connected with a Digital Microscope which displays the required results immediately. A digital microscope may also be referred to as a Modern Microscope which omits the use of an eyepiece, distinguishing it from Traditional Microscopes. These microscopes are composed of a detector such as a digital camera acting as a detector along with the image output device. The image is displayed on the computer screen or monitor, further defining the microscope’s scope digitally. 

What is a Digital Microscope used for?

Displays image on a computer screen without an eyepiece

Digital Microscope captures images to accurately examine, measure and analyse the subject matter on a wider scale

All the data captured on a digital microscope such as images, videos can be positively used in presentations, reports, and assessments

Digital Microscopes are cost effective, eliminating the need for a single microscope for an individual as the same image can be viewed by a number of people

Both High Power Digital Microscopes and Low Power Stereo Microscopes are used in scientific fields such as Biology, Earth Sciences as well as Chemistry

Digital Microscopes make it easy to view the small parts on a big screen

Digital Stereo Zoom Microscopes also known as Industrial Microscopes, are recommended by quality control labs and for fields such as Petrology, Gemology, and even Numismatics

Examining Historical Documents

Holding up researches for archeology as well as paleontology

Working of a Digital Microscope 

The working of a Digital Microscope involves a digital camera as well as optics which outputs the captured images onto a computer monitor. Their range may vary depending upon their complexity ranging from simple handheld versions to an extremely advanced system that offers a diverse option of measurement functions and observation methods. 

A computer software is used by Digital Microscopes to perform advanced tasks. Such computer software are composed of features such as recording video, editing any video footage, adjusting images, examining 3-D samples. 

 Advantages of using a Digital Microscope

 Digital Microscopes are used for a number of purposes and are extremely useful. 

Collaboration- Digital Microscopes help in sharing images with a number of people on a computer screen

Ease- It is an easy task to view samples on the monitor display, avoiding the use of eyepieces

Improved Quality Images- Digital microscopes offer a high quality image because of their ability to project an image directly to the camera

Saving Data- The images on a Digital Microscope can be saved on a hard drive or any storage disk

Smooth Operation- Digital Microscopes are easy to use as compared to traditional microscopes because of its features thus leading to an effective workflow

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If you want to know about the uses and maintenance of microscopes.Then we have something for you. By clicking on this link you will get the information regarding microscopes uses and maintenance of it.