Types of monitors n CRT n Cathode Ray
![Types of monitors n CRT n Cathode Ray Tube n LCD n Liquid Crystal Types of monitors n CRT n Cathode Ray Tube n LCD n Liquid Crystal](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-1.jpg)
![CRT n The filaments at the back of the cathode tube shoot a beam CRT n The filaments at the back of the cathode tube shoot a beam](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-2.jpg)
![LCD n An LCD panel produces an image using a liquid crystal material made LCD n An LCD panel produces an image using a liquid crystal material made](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-3.jpg)
![Features of a monitor Features of a monitor](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-4.jpg)
![Video cards n Interface between the monitor and the computer. n Also called graphic Video cards n Interface between the monitor and the computer. n Also called graphic](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-5.jpg)
![Video card Video card](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-6.jpg)
![Methods of data transfer n RGB video port n standard method of passing three Methods of data transfer n RGB video port n standard method of passing three](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-7.jpg)
![Methods of data transfer n DVI port - Digital Visual Interface port n digital Methods of data transfer n DVI port - Digital Visual Interface port n digital](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-8.jpg)
![Methods of data transfer n S-Video – Super Video n this method sends two Methods of data transfer n S-Video – Super Video n this method sends two](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-9.jpg)
![Flat Screen Monitors LCD - Plasma n Picture Quality Normal computing, both LCD and Flat Screen Monitors LCD - Plasma n Picture Quality Normal computing, both LCD and](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-10.jpg)
![LCD - Plasma n Power Usage n LCDs use considerably less power than plasma LCD - Plasma n Power Usage n LCDs use considerably less power than plasma](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-11.jpg)
![LCD - Plasma n Pixel Levels n LCD screens generally have more pixels per LCD - Plasma n Pixel Levels n LCD screens generally have more pixels per](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-12.jpg)
- Slides: 12
![Types of monitors n CRT n Cathode Ray Tube n LCD n Liquid Crystal Types of monitors n CRT n Cathode Ray Tube n LCD n Liquid Crystal](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-1.jpg)
Types of monitors n CRT n Cathode Ray Tube n LCD n Liquid Crystal Display
![CRT n The filaments at the back of the cathode tube shoot a beam CRT n The filaments at the back of the cathode tube shoot a beam](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-2.jpg)
CRT n The filaments at the back of the cathode tube shoot a beam of electrons to the screen at the front of the tube n This screen is coated with phosphor that glows when struck by the electron beam.
![LCD n An LCD panel produces an image using a liquid crystal material made LCD n An LCD panel produces an image using a liquid crystal material made](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-3.jpg)
LCD n An LCD panel produces an image using a liquid crystal material made of large, easily polarized molecules
![Features of a monitor Features of a monitor](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-4.jpg)
Features of a monitor
![Video cards n Interface between the monitor and the computer n Also called graphic Video cards n Interface between the monitor and the computer. n Also called graphic](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-5.jpg)
Video cards n Interface between the monitor and the computer. n Also called graphic adapters, video boards, graphics cards, or display cards. n Sometimes the video controller with a video port is integrated into the motherboard.
![Video card Video card](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-6.jpg)
Video card
![Methods of data transfer n RGB video port n standard method of passing three Methods of data transfer n RGB video port n standard method of passing three](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-7.jpg)
Methods of data transfer n RGB video port n standard method of passing three separate signals for red, green, and blue which most video cards and CRT monitors use. n uses a regular 15 -pin Super VGA port
![Methods of data transfer n DVI port Digital Visual Interface port n digital Methods of data transfer n DVI port - Digital Visual Interface port n digital](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-8.jpg)
Methods of data transfer n DVI port - Digital Visual Interface port n digital interface standard used by digital monitor such as a digital flat panel monitor, and digital TVs (HDTV). n for a video card that only has a DVI port, you can purchase a VGA converter so you can connect a standard VGA cable to use a regular analog monitor.
![Methods of data transfer n SVideo Super Video n this method sends two Methods of data transfer n S-Video – Super Video n this method sends two](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-9.jpg)
Methods of data transfer n S-Video – Super Video n this method sends two signals over the cable, one for color and the other for brightness, and is used by some high end TVs and video equipments. n it uses a 4 -pin round port
![Flat Screen Monitors LCD Plasma n Picture Quality Normal computing both LCD and Flat Screen Monitors LCD - Plasma n Picture Quality Normal computing, both LCD and](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-10.jpg)
Flat Screen Monitors LCD - Plasma n Picture Quality Normal computing, both LCD and plasma screens will provide sharp and clear display n Watching Blu-Ray movies or playing highdefinition games, Plasma screens have less picture lag and sharper color resolution than LCD displays. n
![LCD Plasma n Power Usage n LCDs use considerably less power than plasma LCD - Plasma n Power Usage n LCDs use considerably less power than plasma](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-11.jpg)
LCD - Plasma n Power Usage n LCDs use considerably less power than plasma displays, which use self-lighting pixels n Screen Burn-In n Plasma screens are more likely to experience screen burn-in (the screen becomes permanently discolored where the unchanging image was)
![LCD Plasma n Pixel Levels n LCD screens generally have more pixels per LCD - Plasma n Pixel Levels n LCD screens generally have more pixels per](https://slidetodoc.com/presentation_image_h2/f1042647778acd06dfd74294f440c120/image-12.jpg)
LCD - Plasma n Pixel Levels n LCD screens generally have more pixels per square inch than plasma n makes them ideal if you are working with complex spreadsheet programs or editing software n Size n Plasma monitors are usually ahead of the curve regarding their maximum size n the biggest monitors are plasma
Cathode ray oscilloscope working principle
Cathode ray oscilloscope symbol
Diagram of cathode ray tube
Dr. vaibhav shah
Cathode ray tube tracker
Cathode-ray tube
What is cro in electronics
Cathode ray oscilloscope function
Goldstein cathode ray tube
Crts ryles tube full form
Crt l
Cathode ray oscilloscope animation
Cro formula