"Technical Report: A Research on Mutual Interaction of Two
... The purpose of this study was to look into the strength of the assumed interaction of two electron beams' space charge in a cathode ray tube monitor. The phenomenon is observed as a repulsion of two beam's pixel images on the screen. As one beam is turned on/off the other beam moves a few tens of mi ...
... The purpose of this study was to look into the strength of the assumed interaction of two electron beams' space charge in a cathode ray tube monitor. The phenomenon is observed as a repulsion of two beam's pixel images on the screen. As one beam is turned on/off the other beam moves a few tens of mi ...
Vacuum Tube Amplifier (1).
... The objective of this project is to become familiar with vacuum tubes and vacuum tube amplifiers As seniors in electrical engineering and having had an experience with solid state transistors in the classroom and laboratory, we want to explore an alternative way of electrical signal amplificatio ...
... The objective of this project is to become familiar with vacuum tubes and vacuum tube amplifiers As seniors in electrical engineering and having had an experience with solid state transistors in the classroom and laboratory, we want to explore an alternative way of electrical signal amplificatio ...
Vertical Resolution
... is amplified phosphor and transmitted by for focusing and steering inside frontmonitor screen cable to the television electron beam ...
... is amplified phosphor and transmitted by for focusing and steering inside frontmonitor screen cable to the television electron beam ...
electricity : answer key
... CHANGED INTO ELECTROMAGNETIC WAVES, WHICH ARE THEN CONVERTED BACK INTO SOUND VIBRATIONS. 2. TRANSMITTER AND RECEIVER. THE TRANSMITTER DETECTS VIBRATIONS, CHANGING THEM INTO ELECTRIC CURRENT; THE RECEIVER CHANGES THE ELECTRIC CURRENT BACK INTO SOUND VIBRATIONS. 3. ANSWERS MAY VARY SLIGHTLY. STUDENTS ...
... CHANGED INTO ELECTROMAGNETIC WAVES, WHICH ARE THEN CONVERTED BACK INTO SOUND VIBRATIONS. 2. TRANSMITTER AND RECEIVER. THE TRANSMITTER DETECTS VIBRATIONS, CHANGING THEM INTO ELECTRIC CURRENT; THE RECEIVER CHANGES THE ELECTRIC CURRENT BACK INTO SOUND VIBRATIONS. 3. ANSWERS MAY VARY SLIGHTLY. STUDENTS ...
PDF File!
... grounding point if there is one. Keep the rock at least 2 inches away from the tube envelope to avoid heating it. The schematic does not show the heater, ground one side and decouple the other side at the socket with a 0.01 ceramic condenser. Heater voltage is 6.3V. If it exceeds 6.6V when loaded by ...
... grounding point if there is one. Keep the rock at least 2 inches away from the tube envelope to avoid heating it. The schematic does not show the heater, ground one side and decouple the other side at the socket with a 0.01 ceramic condenser. Heater voltage is 6.3V. If it exceeds 6.6V when loaded by ...
EP-20 e/m of the Electron Apparatus
... From equation 3 it can be seen that the product of the electron path radius times the value of the magnetic field should be a constant for a single setting of the acceleration voltage V. From this average value, the value of e/m can be calculated. Typical results are given in table 1. ...
... From equation 3 it can be seen that the product of the electron path radius times the value of the magnetic field should be a constant for a single setting of the acceleration voltage V. From this average value, the value of e/m can be calculated. Typical results are given in table 1. ...
How Things Work Homework 8
... How Things Work Homework 8 Due: Tuesday, November 10th, 2015 Conceptual: 1. Ch. 10. Exercise 29 2. Ch. 10. Exercise 40 3. Briefly summarize how a CRT works in terms of electric potential. After electrons are produced (which you do not need to describe), how are the electrons accelerated? Focused? Ho ...
... How Things Work Homework 8 Due: Tuesday, November 10th, 2015 Conceptual: 1. Ch. 10. Exercise 29 2. Ch. 10. Exercise 40 3. Briefly summarize how a CRT works in terms of electric potential. After electrons are produced (which you do not need to describe), how are the electrons accelerated? Focused? Ho ...
Deflection tube
... seems likely reduce the heater voltage slightly. Switch on the power supply to the coils and increase the voltage. If you have connected the coils correctly (in series) and with the right polarity a magnetic field will be produced that will oppose the electric field. Eventually the field will reach ...
... seems likely reduce the heater voltage slightly. Switch on the power supply to the coils and increase the voltage. If you have connected the coils correctly (in series) and with the right polarity a magnetic field will be produced that will oppose the electric field. Eventually the field will reach ...
Geiger-Mueller tube
... potential is connected between the anode and cathode. The end of a tube is closed by a ‘window’, the thickness of which varies from tube to tube depending on the type of radiation it is designed to detect. The thickness of the end window is quoted in mg cm-2 for alpha-particles it is about 2, for be ...
... potential is connected between the anode and cathode. The end of a tube is closed by a ‘window’, the thickness of which varies from tube to tube depending on the type of radiation it is designed to detect. The thickness of the end window is quoted in mg cm-2 for alpha-particles it is about 2, for be ...
TAP 103- 2: Current and charge in electron beams
... The 5 kV supply used must be an educational type with an output current limited to less than 5 mA. ...
... The 5 kV supply used must be an educational type with an output current limited to less than 5 mA. ...
Travelling Wave Tube
... Changing the number of turns or diameter of the turns in the helix wire, the speed at which RF signal wave travels in the form of axial E field, can be varied. DC beam velocity of the beam is maintained slightly greater than that of the axial field. The helical delay structure has the added advanta ...
... Changing the number of turns or diameter of the turns in the helix wire, the speed at which RF signal wave travels in the form of axial E field, can be varied. DC beam velocity of the beam is maintained slightly greater than that of the axial field. The helical delay structure has the added advanta ...