Recent content by pulsemaster

okay you did not laugh at the mistake in my question. so question is : if they double the cells in each cavity section from 9 to 18. what rf field strength would they need to obtain the same energy of electron on the output? (power remains constant) thanks

Try a garage door opener system Try using a garage door opener system. Two reasons. 1-you need a transmitter on a set frequency that trans mits a code 2-you need a receiver that receives a set frequency that needs a code to turn the power on. Instead of the door opening and closing you...

try calling the baldor or leeson motor rep try calling the baldor or leeson motor rep they will know what is best for your application not much else to say without specs for horse power or speeds these motors are both great good luck

I was just wondering about the International Linear Collider and the Tesla Cavities. okay as i see it they run a 9 cell cavity with a field strength of 222kW RF at 1.3 ghz and a beam current of 8.5 ma. my question is if they doubled the cavities to 18, what rf field strength would they need to...

oops oops... I just read your original question again. tubes are current switches controlled by voltages i believe. the capacitive and inductive properties depend on each tubes physical properties. the manufacturer spec sheet would provide you with that. say a characteristic rise time when...

let us asume near the speed of light let us assume near the speed of light electrons and we need to bend the beam 90 degrees. a good exaple of beam bending is the IBA Rhototron as each pass thru the field in the vacuum is a 1MeV and is bent to re enter the vacuum when it exits the vessel...

try reverse engineering the only thing that comes to mind is to buy a couple old tubes of different power ratings. makes sure you have the factory spec sheet and then take them apart and measure everything. reverse engineeer them to your application. there is so much that can cause you...

hi i am new here and i have a simple question. if i am using a magnet to bend an electron beam. as the electron speed increases near to the speed of light. does the magnetic field strength vary directly with the speed or energy of the electron to hit the same target. thanks