WebTelemark offers the largest selection of multi-pocket electron beam sources on the market. Pocket sizes from 2cc to 100cc are available. Vacuum compatibility selections from 10 -7 torr to 10 -9 torr enable a one stop shop for all your multi-pocket source needs. Utilizing 270⁰ beam deflection, Telemark sources are state-of-the-art in e-beam ... WebTelemark 241/247/248Electron Beam Source WARRANTY This Electron Beam Source is guaranteed against faulty materials and workmanship for a period of 12 months after delivery from Telemark. This warranty is valid only for normal use where regular maintenance is performed as instructed. This warranty shall not apply if repair has been performed or an
Temescal Model CV-6SLX Electron Beam Power Supply
WebThe Temescal Model CV-6SLX is a 6-kW, constant voltage switching power supply designed to power and control a single electron beam source. The CV-6SLX power supply is compatible with sources featuring either permanent-magnet or electromagnetic deflection. WebCHA's SmartSource Electron Beam Gun combined with CHA's unique thermal Swing Source addresses applications from university and R&D to multilayer thin film processing, including GaAs devices to optical coating. Available in 4-, 6- and 8-pocket configurations, the SmartSource uses a permanent magnet with a superimposed field that is varied by ... matlab symbolic cross product
Ferrotec Electron Beam Components
WebTelemark Model 244/264/273/274/294 Electron Beam Source Instruction Manual 6 1 UNPACKING Your electron beam source is packed into a specially designed double … Web3. Change the operation mode of the software from “Auto” to “manual” a. Click on the manual button on the top left of the screen b. Manual button will turn green and “Auto” button will turn gray 4. Click on the Gray “E-Beam Status and Control” Tool Bar a. E-Beam Control Window will open up 5. In the “E-Beam Control” window: a. WebDescription This instrument is a custom engineered evaporator for both planar deposition and GLAD deposition for fabricating nanostructured columnar thin films. E-beam evaporation can be used to deposit materials with high melting points such as Ta, W, Ti, SiO 2, Al 2 O 3, etc. matlab symbolic differential equation