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  • SRF, HRF, SSR. What Do These Acronyms Really Mean? (.pdf)
    FPA Thermography cameras were introduced in the mid 1990's. At the time, the number of commercially available models was very limited, with a frame size of about 70,000 pixels. Nowadays, the targeted maintenance market includes dozens of models, with detector sizes ranging from 6,500 to more than
  • Synthesis of (SrLaF)FeAs superconducting films by pulsed laser deposition
    ), ultra violet (UV)-cut Xe lamp (from. advantages for the synthesis of high quality epitaxial thin. 0.4 to 1.1μm), and UV-light emitting diode (UV-LED). films because of the high reactivity of ad atoms on the films. [5]. (JW-system UV LED peak: 400 nm, width: ± 20 nm). . (SrF)FeAs is isostructural
  • Application: RF Attenuators Use Reed Relays
    with skew. rates less than 20 picoseconds. • Ability to carry RF signals from DC up to 20. GHz (SRF). • 50 characteristic impedance. • Switch to shield capacitance < 0.5 picofarads. and < 0.2 pf across the open contacts. • Dielectric strength across the contacts 200. volts. • Contacts dynamically tested
  • Technicalities
    , as well as the core geometry, affect the core's "effective permeability ". For a given core shape, size and material,. and a given winding, higher permeability magnetic materials result in higher inductance values as opposed to lower permeability. materials. SRF (SELF-RESONANT FREQUENCY). The frequency
  • Non-Contact 3D Surface Metrology of Large Grain High Purity Niobium by SLCM and FESEM
    (SRF) cavities will be required for the. proposed International Linear Accelerator, imposing stringent requirements on production quality,. uniformity and yield. One source of variability is from surface topology introduced by the chemical. removal (either by chemical or electro-polishing
  • Part Marking Guide
    , SOV, SOW,. 25.000. FREQUENCY. SRD, SRF, STG, STH, SVF, SVH, SWG, SWH, SWJ, SWK, SWP,. B A 2. YEAR. MONTH. SWQ, SWR, SWS. FACTORY DESIGNATOR. SERIES. FACTORY DESIGNATOR. SUNTSU. MONTH. YEAR. S J C B 2. SCB, SCJ, SDD, SDE, SDF. PART # DESIGNATOR. AO 25.0. FREQUENCY. FACTORY DESIGNATOR. YEAR. MONTH
  • Application: Testing IC's Using Reed Relays
    for billions of operations. • High reliability. • Ideal RF characteristics. • Ideal for carrying fast digital pulses with skew. rates less than 20 picoseconds. • Ability to carry RF signals from DC up to 20. GHz (SRF). • 50 characteristic impedance. • Switch to shield capacitance < 0.5 picofarads
  • Application: Oscilloscope Feed Loops Use Reed Relays
    . • Ideal RF characteristics. • Ideal for carrying fast digital pulses with skew. rates less than 20 picoseconds. • Ability to carry RF signals from DC up to 20. GHz (SRF). • Switch to shield capacitance < 0.5 picofarads. • Dielectric strength across the contacts 200. volts. Figure 2. Shows a noisy