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Conduct Research Top

  • The Impact of Conductor Surface Profile (Rrms) on Total Circuit Attenuation in Microstrip and Stripline
    Transmission line attenuation is known to be influenced by conductor surface profile (Rrms), an effect that worsens as frequency increases. Using microstrip transmission lines, copper conductive losses are characterized from 0.03 - 30 GHz in low loss materials incorporating various copper types
  • Technical Article: Constant Voltage Transformer Operation
    Capacity. Harmonic Distortion. Impedance. Independent Phase Regulation. Input Range. Input Voltage. KVA and Size. Line Isolation. Load. Load Power Factor and Power Factor Limitation. Minimum Load. Noise Attenuation. Operating Frequency. Output Regulation. Phase. Response Time. Ride Through. Snubber
  • The Anisotropy of Dielectric Constant in TLY-5A Material
    Download PDF. New Low-Loss Laser Ablatable Substrate for Microwave Circuits. TacLamPLUS, mm Wave, module, MMIC, laser via. Read Abstract Download PDF. The Impact of Conductor Surface Profile (Rrms) on Total Circuit Attenuation in Microstrip and Stripline Transmission Lines. Rrms, ED copper, RA copper
  • Variable Attenuator for Lasers
    This application note details a simple and cost effective solution for the continuous attenuation of laser output power. The attenuator kit described is based on a half waveplate and polarizer. It is suitable for attenuation of a linearly polarized laser beam with a wavelength in the 690 nm -1040
  • Programmable Attenuators for Wireless Products
    of programmable. attenuators to simulate specific conditions. in a wireless communication. system such as the simulation free. space loss or fading conditions. In. either application, the incremental. step size accuracy, total attenuation. range, switching speed, and packaging. requirements
  • DC/DC CONVERTER Output Ripple & Noise
    . Modulated topology, have a constant switching. frequency, wich create noise in a predictable. bandwidth that can facilitate attenuation. Resonant or zero switching converters generate. less intrinsic noise, but their load dependant. variable switching frequencies tend to generate. noise over a wide
  • Specifying a Low Pass Filter
    The graph shown here illustrates a typical low pass filter (LPF) function. It indicates how much attenuation is achieved at a given frequency for, in this instance, the IMF2293. All other LPF graphs will be similar to this one, but will have different frequency spans and different gradients
  • Calculating Rise Time Capabilities for Shock and Blast Measurements
    , displays, etc ...) capable of maintaining this fidelity. However, measurement system components are typically specified. in terms of the upper frequency at which they provide -3dB signal. attenuation. A challenge then exists to infer the rise time capability. of an entire measurement system based

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