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Parts by Number for RF Electrode Top

Part # Distributor Manufacturer Product Category Description
PHE-1525 / PHE-1526   OMEGA Engineering, Inc. pH Electrodes OMEGA's glass-bodied, refillable (RF), combination pH electrodes are for general purpose laboratory measurements. The inert nature of the glass body allows these electrodes to be used in aqueous and non-aqueous solutions at temperatures up to 110C. The PHE-1479 has a ceramic liquid junction...
LVCN4300 Series   OMEGA Engineering, Inc. Liquid Level Switches The LVCN4300 Series level switches are flexible, as well as cost effective, level solutions for a great variety of applications. Rods can be encased in PTFE tubing as an option. The wide range of applications for RF level measurement switches include liquids and paste. To cater to all applications...
PER INVASIX DWG ASAP Semiconductor SURON Not Provided 10 Pin RF Electrode
AM836SW135   Anatech Microwave Company RF Filters and Microwave Filters . Electrical signals are converted to a mechanical wave in a device constructed of a piezoelectric crystal or ceramic. The wave is delayed as it propagates across the device before being converted back to an electrical signal by further electrodes. The delayed outputs are recombined to produce...

Conduct Research Top

  • How Digital Laser Material Processing Works: Understanding the Fundamentals of DC Glass and RF Metal Lasers
    There are major differences between DC glass and RF metal lasers that impact the speed and quality of laser processing, operator safety, laser service life and requirements for additional support equipment. Low_cost_lasers How Digital Laser Material Processing Works: Understanding
  • Medical Device Link . The Next Wave in Minimally Invasive Surgery Research is heating up in the area of RF, microwave, and high-frequency ultrasound for use in therapeutic devices.
    are applied through electrodes that must contact the target tissue directly. The underlying principles are pretty straightforward, according to Kevin Larkin, vice president of operations and marketing at Fidus Medical Technology (Fremont, CA). In RF ablation, for example, "You take a. The Next Wave
  • Investigation of a Capacitively Coupled RF Exited APGD in He-Water Mixtures by MBMS (.pdf)
    .  sampling in the sheath !. Experiment setup: zoom in. RF generator. (13.56 MHz). Bare metal. Matching. electrodes. network. CCD Image: 500 μm. Mass spectrometer inlet plate.  diffuse RF APGD 13.56MHz.  bare metal electrodes (Φ = 20.5 mm).  gap distance = 500 μm.  gas temperature 350 K. Liu et al
  • Medical Device Link .
    . If the technique did not ablate deep enough, the condition would not be effectively treated. But if the system penetrated too deeply, it risked a more serious injury called esophageal stricture. Stellartech turned to All Flex Inc. (Northfield, MN; to help develop the RF electrodes
  • Medical Device Link .
    Medical Device & Diagnostic Industry An extensive variety of polymers can be processed with RF to form seals that are as strong or stronger than the material itself. For years, the medical industry has used radio-frequency (RF) sealing to manufacture bags for IV fluids and for blood and urine
  • Medical Device Link .
    barrel configuration. The standard vacuum system has a cylindrical RF electrode and a barrel to tumble components through the plasma species (Figure 1). The equipment design and electrode geometry is changed depending on the coating requirements and part form. The design of RF plasma polymerisation
  • Medical Device Link .
    of the device. Although the electrode used to deliver RF energy has an insulated covering, 90% or more of this insulation is outside the user's viewing range. It has been reported that the incidence of recognized injuries for laparoscopic surgeries is between one and two patients per 1000 operations
  • Progress on Distributed Resistance Model for pHEMT
    , center-gate, and drain-edge-gate devices. communication, design of amplifiers with better performance is. becoming more critical and challenging than ever. The. simulation accuracy of RF/microwave circuits depends heavily. on the lumped model built for each transistor used, especially

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