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  • Pulsed Power
      • Marx Generators
        • All Marx Generators
          • Click to view all Marx Generators
        • Direct RF
          • MG17-1C-500PF
          • MG17-1C-940PF
        • Triggering
          • MG10-1C-2700PF
          • MG12-1C-150NF
          • MG15-3C-940PF
        • HPM/Pulse Charging
          • MG12-1C-150NF
          • MG16-3C-2700PF
          • MG20-22C-2000PF
          • MG20-1C-100NF
          • MG30-3C-100NF
          • MG30-1C-100NF
          • MG83-1C-150NF
          • MG10-1C-150NF
          • MG24-20C-2700PF-PFN
          • MG18-9C-2600PF-PFN
        • Flash X-Ray
          • MG15-3C-940PF
          • MG16-3C-2700PF
          • MG40-3C-2700PF
        • MIL-STD
          • MG15-3C-940PF
          • MG10-1C-150NF
          • MG83-1C-150NF
      • Applications
        • emiemc-imageEMI/EMC (MIL-STDS)
          Testing Technology
        • high-power-rfHigh-Power RF
          Interference Technology
      • High-Voltage Components
        • trig-unit_webTrigger Generator
        • coaxial-load_webTerminations
        • front-panel-armed_web-2Software
        • mg15-3c-940pf_1-2Connectors
        • img_7543_web-2Diagnostics
        • rack-unit_iso_hero-sliderPower & Control Racks
      • Research and Development
        • r-and-dResearch and Development
  • Manufacturing
  • Resources
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Archives

Author Archive for: "sarah@aerpowermarketing.com"
Home » Archives for Sarah Stanczyk » Page 5
0
By Sarah Stanczyk
In Blog
Posted October 5, 2021

APELC Systems: Easy to Use and Interface

A common refrain we hear from existing and potential customers is, “Is your equipment easy to use, and will it work well with our existing systems?” The short answer is: Yes and yes. Applied [...]

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0
By Sarah Stanczyk
In Blog
Posted September 9, 2021

White Paper: APELC Diagnostics and Measurement Methods

Applied Physical Electronics L.C. (APELC) designs, manufacturers, and tests a wide array of high-power RF devices. In doing so, APELC has aggregated the working knowledge and hardware necessary [...]

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0
By Sarah Stanczyk
In Blog
Posted July 30, 2021

APELC’s Custom High-Powered Wideband Test Products

INTRODUCTION Applied Physical Electronics L.C. (APELC) was contracted by the Air Force in 2007 to build a compact wideband source similar in frequency content, field strength, and form factor to [...]

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0
By Sarah Stanczyk
In Blog
Posted July 1, 2021

White Paper: APELC MG15-3C-940PF (MG15) Marx Generator

This white paper is an adaptation of a prior conference paper available on our website a “A Versatile Marx Generator for Use in Directed Energy and Effects Testing” and has been [...]

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0
By Sarah Stanczyk
In
Posted June 16, 2021

Customer Satisfaction Survey

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0
By Sarah Stanczyk
In Blog
Posted June 3, 2021

5 Things to know about APELC Marx Generators

5 Things to know about APELC Marx Generators Since our founding in 1998, the core of our technology at APELC has been a suite of Marx generators designed for specific customer applications. In [...]

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0
By Sarah Stanczyk
In
Posted May 16, 2021

MG12-1C-150NF

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0
By Sarah Stanczyk
In Blog
Posted May 11, 2021

Cable Assembly Cycle: From Manufacturing to Shipping

Cable Assembly Cycle: From Manufacturing to Shipping In our last blog, “APELC is pleased to announce our new line of quick-disconnect connectors for high-voltage coaxial cable”, we explored [...]

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1
By Sarah Stanczyk
In Blog
Posted April 15, 2021

APELC is pleased to announce our new line of quick-disconnect connectors for high-voltage coaxial cable.

APELC is pleased to announce our new line of quick-disconnect connectors for high-voltage coaxial cable. The APELC High-Visibility Fail-Safe Indication System provides a fool-proof method of [...]

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0
By Sarah Stanczyk
In Blog
Posted March 19, 2021

White Paper: Triggering of Large Pulsed Power Systems

In our latest white paper, we explore how large pulsed power systems utilized for particle accelerators, radiation effects testing, and simulating the effect of nearby or direct lightning [...]

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About APELC
Since 1998, APELC has led the defense, testing and evaluation (T&E), and commercial industries in the development of novel science and technology (S&T) systems that aid in hardening critical assets against attack. With unmatched performance measures such as accurate, repeatable pulses, our systems enable end users to develop better, less vulnerable solutions across platforms.

CONTACT

APELC P.O. Box 341149
Austin, TX 78734
(512) 264-1804

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