High Energy Devices
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Teledyne Reynolds has a rich history of developing custom, programme specific solutions. Please complete the online enquiry form and we will be in touch very soon.

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Our engineers have developed and implemented an extensive reliability proofing programme consisting of thermoset epoxy impregnated MICA dielectric systems over a period of 540,000 unit hours of operation. 

Our range of Mica Capacitors include:


Available in a variety of configurations​

  • Raw sections: For use in potted/embedded next higher assemblies.
  • Wrapped and end-capped: For stand-alone applications requiring no subsequent potting or embedment processes. Wrap material is Mylar® or woven glass.
  • Fibreglass encased epoxy-filled construction: Provides the attributes of the epoxy moulded configuration with no hard tooling required.
  • Low inductance/high current: Ideal for EFI (exploding foil initiators). Designed for very low inductance and high currents – available in any of the above configurations. S​imilar low inductance, high current designs are available for EBW (exploding bridgewire initiators).

A selection of applications

  • Epoxy moulded capacitors: Epoxy moulded assemblies can be configured in solid complex shapes and mounting arrangements. Units can contain several voltage and capacity values and a variety of terminations. These configurations offer stand-alone shock, vibration and environmental security with Teledyne Reynolds reliability. Currently qualified for use on major military and commercial programmes.
  • Mica capacitors in voltage multipliers: Raw capacitors are used in our voltage multipliers. These units have output voltages ranging to 160 kV DC. Used in a wide range of military and commercial applications. Typical applications are X-ray equipment and low power TWTs.
  • Various configurations: Epoxy moulded, fibreglass encased with epoxy filling, wrapped and end capped. Also attached to low inductance strip lines for use on EFI and EBW initiators and ESA&F systems.