Teledyne Reynolds Inc.

• Operating Temperature-40º to 85ºC​​​​​​​
• Current Rating10 Amps

• Size(.48mm)

Taking advantage of TRI's six decades of experience working in areas such as high voltage induced electric fields, high dielectric strength materials and low partial discharge interconnect design to create wire products rated to up to 60 kVDC that are far superior in performance, size, mass and flexibility to what is available from the traditional wire market. Designs and features include: Single and multi-conductor designs with or without shielding and jacketing High flexibility designs starting at ratings of 3kVDC with an overall diameter as small as .019" (.48mm) Proprietary Ready-to-BondTM etched or silicone coated FEP and PFA to enable cohesive bonds to encapsulants without any further surface preparation of the wire by the customer Distributed loss, low pass filter, RF attenuation design Low partial discharge, semi-conductive layer designs FEP High Voltage Wire Benefits of extruded fluorinated ethylene propylene (FEP) insulated high voltage wire and cable: Exceptional dielectric strength without the disadvantages common to equally rated silicone rubber insulated wire Wire, cable assemblies and cable bundles have much smaller diameter than silicone wire and, therefore, take up substantially less volume while also having a smaller bend radius allowing the designer to better utilize the space within the system Good corona inception qualities Excellent durability and resistance to dielectriccooling fluid degradation Inert when exposed to most industrial solvents and chemicals Meet NASA low outgassing TML and CVCM levels Not prone to "pin-holing" and high voltage punch-through when the cable surface is abraded or when strands break during in-field use More resistant to damage when making contact with sharp edges, although this should be avoided when designing high voltage systems

• Altitude Rating70,000 ft (21.34 km)
• Operating Temperature-55º to 125ºC​​​​​​​

Mica+TM Mica Capacitors Teledyne Reynolds' Mica+TM high voltage, mica capacitors are designed and manufactured with reliability as the prime consideration. Featuring epoxy impregnated, reconstituted mica paper dielectric, these capacitors are unique in their ability to withstand extreme aerospace environments and severe duty under, both, pulsed and constant high voltage applications.

• Diameter0.187" (4.75 mm)

Gas filled spark gaps are high energy, voltage controlled switching devices, unique in their ability to repeatedly switch currents of thousands of amperes. They are ideally suited for diverting large electrical surges caused by lighting, EMP and other sources of high voltage, high current transients. Teledyne Reynolds' standard spark gaps are constructed using only the highest quality, high alumina ceramics that have been metallized and plated. The brazing and gas filling process is computer controlled, resulting in a brazed joint between the electrodes and the ceramic body that is rugged and reliable. Except for 90 volt versions, all standard TRI spark gaps contain minute amounts (maximum of 10 μCi) of Tritium backfill gas. Each gas tube is identified with the international radiation symbol, H.

Hi-Rel Custom Interconnects TRI has supported a wide variety of customers by designing and manufacturing customized connectors and cable assemblies for their high reliability (Hi-Rel), mission critical requirements. These assemblies have not only specialized in high voltage, but also fiber optic, signal, high current and variety of hybrid configurations. Design and features include: High pressure operation Sub-sea compatibility Radiation tolerance Highly engineered solutions