Press Release Summary:
Feedthroughs eliminate noise and frequency interference in discoidal capacitance filtering applications and eliminate need for externally mounted capacitor chips. Utilizing glass and proprietary soldering techniques, single-pin design styles can be custom manufactured for unique applications. Capacitance values range from 5 to 27,000 pF, with tolerances as tight as Â±10%. Units are available with optional Kovar matched or compression seals.
Original Press Release:
Capacitive Feedthrus Withstand Temperatures of Up to 300°C
Thunderline-Z capacitive feedthrus are designed for eliminating noise and frequency interference in discoidal capacitance filtering applications such as in modulators, switches, amplifiers, filters, multi-function assemblies and other active devices.
Advances in glass-to-metal feedthru design and manufacturing have resulted in new ultra-high performance capacitive feedthrus from Thunderline-Z. Utilizing premium glass and proprietary soldering techniques, Thunderline-Z has developed a series of single pin design styles that can be custom manufactured for unique applications up to 300° C.
These truly hermetic capacitive feedthrus are designed to meet or exceed MIL-F-28861 by providing a guaranteed hermeticity of 1xE(-8) cc/sec@1atm or better. Capacitance values range from 5 pF to 27,000 pF with tolerances as tight as ± 10%.
These feedthrus are ideal for those designers seeking ultra-pure DC signals at higher frequencies. They eliminate the need for externally mounted capacitor chips, freeing valuable board and/or package space.
Thunderline-Z capacitive feedthrus are available with the option of either Kovar matched or compression seals. Pricing varies with pin counts and design complexities. For more information visit www.thunderlinez.com or call our sales department at 603-329-4050.
Thunderline-Z is a full service manufacturer of hermetic feedthrus, soldered packages, and direct sealed packages. Recently acquired by Emerson (www.gotoemerson.com), they are the leading supplier of feedthrus to the Commercial, Hi-Rel, Aerospace, Medical, Wireless Communication, and Microwave Industries.