TFLE-Thin Film Lumped Elements Filters & Transition Time Converters (TTC) Solutions
IEEE AP/MTT Mini Show
Microwave assemblies are designed at increasing operating frequencies, size reduction, and a higher level of integration. Microwave filters, in the form of planar Micro-Strip, and/or Suspended-Substrate-Strip-line, consist of very thin line widths and narrow gaps, in the order of 1mil and 0.25mil respectively. With such high resolution and accuracy, Thin Film is often the technology of choice, which can deliver products in a timely manner and with high quality. A method for the design and construction of thin-film lumped-element microwave filters is presented. The resulting filters exhibit; Temperature Stability, Broadband Spurious-Free, Size Reduction, High Reliability, and Repeatability due to their thin film process on Aluminum Titanate (Al2TiO5) construction. The necessary models for inductors and capacitors are discussed. Data from Wide-Band Multiplexers and Generating Transmission zeros from All Pole structures are presented. With embedded Thin Film Resistor Technology, Non-Reflective Filters with flat Group Delay are designed and manufactured. These filters are used to reduce the overshoot and transition time of instruments and improve the pulsed performance. Thin Film Technology is currently the solution of choice enabling planar filters for 5G and Military outfits.
Date and Time
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- Hanover Manor
- 16 Eagle Rock Avenue
- East Hanover , New Jersey
- United States 07936
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- Co-sponsored by IEEE North Jersey Section
- Starts 01 September 2021 02:00 PM UTC
- Ends 07 October 2021 01:00 PM UTC
- No Admission Charge
Speakers
Rafi Hershtig, CTO of K&L Microwave
TFLE-Thin Film Lumped Elements Filters & Transition Time Converters (TTC) Solutions
Microwave assemblies are designed at increasing operating frequencies, size reduction, and a higher level of integration. Microwave filters, in the form of planar Micro-Strip, and/or Suspended-Substrate-Strip-line, consist of very thin line widths and narrow gaps, in the order of 1mil and 0.25mil respectively. With such high resolution and accuracy, Thin Film is often the technology of choice, which can deliver products in a timely manner and with high quality. A method for the design and construction of thin-film lumped-element microwave filters is presented. The resulting filters exhibit; Temperature Stability, Broadband Spurious-Free, Size Reduction, High Reliability, and Repeatability due to their thin film process on Aluminum Titanate (Al2TiO5) construction. The necessary models for inductors and capacitors are discussed. Data from Wide-Band Multiplexers and Generating Transmission zeros from All Pole structures are presented. With embedded Thin Film Resistor Technology, Non-Reflective Filters with flat Group Delay are designed and manufactured. These filters are used to reduce the overshoot and transition time of instruments and improve the pulsed performance. Thin Film Technology is currently the solution of choice enabling planar filters for 5G and Military outfits.
Biography:
Rafi Hershtig serves as the CTO for K&L Microwave. Rafi started at K&L Microwave in November of 1988. Rafi is based in the Dover, Delaware Area.
Email:
Address:K&L Microwave, , United States
Agenda
For further information contact:
IEEE NORTH JERSEY SECTION CHAIR & MTT/AP CHAPTER CHAIR – AJAY KUMAR PODDAR (201-560-3806),akpoddar@ieee.org
CHAIR - GENERAL-EXHIBITION: KIRIT DIXIT (201-669-7599), kdixit@ieee.org
CHAIR – TECHNICAL PROGRAMS: GEORGE KANNELL(973-261-1421),george.kannell@gd-ms.com
THERE IS NO CHARGE TO ATTEND THE SYMPOSIUM OR SHOW.