RS Microwave
RS Microwave Company, Inc.
Butler, New Jersey, United States
About
Founded in 1981, RS Microwave is a defense component supplier based in Butler, United States working in communications & satcom, radar & sensors, electronic warfare.
RS Microwave Company, Inc. designs and manufactures RF and microwave filters, multiplexers, diplexers, notch filters and subsystems. Founded in January 1981 and based in Butler, New Jersey, the company supplies filters for military communication, radar and electronic warfare programmes, including LINK-16, JTIDS/MIDS and several radar and fighter platforms, as well as aerospace and deep space applications. Its products are used on land, at sea, in aircraft, missiles and satellites. The company also serves commercial and optical communication markets. Its filters are listed on U.S. government Qualified Parts Lists and NSN lists.
Location
Founded
Legal name
VAT number
Focus areas
Languages
Products & capabilities
Defense domains
Supply-chain role
What they offer
Markets
Products
Ridgeline Evanescent Mode Filter (PN 03331C)
Evanescent mode filter
Evanescent mode filter for RF and microwave applications.
5-Channel Multiplexer (PN 53681C)
Multiplexer
Five-channel RF multiplexer.
High Power Diplexer (PN 61221C-1)
Diplexer
High power RF diplexer.
Deep Space X Band Diplexer (PN 71173C-1)
Diplexer
X-band diplexer for deep space applications.
Low Loss Ku-Band Diplexer (PN 20441CD)
Diplexer
Low loss Ku-band diplexer.
225-450 MHz Pseudo-Elliptic Bandpass Filter (PN 83041C-1)
Bandpass filter
Pseudo-elliptic bandpass filter operating from 225 to 450 MHz.
SPS-49 Radar Band Rejection Filter
Band rejection filter
Band rejection filter for the SPS-49 radar.
JTIDS/MIDS Band Rejection Filter
Band rejection filter
Band rejection filters for JTIDS/MIDS systems.
End users
Standards, platforms & customers
Defense standards
Platforms & programmes
Credentials & affiliations
Certifications
AS9100
J-STD-1000
ESD Certified
Awards
Distinguished Service Award
Outstanding Career Award
Raytheon Premier Award
