S37B101-C2 is a vertically polarized V/UHF broadband blade antenna, designed for omni-directional transmission and reception in the frequency band of 30-525 MHz. Electrical design consists of broadband matching circuits coupled to a single co-axial ... - Update: 2013-03-22

S64A101-D6 is a light weight, ground plane independent V/UHF Broadband Dipole Blade Antenna, designed for operating in the frequency band of 20-1200MHz, and compatible with military communication systems. Electrical design consists of filter networ... - Update: 2012-02-23

S07C101-D6 is a light weight low profile IFF antenna, designed for operating in the frequency band of band of 950-1250 MHZ. This antenna is compatible with military aircraft IFF systems. Electrical design involves filters and matching circuits coupl... - Update: 2012-02-23

S15B101-C2 is a low profile light weight VHF Omni range (VOR) / Localizer (LOC) / Glide slope (GS) antenna, designed for operating in a dual frequency band of 108-118MHz and 328-336MHz. Electrical design consists of filter networks and matching circ... - Update: 2012-02-23

S17C101-C5 is a vertically polarized low profile UHF broadband blade antenna, designed for omnidirectional transmission and reception in the frequency band of 400-600 MHz. Electrical design consists of broadband matching circuits coupled to a single... - Update: 2013-03-22

S04E103-E4 is a light weight low profile blade antenna, designed for telemetry application in the frequency band of band of 2200-2400 MHz. Electrical design involves matching circuits coupled to a monopole terminated with a co-axial virtually perfec... - Update: 2012-02-23

S00G101-G4 is Radio Altimeter (RAM) Antenna, designed for operating in the frequency band of 4.2 - 4.4 GHz. This antenna is compatible with military aircraft distance measuring systems and could measure distance from a ground reference by timing the... - Update: 2012-02-23

S04E10-E4 is a light weight low profile blade antenna, designed for telemetry application in the frequency band of band of 23500-2450 MHz. Electrical design involves matching circuits coupled to a monopole terminated with a co-axial virtually perfec... - Update: 2013-03-22