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RM-BDPHA130-15 Broadband Dual Polarized Horn Antenna, 1-30 GHz, 15 dBi Typical Gain
The RM-BDPHA130-15 is a broadband dual polarized horn antenna designed for engineers who need stable wideband performance from 1 GHz to 30 GHz. With a typical gain of 15 dBi and a typical VSWR of 1.5, this antenna is well suited for RF testing, antenna measurement, EMI d...Read more -
RM-BCA0023-2 Bi-Conical Antenna for 0.02–3 GHz Wideband RF Applications
RF MISO’s RM-BCA0023-2 is a wideband bi-conical antenna designed for RF testing, surveillance, antenna measurement, and system integration applications across the 0.02–3 GHz frequency range. Covering from 20 MHz up to 3 GHz, this antenna provides a practical solution for...Read more -
RM-BCA3040-4 Bi-Conical Antenna for 30–40 GHz Millimeter-Wave Testing
When working in the 30–40 GHz millimeter-wave band, engineers often need an antenna that is not only compact and easy to integrate, but also stable enough for repeatable RF testing. RF MISO’s RM-BCA3040-4 Bi-Conical Antenna is designed for this type of high-frequency tes...Read more -
RM-TCR44 Trihedral Corner Reflector for Reliable Passive Reflection and RCS Measurement
The RM-TCR44 from RF MISO is a trihedral corner reflector developed for radar and electromagnetic test environments where stable echo response and dependable mechanical performance are required. Built with a robust aluminum structure, it is designed to deliver long-term ...Read more -
RM-DCPHA218-15: Dual Circular Polarized Horn Antenna for 2–18 GHz Test Systems
In broadband microwave testing and electromagnetic evaluation, antenna selection is often determined not only by frequency coverage, but also by radiation stability, polarization characteristics, and integration flexibility. RM-DCPHA218-15 is designed for such requiremen...Read more -
Broadband Log Periodic Antennas for EMI Detection and RF Measurement
In broadband RF testing and electromagnetic measurement, antenna selection plays an important role in overall test accuracy and efficiency. For engineers working in EMI detection, antenna calibration, pattern measurement, and field-oriented microwave applications, a stab...Read more -
Conical Horn Antenna Solutions for 4–6 GHz and 8–12 GHz RF Testing
In RF testing and microwave measurement, choosing the right antenna can directly affect both efficiency and accuracy. For engineers working in EMI testing, antenna pattern measurement, gain verification, or surveillance-related applications, a stable and broadband conica...Read more -
RM-BDHA046-10 Double-Ridged Broadband Horn Antenna
Broadband horn antennas are widely used in RF and microwave systems that require stable performance over a wide frequency range. They are commonly found in EMI/EMC testing, antenna gain and pattern measurement, radar evaluation, direction finding, wireless communication ...Read more -
RM-PSA1840-5 Planar Spiral Antenna for 18–40 GHz Broadband Systems
A Planar Spiral Antenna is a high-performance broadband antenna widely used in modern RF and microwave systems. Thanks to its compact planar structure, wide frequency coverage, circular polarization capability, and stable radiation performance, the Planar Spiral Antenna ...Read more -
RM-CGHA28-15 Linear-Polarized Corrugated Horn Antenna for 26.5–40 GHz Applications
The RM-CGHA28-15 is a high-performance linear-polarized corrugated horn antenna designed for wideband millimeter-wave applications from 26.5 GHz to 40 GHz. With a typical gain of 15 dBi and a typical VSWR of 1.2:1, this antenna provides stable signal transmission, excell...Read more -
High-Gain Circularly Polarized Horn Antenna Covering 6–18 GHz – 19 dBi Typical
Combining the inherent interference‑rejection of circular polarization with the high gain and low VSWR of a horn antenna, the circularly polarized horn is a key component in satellite communications, radar testing, and EMC measurements. Key Advantages •...Read more -
Polarization Switching Device: Elevating Testing Efficiency with Motorized Automation
In antenna measurement and EMC testing, changing polarization orientation is a routine yet time-consuming task. Traditional methods often require manually disconnecting, rotating, and reconnecting the antenna — a process that introduces mechanical wear, alignment errors,...Read more
