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【Latest product】Dual Polarized Horn Antenna, RM-DPHA4244-21
Description The RM-DPHA4244-21 is a full-band, dual-polarized, horn antenna assembly that operates in the frequency range of 42 to 44 GHz. T...Read more -
What is the optimal gain of the antenna
What is the gain of an antenna? Antenna gain refers to the ratio of the power density of the signal generated by the actual antenna and the ideal radiating unit at the same point in space under the condition of equal input power. It quantitatively describes th...Read more -
Relationship between the power of RF coaxial connector and signal frequency change
The power handling of RF coaxial connectors will decrease as the signal frequency increases. The change of transmission signal frequency directly leads to changes in loss and voltage standing wave ratio, which affects the transmission power capacity and skin effect. For ...Read more -
【Latest product】Standard gain horn antenna, WR(10-15)
The Best Antenna for You Common Features > Gain: 25 dBi Typ. > Linear Polarization > VSWR: 1.3 Typ. > Cross Polarization Isolation:50 &g...Read more -
【Latest product】Broadband Horn Antenna, RM-BDHA440-14
RF MISO’s Model RM-BDHA440-14 is a linear polarized broadband horn antenna that operates from 4 to 40 GHz. The antenna offers a typical gain of 14 dBi and low VSWR 1.4:1 ...Read more -
RF MISO 2024 EUROPEAN MICROWAVE WEEK
European Microwave Week 2024 concluded successfully in an atmosphere full of vitality and innovation. As an important event in the global microwave and radio frequency fields, this exhibition attracts experts, scholars and industry leaders from all over the world to disc...Read more -
【Latest product】Standard gain horn antenna, WR430
The Best Antenna for You Common Features > Waveguide: WR430 > Frequency: 1.7-2.6GHz > Gain: 10, 15, 20 dBi Typ. > Linear Polarization &g...Read more -
Dual Polarized Antennas From RF MISO
The dual-polarized horn antenna can transmit and receive horizontally polarized and vertically polarized electromagnetic waves while keeping the position state unchanged, so that the system position deviation error caused by changing ...Read more -
A review of transmission line antennas based on metamaterials (Part 2)
2. Application of MTM-TL in Antenna Systems This section will focus on artificial metamaterial TLs and some of their most common and relevant applications for realizing various antenna structures with low cost, easy manufacturing, miniaturization, wide bandwidth, high ga...Read more -
A Review of Metamaterial Transmission Line Antennas
I. Introduction Metamaterials can be best described as artificially designed structures to produce certain electromagnetic properties that do not exist naturally. Metamaterials with negative permittivity and negative permeability are called left-handed metamaterials (LHM...Read more -
A review of rectenna design (Part 2)
Antenna-Rectifier Co-design The characteristic of rectennas following the E-G topology in Figure 2 is that the antenna is directly matched to the rectifier, rather than the 50Ω standard, which requires minimizing or eliminating the matching circuit to power the rectifier...Read more -
A review of rectenna design (Part 1)
1.Introduction Radio frequency (RF) energy harvesting (RFEH) and radiative wireless power transfer (WPT) have attracted great interest as methods to achieve battery-free sustainable wireless networks. Rectennas are the cornerstone of WPT and RFEH systems and have a signi...Read more
