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What is the difference between horn antenna and dipole antenna

Horn antennas operate at higher frequencies (2-40 GHz) with greater directionality and gain (10-20 dB) compared to omnidirectional dipole antennas (1 MHz-1 GHz, 2.15 dB gain). Dipole Antenna Structure and Design A dipole antenna consists of two identical conductive elements such as metal wires or rods, which are bilaterally symmetrical. The antenna operates most efficiently […]

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What is the difference between horn antenna and parabolic dish antenna

Horn antennas offer moderate gain (10-20 dB), wide bandwidth, and simpler design, whereas parabolic dish antennas provide higher gain (30-40 dB) and directivity but require precise alignment. Introduction to Antenna Types Basic Principles of Antennas Antennas are crucial components in wireless communication, converting electrical power into radio waves and vice versa. A key parameter, the

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Up to 330GHz. mmWave & Microwave Products

Excited to share you the highlights of our precision mmWave products in 2024: Standard Gain Horns, WG to Coaxial Adapters, Attenuators, Couplers, Power Dividers, Terminations, Isolators, Straights/Bends/Twists etc. We provide microwave products, assembly and engineering services for up to 330GHz. Customers ranges from telecom, government to university research, involving in military RADAR systems, EW units, Commercial RF solutions

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Packaging and Integration Technology of Double Ridge Waveguide Components

In the realm of modern telecommunication and radar systems, the evolution of waveguide technology has been pivotal in facilitating the transmission of electromagnetic waves with enhanced efficiency and reliability. Among various waveguide designs, the double ridge waveguide stands out as a significant innovation, offering unique characteristics that cater to specific industry needs. Understanding its structure,

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How was complete coverage achieved with a minimum s-band antenna gain of -7 dBi

To achieve complete coverage with a minimum s-band antenna gain of -7 dBi, a straightforward configuration utilizing dual circularly polarized microstrip patch antennas was employed. The configuration involved the implementation of a wide bandwidth, dual circularly polarized truncated corner microstrip antenna, which was complemented by two parasitic patches. To enhance the cross polarization bandwidth, diagonally embedded holes

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[Dolph Microwave] 4.5 Meter Turning Head Antenna with Ext.Ka-band Tx27.5 to 31.0 GHz, Rx17.7-21.2GHz

Dolph Microwave finished production 4.5 Meter Turning Head Antenna and test of Ext. Ka-band Tx27.5 to 31.0 GHz, Rx17.7-21.2GHz satcom antenna with 4 port Circular Pol. Axis Ratio 0.6dB. Product & Pedestal Features:  Wide variety of feed options designed to meet the latest international standards. S, C, X, Ku, DBS and Ka Band, Tx/Rx, 2Tx/2Rx, TT&C,

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Curved Waveguide Types

There are two types of curved waveguides: E-surface curved and H-surface curved. The curved waveguides include arc-shaped curved waveguides and cut-angle curved waveguides. Cut-angle curved waveguides can be used in situations where the arm length is short, the waveguide is large, the bandwidth is narrow, and the power is low. The standard bending angle is 90°,

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C-band Antenna Feeds & RF Networks from Dolph Microwave

Antenna feeds and RF networks as the heart of antenna system from Dolph Microwave is R&D by experienced our engineers who engaged into satcom and RF field for years. The components can be offered including OMT, duplixer, filter, phase shifter and feedhorn etc. covering different bands like C-band, Ku-band, Ka-band, S-band. X-band and required dual band etc. Our

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