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AESA vs PESA: How Modern Antenna Designs Are Revolutionizing Radar Systems
The evolution from Passive Electronically Scanned Array (PESA) to Active Electronically Scanned Array (AESA) represents the most significant advancement in modern radar technology. While both systems utilize electronic beam steering, their fundamental architectures diffe...Read more -
Is 5G Microwaves or Radio Waves?
A common question in wireless communication is whether 5G operates using microwaves or radio waves. The answer is: 5G utilizes both, as microwaves are a subset of radio waves. Radio waves encompass a broad spectrum of electromagnetic frequencies, ranging from 3 kHz to 30...Read more -
The Evolution of Base Station Antennas: From 1G to 5G
This article provides a systematic review of the evolution of base station antenna technology across mobile communication generations, from 1G to 5G. It traces how antennas have transformed from simple signal transceivers into sophisticated systems featuring intelligent ...Read more -
How Does a Microwave Antenna Work? Principles and Components Explained
Microwave antennas convert electrical signals into electromagnetic waves (and vice versa) using precision-engineered structures. Their operation hinges on three core principles: 1. Electromagnetic Wave Transformation Transmit Mode: RF signals from a transmitter ...Read more -
What Is the Range of a Microwave Antenna? Key Factors & Performance Data
The effective range of a microwave antenna depends on its frequency band, gain, and application scenario. Below is a technical breakdown for common antenna types: 1. Frequency Band & Range Correlation E-band Antenna (60–90 GHz): Short-range, high-capacity l...Read more -
How to improve the transmission efficiency and range of antennas?
1. Optimizing Antenna Design Antenna design is key to improving transmission efficiency and range. Here are a few ways to optimize antenna design: 1.1 Multi-aperture antenna technology Multi-aperture antenna technology increases antenna directivity and gain, imp...Read more -
Which Antenna is Most Used in the Microwave?
In microwave applications, selecting the right antenna is crucial for optimal performance. Among various options, the **horn antenna** stands out as one of the most widely used due to its high gain, wide bandwidth, and directional radiation pattern. Why Horn Ant...Read more -
How to Make My Antenna Signal Stronger: 5 Technical Strategies
To enhance antenna signal strength in microwave systems, focus on antenna design optimization, thermal management, and precision manufacturing. Below are proven methods to boost performance: 1. Optimize Antenna Gain & Efficiency Use High-Gain Horn Antennas: ...Read more -
Innovative Cooling Technology & Custom Antennas: Empowering Next-Gen Microwave Systems
In cutting-edge fields like 5G mmWave, satellite communications, and high-power radar, breakthroughs in microwave antenna performance increasingly rely on advanced thermal management and custom design capabilities. This article explores how New Energy vacuum brazed water...Read more -
Analysis of the core application scenarios and technical advantages of horn antennas
In the field of wireless communication and electromagnetic technology, horn antennas have become core components in many key areas due to their unique structural design and excellent performance. This article will start from seven core application scenarios and deeply an...Read more -
Analysis of the core differences between RF antennas and microwave antennas
In the field of electromagnetic radiation devices, RF antennas and microwave antennas are often confused, but there are actually fundamental differences. This article conducts professional analysis from three dimensions: frequency band definition, design principle, and m...Read more -
Antenna Knowledge Antenna Gain
1. Antenna gain Antenna gain refers to the ratio of the radiation power density of the antenna in a certain specified direction to the radiation power density of the reference antenna (usually an ideal radiation point source) at the same input power. The parameters that ...Read more
