-
What is a coaxial isolator and its function
Mar , 16 2024
A coaxial isolator is a passive electronic device that is commonly used in RF (Radio Frequency) and microwave systems. Its primary function is to provide isolation, which means it prevents undesired signals or reflections from traveling back along the transmission line. The isolator is usually inserted between two components or systems to ensure signal integrity and protect sensitive devices from ...
View more
-
Directional Coupler
Feb , 05 2024
A directional coupler is a general-purpose microwave/millimeter-wave component, an RF passive device commonly used in RF circuit design as a power distribution element with directionality. It is a four-port element that is usually formed by combining two sections of transmission line called the straight-through line (primary line) and the coupled line (secondary line). Straight through the l...
View more
-
Chinese new year-2024 Dragon year
Feb , 04 2024
We will have our 2024 Chinese new year soon, Dragon year. Holiday from 8th to 19th. Feb. 2024. Wish new year , bring all of your happiness, health, prosperity！ Connect each other with wireless . Let talk about wireless solutions in new year, focus on rf power divider, directional coupler, hybrid coupler, attenuator,combiner, filter, antenna, connector etc.
View more
-
The Power of Radio Frequency Microwaves: A Brief Guide
Feb , 02 2024
Radio frequency microwaves (RF microwaves) have revolutionized communication and various industries. This guide provides a simplified understanding of RF microwaves, their applications, and their impact on society. RF microwaves are electromagnetic radiation with wavelengths between 1 millimeter and 1 meter. They are widely used for wireless communication, scientific research, radar systems, and i...
View more
-
What is a TX RX Multicoupler?
Jan , 26 2024
A TX RX Multicoupler is a device used to couple the transmitter and receiver to an antenna. It transmit signals with high port-to-port isolation. A typical multicoupler consists of filters/duplexers, a Low Noise Amplifier and a power divider. It is an important part of a telecommunication system. When multiple receivers or transmitters or radio stations share an antenna, in order to avoi...
View more
-
Coaxial Isolator&Circulator
Jan , 12 2024
A coaxial isolator, also known as a coaxial circulator, is an electronic device used in communication systems to isolate signals and prevent interference. It is commonly used in RF (radio frequency) and microwave systems to protect sensitive equipment from reflected power and maintain signal integrity. The basic structure of a coaxial isolator consists of three ports: input, output, and isolation....
View more
-
What is 2T2R omni antenna
Jan , 05 2024
A 2T2R omni antenna is a type of antenna commonly used in wireless communication systems, especially in Wi-Fi networks. The abbreviation "2T2R" stands for "2 Transmit/2 Receive," which means that the antenna has two transmitting and two receiving elements. The term "omni" refers to its omnidirectional characteristic, meaning it can send and receive signals in multiple directions, providing coverag...
View more
-
2024 Dragon Year Is Coming
Dec , 28 2023
Dear Customers, 2023 is close to the end.The New Year-2024 is coming soon.We would like to take this opportunity to thank you all for doing business with us and to wish you a very Merry Christmas and a Happy New Year Once you have any inquiry about RF passive components such as power splitter,directional coupler,dummy load,attenuator,tapper,rf combiner,rf filter etc,in the following days, hop...
View more
-
Main applications of RF circulators
Dec , 23 2023
RF circulators are used in a variety of RF circuit design applications. Typically they tend to be used at microwave frequencies, hence they are often referred to as microwave circulators. RF circulators are used as duplexers in many RF applications to allow for simultaneous transmit and receive functions, and they are used in a wide range of RF design applications, including radar systems and a va...
View more
