Diplexer designs advance RF systems: novel balanced diplexers enhance performance and reduce interference.
Diplexer based on coupled resonators
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RF and Microwave
Advanced Microwave and RF Testing solutions
Microwave testing lab offering expert analysis, design, and inspection for high-reliability microwave systems.
RFID Technology: How it works and its applications
RFID technology uses radio waves for automatic identification and tracking, offering advantages over barcodes in various industries.
What is RFID? (Radio Frequency Identification)
RFID frequency bands include LF, HF, UHF, and microwave, each suited for different applications based on range and data transmission needs.
Filter Q Factor Explained
The Q quality factor measures energy efficiency in filters, affecting selectivity, insertion loss, and overall performance in RF design.
Basic filter circuits explained
Filter circuits use resistors, capacitors, and inductors to control frequency response, enabling low-pass, high-pass, and band-pass designs.
5 key filter specifications
Key filter specifications like center frequency, bandwidth, and selectivity help define performance for different applications.
Filters and RF inductors
Filters that utilize one or more inductive elements, such as RF inductors, alongside capacitors, play a critical role in electronic signal...