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Coaxial Switches
Waveguide Switches
Power Dividers
Directional Couplers
Waveguide-Coaxial Adapters
Coaxial Adapters
Coaxial Loads/ Coaxial Terminations
Attenuator
Pin Switches
Detectors
Bias Tee
DC Blockers
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Digital/ Voltage-controlled Phase Shifters
Mixers/ Frequency Multipliers/ Frequency Dividers
Low Noise Amplifier
Power Amplifiers
Driver Amplifiers
5G communication testing, wireless terminal automated testing
Aerospace communication systems
Precision measurement equipment, radio frequency signal control of radar transmitters
Communication and navigation systems
Optical communication module-related testing
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High-power transmission
Interconnection of wireless communication base stations
Testing of radio frequency and microwave devices
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Passive components
Active components
The size of coaxial switches significantly influences both performance and installation space, creating a trade-off between compactness and functionality...
Coaxial switches handle high-power signals without damage through a combination of robust mechanical design, thermal management, and material engineering...
Coaxial switches achieve high-speed signal switching through a combination of mechanical refinement, solid-state technology, and electrical optimization...
Selecting the right package type for a PIN diode switch involves balancing application requirements, performance needs, and physical constraints...
DB design - coaxial switches, with their unique features in signal routing and isolation, have diverse applications across multiple fields...
The linearity performance of a PIN diode switch depends on multiple factors, including bias conditions, frequency range, power level, and device design....
Biasing control of a PIN diode switch primarily relies on adjusting the current or voltage applied to the diode to achieve switching between its "on" and "off" states...
A low-noise amplifier (LNA) employs several strategic design techniques to mitigate interference and ensure reliable signal amplification in noisy environments...
The core functions of a low-noise amplifier (LNA) are primarily centered around signal amplification and noise reduction, making it a crucial component in various communication and sensing systems...
Impedance matching in low-noise amplifiers (LNAs) is crucial for maximizing power transfer from the source to the amplifier while minimizing noise introduction...
To reduce noise in a low-noise amplifier (LNA), several key strategies are employed, focusing on component selection, circuit design, and operational optimization...
The isolation of PIN diode switch can be improved from four aspects: device structure optimization, circuit design improvement, bias control and packaging process...