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Microstrip Attenuator
Microstrip Attenuator is a device that plays a role in signal attenuation within the microwave frequency band. Making it into a fixed attenuator is widely used in fields such as microwave communication, radar systems, satellite communication, etc., providing controllable signal attenuation function for circuits.
Microstrip Attenuator chips, unlike the commonly used patch attenuation chips, need to be assembled into a specific size air hood using coaxial connection to achieve signal attenuation from input to output.
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Microstrip attenuator with sleeve
Microstrip attenuator with sleeve refers to a spiral microstrip attenuation chip with a specific attenuation value inserted into a metal circular tube of a specific size (the tube is generally made of aluminum material and requires conductive oxidation, and can also be plated with gold or silver as needed).
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Chip Attenuator
Chip Attenuator is a micro electronic device widely used in wireless communication systems and RF circuits. It is mainly used to weaken the signal strength in the circuit, control the power of signal transmission, and achieve signal regulation and matching functions.
Chip attenuator has the characteristics of miniaturization, high performance, broadband range, adjustability, and reliability.
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Leaded Attenuator
Leaded Attenuator is an integrated circuit widely used in the electronic field, mainly used to regulate and reduce the strength of electrical signals. It plays an important role in wireless communication, RF circuits, and other applications that require signal strength control.
Leaded Attenuators are typically made by selecting appropriate substrate materials (typically aluminum oxide, aluminum nitride, beryllium oxide, etc.) based on different power and frequency, and using resistance processes (thick film or thin film processes).
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Flanged Attenuator
Flanged attenuator refers to an flanged mount attenuator with mounting flanges. It is made by soldering flanged mount attenuators onto flanges.It has the same characteristics and uses as flanged mount attenuators.The material commonly used for flanges is made of copper plated with nickel or silver. Attenuation chips are made by selecting appropriate sizes and substrates (usually beryllium oxide, aluminum nitride, aluminum oxide, or other better substrate materials) based on different power requirements and frequencies, and then sintering them through resistance and circuit printing. Flanged attenuator is an integrated circuit widely used in the electronic field, mainly used to regulate and reduce the strength of electrical signals. It plays an important role in wireless communication, RF circuits, and other applications that require signal strength control.
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Variable/Step Attenuator
Adjustable attenuator is an electronic device used to control signal strength, which can reduce or increase the power level of the signal as needed. It is usually widely used in wireless communication systems, laboratory measurements, audio equipment, and other electronic fields.
The main function of an adjustable attenuator is to change the power of the signal by adjusting the amount of attenuation it passes through. It can reduce the power of the input signal to the desired value to adapt to different application scenarios. At the same time, adjustable attenuators can also provide good signal matching performance, ensuring accurate and stable frequency response and waveform of the output signal.
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Coaxial Fixed Attenuator
Coaxial attenuator is a device used to reduce the signal power in a coaxial transmission line. It is commonly used in electronic and communication systems to control signal strength, prevent signal distortion, and protect sensitive components from excessive power. Coaxial attenuators are generally composed of connectors (usually using SMA, N, 4.30-10, DIN, etc.), attenuation chips or chipsets (can be divided into flange type: usually selected for use in lower frequency bands, rotary type can achieve higher frequencies) Heat sink (Due to the use of different power attenuation chipsets, the heat emitted cannot be dissipated by itself, so we need to add a larger heat dissipation area to the chipset. Using better heat dissipation materials can make the attenuator work more stably.)
