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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(Al2O3), aluminum nitride(AlN), beryllium oxide(BeO), etc.} based on different power and frequency, and using resistance processes (thick film or thin film processes).
Custom design available upon request.
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Flanged Attenuator
Flanged attenuator refers to an RF leaded attenuator with mounting flanges. It is made by welding the RF leaded attenuator onto the flange. It has the same characteristics as leaded attenuators and with better ability to dissipate heat. The material commonly used for flange is made of copper plated with nickel or silver. Attenuation chips are made by selecting appropriate sizes and substrates {usually beryllium oxide(BeO), aluminum nitride(AlN), aluminum oxide(Al2O3), 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.
Custom design available upon request.
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RF Variable 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.
Custom design available upon request.
