● Frequency: 300-960MHz.
● Features: low insertion loss, low reverse power, high isolation, ensuring stable signal distribution and transmission.
● Frequency: DC to 6GHz.
● Features: low VSWR, precise attenuation, stable performance, support for high power input, durable design.
● Frequency: Supports DC~3.0GHz.
● Features: Low insertion loss, excellent attenuation accuracy, and a variety of attenuation value options to adapt to different application scenarios.
● Frequency: Supports DC to 3GHz, suitable for a wide range of RF applications.
● Features: Low VSWR, high attenuation value, precise attenuation accuracy.
● Frequency: DC-6GHz.
● Features: Low VSWR, excellent attenuation control, support 50W power input, adapt to various RF environments.
● Frequency: DC-50GHz.
● Features: low insertion loss, precise attenuation control, support for high power handling, excellent signal stability.
● Frequency: DC-40GHz.
● Features: low VSWR, precise attenuation control, support for high power handling, and excellent signal stability.
● Frequency: DC-26.5GHz.
● Features: Low VSWR, precise attenuation value, support 2W power input, ensure stable and reliable signal transmission.
● Frequency: DC-12GHz, suitable for a wide range of RF applications.
● Features: precise attenuation, low VSWR, support for high power input, ensuring signal transmission efficiency and system stability.
● Frequency: DC-67GHz.
● Features: Low insertion loss, precise attenuation control, good signal stability.
● Frequency: DC~40GHz.
● Features: low VSWR, high return loss, precise attenuation value, support 1W power input, ensuring signal stability and efficiency.
● Frequency:2000-4000MHz.
● Features: low insertion loss, high return loss, excellent directivity, precise coupling factor control, suitable for high-precision signal distribution.
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