Used BIRD 8323 #9226131 for sale

BIRD 8323
Manufacturer
BIRD
Model
8323
ID: 9226131
Coaxial attenuator.
BIRD 8323 is an electronic test equipment used to measure the radio frequency (RF) power of a transmitter or receiver. It is a powerful yet lightweight hand-held unit that is easy to carry and operate. 8323 is equipped with a 7.6 cm (3 inch) LCD display with an adjustable backlight to provide easy to read readings. It also has an ultra wide frequency range of up to 6.7 GHz and can measure power levels from 0.1 to 1000 watts. BIRD 8323 has a highly sensitive detector and can accurately measure low frequencies or direct current components down to -60 dBm. It also features a wide dynamic range of more than 70 dB and high accuracy of better than 1.5% up to 18 GHz. The unit is designed for durability and is rated to withstand electromagnetic interference up to 8 kW per meter squared, while operating temperature ranges from 0° to +50° C (32° to +122° F). 8323 is equipped with a variety of user-friendly features including Auto-calibration for automatically calibrating RF or DC signals, as well as a unique Peak Search function which can help to quickly locate a peak signal level in a spectrum. Furthermore, BIRD 8323 supports USB connection and is compatible with a wide range of Windows operating systems allowing users to save, store, and print out their measurements. The unit also has a battery powered mode with intelligent power-saving function to avoid battery drain and ensure a longer working time. In addition, 8323 is programmed with a variety of safety precautions which include: automatic RF power monitoring, and over power protection. It also has R&S/EMC (ElectroMagnetic Compatibility) and TIS (Total Integrated System Solutions) capabilities, making it an ideal choice for those who require reliable operation and accurate measurements. Overall, BIRD 8323 is a feature-rich, user friendly and reliable RF power meter suitable for many different applications such as EMC testing, radio signal transmissions, communication systems, antenna evaluation, and wireless networks.
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