Osprey RF coaxial attenuators include continuously variable attenuators, DC bias attenuators, fixed attenuators and step attenuators and programmable attenuators models. These RF attenuators are available in 50 Ohm impedance. Our series of coaxial attenuators are available in 2.4mm, 2.92mm, 7/16 DIN, 7mm, BNC, F, N, SMA and TNC connectors. RF dB attenuation values for these Osprey attenuators range from 0 dB to 120 dB. The frequency range of our RF attenuators is from DC to 12 GHz. This product line includes low to high power attenuators which have power handling that ranges from 0.5 Watts to 300 Watts. All our products are Rohs compliant.
AT0206 is a BNC 6G Coaxial Attenuator rated to 2 Watt and operates from DC to 6GHz.Our Signal Attenuators are designed with an aluminum finned heatsink, stainless steel or nickel plated brass for exceptional performance within DC-6.0GHz frequency range. This RF attenuator has a maximum power of 2W. The Attenuator Figure is 3/5/6/10/15/20/30/40dB. The maximum VSWR of this signal attenuator is ≤1.35, and the attenuator accuracy is ≥0±0.4dB @ 3GHz and 0±0.7dB @ 6GHz. This AT0206 BNC 6G Coaxial Attenuator package uses BNC male to BNC female connectors and can be bought and shipped worldwide.
Osprey carries a wide range of fixed attenuators with a broad selection of attenuation levels, frequency ranges, and power dissipation ranges. RF microwave attenuators(also known as RF pads) lower the amplitude of a signal(attenuate)a known amount and can be used in a wide variety of applications. These attenuator pads are used when a signal needs to be reduced to protect measurement equipment or other circuitry, to extend the range of power meters and amplifiers, and to impedance match circuits by reducing the VSWR seen by adjacent components. RF attenuators can prevent signal overload in amplifiers, receivers, and detectors, adjusting the signal level to a range that is optimal.
|Name||BNC 6G Coaxial Attenuator|
|Frequency Range (GHz)||DC-6.0GHz|
|Standing-wave Ratio (VSWR)||≤1.35|
|Power ( W)||2|
|Attenuator accuracy||0±0.4dB @ 3GHz|
|0±0.7dB @ 6GHz|