PE7702-0 is a 0 dB fixed attenuator from Pasternack that is designed for cryogenic applications. This attenuator is an in-line, resistive PI attenuator pad design. This RF attenuator comes with a maximum attenuation accuracy of 0.75 dB. Our coaxial 50 Ohm attenuator is manufactured to precise RF/microwave industry specifications. This passive RF attenuator can control the signal level to an ideal range, preventing signal overload in amplifiers, receivers and detectors. Make your online purchase right now to take advantage of our same-business-day shipping.
The max input power rating (CW) of this RF attenuator is 1 Watt. This attenuator has a maximum VSWR of 1.35:1 and operates between 4 kelvin and 125 deg C. Our fixed radio frequency attenuator with 2.92mm connectors is constructed with copper body material and gold plating. The bidirectional fixed attenuator is the best solution for reducing the power levels of a signal by a fixed amount with little or no reflections. This fixed attenuator has a gold-plated beryllium copper inner conductor.
This 2.92mm attenuator has a female gender on side 1 and a 2.92mm female connector on side 2. The Pasternack PE7702-0 attenuator is rated for up to 18 GHz. This fixed coaxial attenuator is suitable for quantum computing, precision measurements, instrumentation and prototyping and characterization applications. Our attenuator can work and maintain excellent RF performance at the low temperature of 4 kelvin. Additional dimensions, specifications, and CAD drawings for this RF attenuator are available on our downloadable PDF datasheet.
Our fixed RF attenuator PE7702-0 will ship the same business day as purchased from Pasternack’s production facility. This attenuator is part of over one million RF, microwave and millimeter wave products that ship the same business day worldwide, including custom cable assemblies. For further information on similar products, our expert technical support and knowledgeable sales team can help you get the ideal fixed attenuator that meets your requirements.