Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT E8247C #9170058 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT E8247C is an highly advanced electronic test and measurement equipment from HP. It is a compact yet powerful RF signal source designed to enable precise and accurate signal sourcing in a variety of applications. The unit features a wide range of outputs and flexible control options for advanced and precise testing, helping professionals to assess performance, identify and diagnose signal issues, and accurately characterize signals. HP E8247C has a built-in-linear power amplifier with an output power range of 1 W to 400 W, enabling it to source high-power signals for testing purposes. The flexibility of the unit also allows it to generate signals with a frequency range of 10 MHz to 44 GHz. Moreover, the unit offers numerous digital options ranging from step attenuators, attenuation control, frequency dividers, manual/automatic LO generation and statistical analysis. AGILENT E8247C offers advanced software support, which include advanced performance testing and diagnostic features, as well as a library of predefined RF tests. The unit also supports several automation tools and languages, such as Python scripts and Visual Basic/JavaScript, making it easier to integrate with existing test and operation management systems. HEWLETT-PACKARD E8247C also comes with a large range of operating accessories. These include an RF phase relationship analyzer, multiple signal analyzers, signal generator control processors and various power supply and control accessories, making E8247C one of the most comprehensive signal sourcing solutions in the market today. For those who need to source high-quality signals for their applications, KEYSIGHT E8247C is an excellent choice. This advanced device provides the performance, flexibility and reliability necessary to ensure accurate signal sourcing and test results. With its multiple control options and advanced features, it is well suited for advanced signal source testing and characterizations.