Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 8720C #9134310 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 8720C Vector Network Analyzer is a fully-featured, two-port network analyzer capable of performing frequency response measurements on up to 100 MHz bandwidths. HP 8720C offers a wide range of features, including a wide dynamic range; a large number of measurement points ; frequency sweep/ frequency stepping; waveform display ; and external reference input. It is also designed to be easy to use with minimal setup time. AGILENT 8720C has two SMA measurement ports, which can be used either as input or output ports. It is capable of measuring up to eight independent parameters at once, including S11 (reflectance), S21 (transmittance), return loss, group delay, insertion loss, VSWR (voltage standing wave ratio) and cross-talk. It's main performance characteristics include a frequency range of 9 kHz to 110 MHz; a dynamic range of up to 140 dB; a minimum measurement time of 3 ms; and a source level of up to +17 dBm. 8720C's user-friendly interface includes a wide range of measurement functions, such as peak search and time-domain analysis, which allow for more detailed and accurate measurements. Additionally, the analyzer allows for the export and import of data via a hard disk drive or PCMCIA card, which is a feature that reduces the amount of post-processing work required by the user. In terms of operation, KEYSIGHT 8720C has several features that make it easy to use. It has an intuitive graphical user interface that allows users to quickly and easily set up and configure the analyzer. Additionally, it is able to display waveforms directly on the analyzer itself for faster and easier measurements. HEWLETT-PACKARD 8720C is a high-quality, versatile, and accurate analyzer that can be used for a wide variety of applications, ranging from component testing to oscilloscope-style measurements. It is designed to be extremely user-friendly, both in terms of setup and operation, and is capable of performing accurate measurements even under challenging conditions.